Doctoral Candidate in Cybersecurity for Power Systems
Electrification and digitalization are among the most important areas for the transition to sustainable societies. The Department of Electrical Engineering conducts successful research and education in these areas – including renewable energy sources and electric vehicles, industrial IoT, 6G communication and wireless sensor networks, as well as research and education in Life Science, health technology, smart electronic sensors and medical systems. The Department of Electrical Engineering is an international environment with approximately 160 employees contributing to important technical energy and health solutions at the Ångström Laboratory. We are now recruiting a Doctoral Candidate in Cybersecurity for Power Systems. Join us! The position is located at the Division of Electricity, within the Department of Electrical Engineering. Here you will find a pleasant work environment with an active doctoral candidate network and a variety of experimental projects. The division collaborates with Swedish companies – both public and private – as well as other stakeholders in various research areas. We look forward to your application. Be part of building the future with us! Learn more about our benefits and what it is like to work at Uppsala University. Project Description Cyberattacks and cyber warfare are an increasing threat to all critical infrastructure. Power systems are particularly vulnerable because other critical infrastructure, such as healthcare, communications, and payment systems, depend on them. We are seeking a doctoral candidate who wants to conduct important and challenging research in the field of cybersecurity for power systems. With the help of artificial intelligence (AI)/machine learning (ML), threat modeling, and simulations, we can learn more about how cybersecurity can be improved. The following are examples of possible projects: Cybersecurity for power grid substations and their data communications Cyber threats to future power systems Cyber resilience in power systems Cybersecure power systems with the help of AI/ML We offer varied and exciting work that is shaped by the doctoral candidates and the research group together. Each doctoral candidate will be supervised by at least two advisors. The Department of Electrical Engineering also offers salary supplements for employment as a doctoral candidate at the department. Duties Conduct research on cybersecurity for power systems with the aim of producing scientific articles. Develop and work with software tools that help conduct research to, for example, simulate data flows or cyberattacks. Teaching and other departmental service will also be included in the duties, but no more than 20% of working time. Qualification Requirements Eligible for doctoral-level education is someone who has completed a degree at an advanced level, such as a Master of Science degree or equivalent foreign degree assessed as corresponding to a master's degree, in computer science, electrical engineering, energy systems, information technology, systems in technology and society, engineering physics, or equivalent, or completed at least 240 higher education credits, of which at least 60 higher education credits at an advanced level including an independent thesis of at least 15 higher education credits, or acquired qualifications in other ways that are essentially equivalent to the above. We place great emphasis on your personal qualities. You have good collaboration and communication skills. You are goal-oriented, organized, and thorough, and can work effectively both independently and with others. You take responsibility for your work and drive it forward. Since the position involves some teaching, you also need to have an interest in teaching and be able to explain things clearly. For the position, you are required to have a good ability to express yourself in Swedish and English in both speech and writing. Meritorious Interest in and knowledge of cybersecurity, data communication, and/or power systems. About the Employment Fixed-term employment for 48 months, according to HF 5 ch § 7. Full-time position. Start date September 1, 2026 or later, by agreement. Location: Uppsala. Regulations for doctoral candidates can be found in the Higher Education Ordinance 5 ch §§ 1-7 and in the university's rules and guidelines. Information about the employment is provided by Professor Göran Ericsson, [email protected] +46 18 471 58 22. Application Instructions The application must contain 1) a letter describing yourself, your research interests, and why you want to pursue a doctorate, 2) your CV, 3) a brief description of your education, 4) a copy of your master's degree and course grades as well as a copy of your master's thesis, 5) any other documents you wish to submit, 6) names and contact details of references (email address and phone number), and 7) any publications. The application must be written in Swedish. Submit your application by August 10, 2026. UFV-PA 2026/1999. Uppsala University is a broad research university with a strong international standing. The ultimate goal is to conduct education and research of the highest quality and relevance to make a difference in society. Our most important asset is all 7,500 employees and 53,000 students who, with curiosity and commitment, make Uppsala University one of the country's most exciting workplaces. Learn more about our benefits and what it is like to work at Uppsala University https://uu.se/om-uu/jobba-hos-oss/ The employment may be subject to security vetting. A requirement for employment in the event of security vetting is that the applicant is approved. We decline offers of recruitment and advertising assistance. Applications are received through Uppsala University's recruitment system. Union representatives: Saco-S - [email protected], Seko - [email protected], ST (OFR/S) - [email protected]
PhD Student in Agrarian History
Department of Urban and Rural Development Doctoral Subject: Agrarian History Description of the PhD Project: A key question in historical research is how people in pre-industrial societies gained access to food. During the early modern period, the majority of all food in Europe consisted of grain, transformed into bread, beer, and porridge. This was the most important human energy source, and the vast majority of Europe's population therefore worked to produce, transport, and process grain. Read more about the research project in the announcement on SLU's website: https://www.slu.se/om-slu/jobba-pa-slu/lediga-jobb/doktorand-i-agrarhistoria/ Responsibilities: During the doctoral period, the PhD student shall primarily dedicate themselves to their doctoral education, which includes participation in the research project, writing a doctoral dissertation (either a monograph or a compilation dissertation consisting of three to four research articles), and completing doctoral courses equivalent to 75 higher education credits. The courses include agrarian history courses at SLU, but there is also the opportunity to take courses at other institutions. Departmental duties, such as teaching, may be included in the position upon agreement, but not exceeding 20% of working time, with the right to a corresponding extension of the position. Qualifications: Basic eligibility is held by those who have completed a degree at advanced level, fulfilled course requirements of at least 240 credits, of which at least 60 credits at advanced level, or who have acquired equivalent knowledge in another way within or outside the country (Swedish Higher Education Ordinance, Chapter 7 § 39). For this particular position, it is required as a special qualification that your degree/studies have been in history, economic history, or a closely related discipline. In addition, good knowledge of Swedish (or another Scandinavian language) and English (both spoken and written) are required for employment. Your Background: It is meritorious if you have experience working with early modern handwritten sources in Swedish, particularly from the 1600s and if these concern court records and/or tax registers/toll registers. It is further meritorious if you have used digital methods for handwriting recognition (HTR) on corresponding or similar source material. Previous personal studies of pre-industrial agriculture or trade are also meritorious. Furthermore, as an applicant, you must have the personal qualities required for the position: That you are systematic and careful in your work, that you demonstrate curiosity toward historical research problems and source-related challenges, show capacity for reflection and critical thinking, have a good ability to work independently (under supervision), have good collaboration skills, and otherwise possess the personal qualities deemed important for the position. Application Requirements The application must contain: (i) A cover letter (one to two A4 pages) in which you describe your qualifications in relation to the announced position and your interest in the specific dissertation project (ii) CV (with contact information) (iii) List of courses at basic and advanced level, as well as bachelor's and master's degree certificates (in PDF format) (iv) Master's thesis (in PDF format) (v) Contact information for one to two reference persons (previous supervisors) About Us: Please read more about our department and division here: https://www.slu.se/om-slu/organisation/institutioner/stad-land/ https://www.slu.se/forskning/forskningskatalog/grupper/a/agrarhistoria/ Read more about our benefits and what it is like to work at SLU at https://www.slu.se/om-slu/jobba-pa-slu/ Read more about SLU's doctoral education at www.slu.se/utbildning/program-kurser/forskarutbildning/. Funding and Salary: Employment as a PhD student (4 years of education) The salary for the PhD student position follows a local collective agreement with fixed salary steps. Extent: 100% Location: Uppsala Start Date: Fall 2026 (start date by agreement) Application and Selection: Selection among eligible applicants is based on the written application (including cover letter, list of qualifications, course list and degree certificates, thesis). Following this, assessment of sufficient language skills, employment interview, personal qualities, and references will form the basis for the employment decision. Applicants invited to interview must, upon request, submit certified copies of degree certificates and transcripts from previous studies at basic and advanced level from a university or college. Applicants with foreign citizenship must, upon request, submit a certified copy of the page in their passport containing photo and personal information. Welcome to submit your application via the application button below by August 31, 2026. Read more about the attachments your application should contain at https://www.slu.se/utbildning/studera/forskarutbildning/hur-kan-jag-bli-doktorand/ansokan-och-bilagor/ Selection among eligible applicants is made based on the attachments included in the application and shall be made with consideration to the ability to complete the education within the set time. Trade Union Contact Persons https://internt.slu.se/min-anstallning/facket/kontaktpersoner/
PhD Student in Nanotechnology and Functional Materials
Admission to doctoral studies in the subject of technical physics with a focus on nanotechnology and functional materials. at the Department of Nanotechnology and Functional Materials, Department of Materials Science, Uppsala University The Department of Materials Science aims to be an environment for successful and valuable research and education focused on materials science solutions for important societal challenges. The Department of Nanotechnology and Functional Materials is part of the Department of Materials Science at the Ångström Laboratory. Project Description Our research group specializes in the development of porous materials for applications such as gas separation (particularly greenhouse gases), water purification, catalysis, and drug delivery. We have strong expertise in the synthesis and optimization of a broad spectrum of porous materials, including porous oxides, zeolites, metal-organic frameworks (MOFs), etc. This project focuses primarily on environmental applications of porous materials, such as MOFs. Specific application areas include adsorption and catalytic degradation of pollutants, particularly PFAS and greenhouse gases. The project mainly encompasses the synthesis, characterization, and optimization of both existing and new MOFs. Job Responsibilities The main responsibility of a doctoral student is to pursue their doctoral studies, which includes participation in research projects and doctoral training courses. The duties may also include participation in teaching and other departmental work, however, no more than 20% of working time. Being a doctoral student means independently conducting projects within a specific doctoral research field. When you are admitted to doctoral studies, you will be offered employment as a doctoral student. Employment as a doctoral student at Uppsala University corresponds to full-time education at the research level for four years. The job responsibilities include: Synthesis and characterization (e.g., X-ray diffraction, IR spectroscopy, electron microscopy, and gas adsorption) of porous materials. Testing of materials for sorption-related applications within our current research areas, with particular focus on PFAS removal from water through adsorption, as well as development, optimization, and implementation of catalytic degradation of PFAS molecules using MOFs. Work in an interdisciplinary team with national and international collaborators. Eligibility Requirements Eligible for doctoral studies is someone who: has completed an advanced degree or completed at least 240 higher education credits, of which at least 60 credits are at an advanced level including an independent project of at least 15 credits, or has acquired essentially equivalent knowledge in another way. Qualification Requirements Master's degree in chemistry, chemical engineering, materials science, or a similar field that the employer considers equivalent. Documented knowledge and experience in porous materials, particularly synthesis and characterization of porous framework materials, as well as diffraction techniques (e.g., X-ray diffraction) and applications of porous framework materials. We require good oral and written proficiency in English. Regulations for doctoral students are found in the Higher Education Ordinance (1993:100) Chapter 5, §§ 1-7, and in the university's rules and guidelines. Desirable/Meritable Qualifications Documented knowledge and experience in one or more of the following areas is considered a merit: Adsorption of pollutants from water Photocatalysis Synthetic chemistry, including organic synthesis We place great emphasis on your personal qualities and you should be self-directed and initiative-taking, as well as have the ability to independently plan and conduct projects. You should also be organized and able to work effectively both individually and in groups, and have a talent for collaborating and communicating with people in different fields. Your application should contain: A brief letter describing yourself, why you want to pursue a doctorate, and why you are suitable for this position. CV (max 2 pages) An authenticated copy of your master's degree/engineering degree and your course grades. Copies (or drafts) of your advanced-level thesis and other documents, such as publications, that you wish to refer to. Names and contact information for at least two referees who have accepted to serve as references for you, with any additional letters of recommendation if desired. You should also indicate what relationship you have had with each referee. The application should be written in English. We will review application materials on a rolling basis and call candidates for interviews. About the Position The employment is temporary, according to HF Chapter 5, § 7. The position is full-time. Start date by agreement. Location: Uppsala Information about the position is provided by: Ocean Cheung + 0184717811 + [email protected] Please note that this is an abbreviated version of the announcement. To see the full announcement, please click "Apply here" or visit Uppsala University's job listings website. Welcome to submit your application no later than August 17, 2026, UFV-PA 2026/2080 Uppsala University is a comprehensive research university with a strong international position. The ultimate goal is to conduct education and research of the highest quality and relevance to make a difference in society. Our most important asset is all 7,500 employees and 53,000 students who, with curiosity and commitment, make Uppsala University one of the country's most exciting workplaces. Learn more about our benefits and what it's like to work at Uppsala University https://uu.se/om-uu/jobba-hos-oss/ The position may be subject to security clearance. Security clearance is a requirement for employment, and applicants must be approved. We decline offers of recruitment and advertising assistance. Applications are received through Uppsala University's recruitment system. Trade union representatives: Saco-S - [email protected], Seko - [email protected], ST (OFR/S) - [email protected]
Diversity and Interactions of Plasmid-Dependent Phages in Aquatic Ecosystems
Department of Water and Environment Doctoral Program Subject: Biology Description of the Doctoral Project: Antibiotic resistance (AMR) is one of the most pressing global health challenges of our time. A key driver behind the spread of AMR is horizontal transfer of antibiotic resistance genes via conjugative plasmids, mobile genetic elements that move between bacteria. Plasmid-dependent phages (PDPs) are viruses that specifically infect bacteria carrying these plasmids, making them a potentially powerful but so far overlooked tool for controlling the spread of resistance genes. This doctoral project is part of ECOPHARM, a research project funded by the Knut and Alice Wallenberg Foundation (Wallenberg Academy Fellows 2025). The overarching goal of ECOPHARM is to map the mechanisms governing PDPs' interactions with conjugative plasmids and bacterial hosts, and to understand their impact on the transfer of antibiotic resistance genes in aquatic environments. As a doctoral student, you will investigate the diversity, ecology, and functional interactions of PDPs in aquatic ecosystems. The work will combine environmental sampling, culture-based methods, metagenomics, genome analysis, and infection assays. You will work in a dynamic and internationally connected research environment at the intersection of microbial ecology, virus-host coevolution, and AMR research. To learn more about our research, you are welcome to visit our website https://www.bionomics-mmlab.com/ Work Responsibilities: As a doctoral student, you are expected to: Design and conduct field sampling in aquatic environments to map PDP communities Perform laboratory experiments to study PDP–plasmid–host interactions under controlled conditions Apply metagenomic and bioinformatic tools to analyze data from microbial and viral communities Contribute to experimental work with phage isolation, cultivation, and infection assays Present results at lab meetings, national and international conferences, and contribute to scientific publications Follow laboratory guidelines for data management Communicate progress and obstacles in a timely and clear manner Collaborate with national and international project partners within the ECOPHARM network Qualifications: Basic eligibility is held by those who have completed a degree at the advanced level, fulfilled course requirements of at least 240 credits, of which at least 60 credits at the advanced level, or who have otherwise acquired essentially equivalent knowledge within or outside the country (the Higher Education Ordinance, Chapter 7 § 39). Special eligibility for admission to doctoral studies in the subject of Biology is held by those who have knowledge equivalent to at least 90 higher education credits (hp) in biological subjects. These must include an independent work and at least 30 hp must be at the advanced level. Furthermore, you must have knowledge of English equivalent to a passing grade in English B/6 from Swedish secondary school. Your Background: Requirements: A master's degree in microbiology, biology, molecular biology, environmental science, or a closely related field Background in microbiology or molecular biology Experience with laboratory techniques relevant to microbial or environmental research Strong English skills, both written and spoken Merits: Experience with bioinformatics or computational analysis of sequence data Knowledge of phage biology, plasmid biology, or antibiotic resistance research Experience with sampling in aquatic or other natural environments Personal Qualities We Seek: High degree of independence – you take initiative, define problems on your own, and drive the work forward in dialogue with your supervisor Collaborative mindset – you actively contribute to a good team environment and support your colleagues Clear communicator – you can convey complex ideas both in writing and orally, to both specialists and non-specialists Curiosity, thoroughness, and the ability to manage scientific uncertainty About Us: The Department of Water and Environment is a center of excellence for applied environmental research with national responsibility for monitoring the environmental status of Swedish lakes and watercourses with regard to water chemistry, environmental pollution, and aquatic biota. Research at the department focuses on geochemical and hydrological processes, aquatic ecology and biodiversity, microbial ecology, and environmental chemistry and aquatic ecotoxicology. The department has over 150 employees, of which approximately half are researchers/doctoral students and the other half are technical and administrative staff. More information about the department: http://www.slu.se/vatten-miljo Read more about our benefits and what it's like to work at SLU at https://www.slu.se/om-slu/jobba-pa-slu/ Read more about SLU's doctoral education at http://www.slu.se/utbildning/program-kurser/forskarutbildning/. Employment and Salary: Employment as a doctoral student (4-year education). Salary for the doctoral position follows local collective agreement with fixed salary steps. Extent: 100% Location: Uppsala Start Date: 2026-10-01 Application and Selection: Welcome to submit your application via the application button below by 2026-08-30. Your application should include: One page where you reflect on (1) why you want to pursue a doctorate, (2) why you specifically see our research group as a good match for you, and (3) why this project interests you Two publications related to the topic "plasmid dependent phages" that you find most interesting All application materials must be written in English Read more about the attachments that your application should also include at https://www.slu.se/utbildning/studera/forskarutbildning/hur-kan-jag-bli-doktorand/ansokan-och-bilagor/ Selection among eligible applicants will be based on the attachments submitted with the application, and shall be made with consideration for the ability to complete the education within the set time frame. Trade Union Contact Persons https://internt.slu.se/min-anstallning/facket/kontaktpersoner/
Diversity of Plasmid-Dependent Phages in Aquatic Ecosystems
Department of Aquatic Sciences and Assessment Third-cycle subject area Biology Description of the doctoral project Antimicrobial resistance (AMR) is one of the most pressing global health challenges of our time. A key driver of AMR spread is the horizontal transfer of antibiotic resistance genes via conjugative plasmids — mobile genetic elements that move between bacteria. Plasmid-dependent phages (PDPs) are viruses that specifically infect bacteria carrying these plasmids, making them a potentially powerful but largely overlooked tool in controlling resistance gene transmission. This PhD project is part of ECOPHARM, a research project funded by the Knut and Alice Wallenberg Foundation (Wallenberg Academy Fellows 2025) and is based at the Department of Aquatic Sciences and Assessment, SLU Uppsala. The overarching aim of ECOPHARM is to decipher the mechanisms driving PDP interactions with conjugative plasmids and bacterial hosts, and to understand their impact on antibiotic resistance gene transmission in aquatic environments. As a PhD student, you will investigate the diversity, ecology, and functional interactions of plasmid-dependent phages in aquatic ecosystems. The work will combine environmental sampling, cultivation-based approaches, metagenomics, genome analysis, and experimental infection assays. You will work in a dynamic and internationally connected research environment at the intersection of microbial ecology, virus-host coevolution, and AMR research. To learn more about our research you can check out our webpage https://www.bionomics-mmlab.com/ About the position The PhD student will be expected to: Design and carry out field sampling of aquatic environments to characterize PDP communities Perform laboratory experiments to study PDP–plasmid–host interactions under controlled conditions Apply metagenomic and bioinformatic tools to analyze microbial and viral community data Contribute to experimental work on phage isolation, cultivation, and infection assays Present findings at lab meetings, national and international conferences, and contribute to scientific publications Adhere to lab policies on data management practices Communicate progress and bottlenecks timely and clearly Collaborate with national and international project partners within the ECOPHARM network Requirements To meet the general entry requirements you must have been awarded a second-cycle (Master's) qualification, satisfied the requirements for courses comprising at least 240 credits of which at least 60 credits were awarded in the second-cycle, or acquired substantially equivalent knowledge in some other way in Sweden or abroad (Higher Education Ordinance 1993:100, Chapter 7, Section 39). Specific entry requirements for the third-cycle courses and study programme in biology. To meet the specific entry requirements, you must have at least 90 HEC in biology-related subjects. This must include a degree project and at least 30 HEC must be at second-cycle level. You must also meet the equivalent English language requirements as those necessary for the Swedish upper-secondary qualification Engelska B/6. Your profile Required: A Master's degree in microbiology, biology, molecular biology, environmental science, or a closely related field Solid background in microbiology or molecular biology Experience with laboratory techniques relevant to microbial or environmental research Proficiency in written and spoken English Highly desirable: Experience with bioinformatics or computational analysis of sequencing data Familiarity with phage biology, plasmid biology, or antimicrobial resistance research Experience with aquatic or environmental sampling Personal qualities we are looking for: High agency — you take initiative, define problems independently, and push work forward engaging your supervisor Collaborative mindset — you contribute actively to a team environment and support those around you Clear communicator — you can convey complex ideas in writing and in person, to both specialist and non-specialist audiences Curiosity, rigor, and resilience in the face of scientific uncertainty About us The Department of Aquatic Sciences and Assessment is working with applied environmental science, with a national responsibility for assessing the condition of Swedish surface waters with respect to water chemistry, pollution and aquatic biota. The research focuses on geochemical and hydrological processes, aquatic ecology and biodiversity, microbial ecology as well as on environmental chemistry and aquatic ecotoxicology. The department has about 150 employees, of which approximately half are researchers/doctoral students and the other half are technical and administrative staff. For more information about the department visit: http://www.slu.se/aquatic-sciences Read more about staff benefits and life as an SLU employee on https://www.slu.se/om-slu/jobba-pa-slu/ Read more about third-cycle courses and study programmes on http://www.slu.se/utbildning/program-kurser/forskarutbildning/ Form of employment / Funding Employment as a doctoral student (4-year programme) Doctoral student's salaries are set following the local collective agreement. Salary progression is fixed. Location: Uppsala Scope: 100% Start date: 1st of October 2026 Application and selection: Please submit your application using the link below. The deadline is 30th of August 2026. Your application should include: A one-page reflection including (1) why you plan to pursue a PhD education (2) why specifically you think our group is a good target for you and (3) why this project interests you Send 2 publications related to the topic of "plasmid dependent phages" that you find most interesting All application documents should be prepared in English Read more about the other attachments that your application should include at https://www.slu.se/en/study/programmes-courses/doctoral-education/how-can-i-become-a-doctoral-student/application/ Selection among eligible applicants is based on the documents attached to the application, and is carried out with regard to the applicant's ability to complete the programme within the allotted time. Academic union representatives: https://internt.slu.se/en/my-employment/employee-associations/kontaktpersoner-vid-rekrytering/
PhD Candidate in Research Project within the U-CARE Research Group
Do you want to work in a successful, multidisciplinary research group supported by competent and friendly colleagues in an international environment? Do you want an employer that invests in sustainable employee engagement and offers secure, favorable working conditions? Welcome to apply for a position as a PhD candidate at Uppsala University. The position is placed in the research group CIRCLE - Intervention Research in Health and Care. CIRCLE hosts the multidisciplinary, strategic research program U-CARE, http://www.ucare.uu.se. The overarching objectives of U-CARE are to: increase psychological well-being in those affected by illness by developing and implementing evidence-based, individually tailored and cost-effective behavioral interventions for healthcare; and improve the efficiency, benefit and value of clinical trials. Citizen engagement is a central part of all research within U-CARE. All research within U-CARE is conducted within national and international collaborations and our expertise in research methodology has been recognized in recent evaluations of research at Uppsala University. Job Responsibilities The person we are seeking should compile available literature on the representativeness of study populations in studies with alternative designs. The person should also, through retrospective and prospective studies, compare the representativeness of study populations in studies with alternative versus randomized controlled designs. The person should furthermore investigate the acceptance, feasibility and significance of alternative designs according to various groups such as patients, healthcare personnel and researchers. The project is conducted together with patients and healthcare personnel. Job responsibilities also include disseminating research results through scientific publications and other channels and actively participating in the research group's seminars and meetings. Other tasks related to teaching and administration at the Department of Women's and Children's Health may be added (max. 20%). The employment will be extended accordingly. Qualifications The person we are seeking should: Have completed a degree at an advanced level in public health, behavioral science, pharmaceutical sciences, statistics or a closely related discipline. Be eligible for doctoral-level education and have completed at least 240 higher education credits, of which at least 60 credits at an advanced level including an independent project of at least 15 credits, or in some other way have acquired substantially equivalent knowledge. Speak and write Swedish fluently. Have an excellent ability to communicate in English, both orally and in writing. Have a very strong ability to take initiative and problem-solve, deliver according to agreed goals and timelines, prioritize among tasks and be thorough. Have a very strong ability to professionally work independently and in a group in a collaborative environment and communicate with colleagues from different disciplines and professions. Have a strong interest in multidisciplinary research and motivation to be an active member of a successful research group. Have good knowledge of and previous experience working with qualitative and quantitative research methods as well as various software such as NVivo, R, SPSS, Stata, and MS Office. Desirable/Meriting Experience The following is meriting: Experience in research including data collection and analysis and writing applications for research funding to funders and applications to the Research Ethics Committee. Experience writing scientific publications. Interest in continuously contributing to the development of the research group's activities. Interest in continuously contributing to the research group's good working environment. Interest in working with patient and citizen engagement. Knowledge of and experience working with the research methods used in the project, for example quantitative methods (including statistical analyses), qualitative research methods and patient and citizen engagement. Knowledge of and experience working with clinical research. Application The application should be written in Swedish and contain the following: Curriculum Vitae Link to thesis. Copies of degree certificates. Complete publication list including URL/DOI to each of your publications. Contact information for at least two reference persons, of whom at least one should be a current or former supervisor. In this recruitment, we have replaced the cover letter with questions that you answer in connection with your application. The answers will be used as part of the selection process. Please note that this is a shortened version of the announcement. To see the full announcement, please click "Apply here" or visit Uppsala University's website: https://uu.se/jobb/ About the Position The employment is fixed-term, according to HF 5 chap § 7. The position is full-time. Start date October 1, 2026 or by agreement. Location: Uppsala. Information about the position is provided by main supervisor, university lecturer, docent Joanne Woodford, [email protected] and research group leader, professor Louise von Essen [email protected]. Welcome to submit your application by August 14, 2026 UFV-PA 2026/1638. Uppsala University is a broad research university with strong international standing. The ultimate goal is to conduct education and research of the highest quality and relevance to make a difference in society. Our most important asset is all 7,500 employees and 53,000 students who, with curiosity and commitment, make Uppsala University one of the country's most exciting workplaces. Read more about our benefits and what it's like to work at Uppsala University https://uu.se/om-uu/jobba-hos-oss/ The employment may be subject to security vetting. As a prerequisite for employment in security vetting, the applicant must be approved. We decline offers of recruitment and advertising assistance. Applications are received in Uppsala University's recruitment system. Trade union representatives: Saco-S - [email protected], Seko - [email protected], ST (OFR/S) - [email protected]
Two Doctoral Candidates in Chemistry
Department of Chemistry - Ångström conducts research and education in chemistry. The department has 270 employees and generates annual revenues of 300 million kronor. The department's six programs conduct highly successful research of high international caliber. We have a large number of externally funded research projects, often with international collaboration, and we see continued strong growth within our field. The department has educational responsibilities within engineering and civil engineering programs as well as master's programs. More information is available on our website. Job Responsibilities The project addresses the synthesis of photoactive metal complexes and their application in catalyzing small-molecule activation. The project has components of organic chemistry, spectroscopy, and coordination chemistry; the systems will be characterized using both traditional organic methods as well as electrochemical, photochemical, and spectroscopic methods. The doctoral candidates will develop lanthanide-catalyzed transformations. They will synthesize ligands and their metal complexes, perform chemical and spectroscopic characterization of the complexes, and evaluate their photophysical and photochemical behavior. They will write research reports and publications, and present their research results at department and group meetings as well as national and international conferences. The position likely involves supervision of undergraduate students. The doctoral candidates' primary work involves conducting their research studies, which includes participation in research projects and doctoral training courses. Work responsibilities may also include teaching and other departmental duties (maximum 20%). The project will be partially conducted in collaboration with partners at Uppsala University. Representative recent publications: J. Am. Chem. Soc. 2023, 145, 22555; Org. Lett. 2024, 26, 10752; Chem 2025, 102547; Chem, 2025, 102450. Qualifications To be eligible for doctoral studies, you must have: Completed a degree at the advanced level in chemistry, or Completed course requirements totaling at least 240 higher education credits, of which at least 60 credits are at advanced level (of which 15 credits constitute independent work), with content relevant to doctoral studies, or Acquired essentially equivalent knowledge in some other way within or outside the country The applicant must also have: Very good knowledge of English, both spoken and written Documented research experience, acquired in an academic or industrial environment Ability to work as part of a team Experience in organic or inorganic synthetic chemistry Great weight will also be placed on personal qualities such as good collaborative skills, drive and independence, as well as how the applicant's experience and competence are assessed to possess the ability needed to complete doctoral studies. Desirable/Meriting Qualifications Experience in coordination chemistry, photochemistry, catalysis, electrochemistry, or f-element chemistry is highly meriting, as are original research publications in international peer-reviewed scientific journals. About the Position The employment is fixed-term, according to the Higher Education Ordinance chapter 5 § 7. Full-time position. Start date October 1, 2026, or by agreement. Location: Uppsala Regulations for doctoral candidates are found in the Higher Education Ordinance chapter 5 §§ 1-7 as well as in the university's rules and guidelines. Information about the position is provided by: Eszter Borbas, [email protected] Welcome to submit your application by August 31, 2026, UFV-PA 2026/2382. Uppsala University is a broad research university with a strong international position. The ultimate goal is to conduct education and research of the highest quality and relevance to make a difference in society. Our most important asset is all 7,500 employees and 53,000 students who, with curiosity and commitment, make Uppsala University one of the country's most exciting workplaces. Read more about our benefits and what it is like to work at Uppsala University: https://uu.se/om-uu/jobba-hos-oss/ The employment may be subject to security clearance. For security clearance, a requirement for employment is that the applicant is approved. We decline offers of recruitment and advertising assistance. Applications are received through Uppsala University's recruitment system. Trade union representatives: Saco-S - [email protected], Seko - [email protected], ST (OFR/S) - [email protected]
PhD Student in Multimodal Machine Learning for Energy Storage Materials
Department of Chemistry - Ångström conducts research and education in chemistry. The department has 270 employees and generates annual revenue of 300 million kronor. The department's six programs conduct highly successful research of international caliber. We have a large number of externally funded research projects, often with international collaboration, and we see continued strong growth within our field. The department provides education within engineering and civil engineering programs as well as master's programs. Project Description The development of tomorrow's energy storage materials relies on a fundamental understanding of how their chemical composition and structure change during operation in applications. No single method can capture the complete picture. Instead, researchers must rely on multiple complementary techniques, each providing an incomplete and indirect view of the same underlying process and which are traditionally interpreted manually and separately. Multimodal machine learning offers a principled alternative: integrating heterogeneous data streams from both experiments and simulations into a unified, physically grounded model. The project focuses on developing such a framework and applying it specifically to electrode/electrolyte interfaces in batteries, where surface-sensitive X-ray scattering techniques (X-ray reflectometry, GISAXS, and GIWAXS) and electrochemical quartz crystal microbalance with dissipation monitoring (EQCM-D) are combined in operando experiments. The core of the methodology is data assimilation, where the interface's underlying properties (mass, volume, density, porosity, and morphology) are treated as a latent state evolving in time, with each measurement technique contributing a noisy and incomplete observation through its own forward model. The work encompasses sequential Bayesian inference, deep state-space models, and uncertainty-aware representations trained on both experimental data and simulations, such as phase-field simulations of metal nucleation and growth coupled to lattice-Boltzmann modeling of the quartz crystal's acoustic response. Machine learning-accelerated surrogate models make these simulations sufficiently fast to function as transition and observation operators in the inference engine. Finally, the learned latent space is analyzed to extract physical meaning, and the models' generative capability is leveraged to translate data between techniques. The goal is an interpretable and uncertainty-quantified model of how interfaces form and grow, deepening understanding of metal deposition and surface passivation in Li-, Zn-, and Cu-based systems, and transferable to other materials and analytical techniques. The PhD student's task is to develop and implement this framework in close collaboration between chemistry and computer science at Uppsala University and together with our German partners. This involves building and validating inference and simulation pipelines, actively participating in planning and conducting operando experiments – including measurement campaigns at the synchrotron facility PETRA III (DESY, Hamburg) – and developing deep expertise in probabilistic machine learning, data assimilation, scientific computing, and analysis of electrochemical interfaces. The PhD student's focus is research. Some teaching responsibility may be assigned but will not exceed 20% of total working time. The PhD student will also take graduate courses closely connected to the project's research themes. We are looking for a highly motivated person who will contribute to high-quality scientific work in a multidisciplinary research environment, aiming to publish results in leading scientific journals and present them at both national and international conferences. Qualifications Required Applicants must have: - completed a degree at an advanced level, or - completed course requirements of at least 240 credits, of which at least 60 credits at advanced level (of which 15 credits constitute independent work), with content relevant to doctoral studies, or - in some other way, within or outside the country, acquired substantially equivalent knowledge - very good knowledge of English, both spoken and written - a degree at an advanced level or equivalent as described above in chemistry, materials science, computer science, applied mathematics, engineering physics, or a related field - the ability to express yourself clearly, document your work, and contribute to the community in a research environment Great weight will also be placed on personal qualities such as good collaboration skills, drive, and independence, as well as how the applicant, through their experience and competence, is assessed to have the ability to manage doctoral studies. Desirable/Meriting Additional Qualifications Practical experience with probabilistic machine learning, Bayesian inference, generative models, data assimilation, or scientific computing is meriting, as are strong programming skills (e.g., Python, PyTorch, or JAX). Experience with electrochemistry, battery research, X-ray scattering techniques, or analysis of experimental time series data is also advantageous. About the Position The employment is temporary according to the Higher Education Ordinance (HF) 5 chapter § 7. Full-time position. Start date October 1, 2026, or by agreement. Work location: Chemistry-Ångström Regulations for PhD students are found in the Higher Education Ordinance 5 chapter §§ 1-7 and in the university's rules and guidelines. Information about the position is provided by: Prof. Erik Berg ([email protected]) Welcome to submit your application by September 11, 2026, UFV-PA 2026/2414. Uppsala University is a broad research university with a strong international position. The ultimate goal is to conduct education and research of the highest quality and relevance to make a difference in society. The employment may be subject to security clearance. For security clearance, it is a prerequisite for employment that the applicant is approved. We decline offers of recruitment and advertising assistance. Applications are received through Uppsala University's recruitment system. Union representatives: Saco-S - [email protected], Seko - [email protected], ST (OFR/S) - [email protected]
PhD Student Position in Biology, Specialization in Environmental Science
Department of Aquatic Resources (SLU Aqua) Third-cycle subject area Biology Assessing and Prioritization of Coastal Marine Restoration Measures There is an urgent need for restoration in coastal and marine areas. The restoration challenge is complex, as many areas are affected by widescale pressures acting in concert with local impacts. To tackle this challenge, we need to understand how to combine ecological understanding with societal interactions at both local and larger spatial scales. The PhD position is in a project which will support effective strategic planning for coastal marine restoration by developing key performance indicators to assess and evaluate the effectiveness of coastal restoration measures in relation to ecological, social and economic sustainability aspects. The project team is transdisciplinary including scientists from the fields of ecology, sociology and economics. The results from the project will inform restoration measures at local and national scales. About the Position The main task is to conduct the PhD thesis work under supervision, including development of the PhD student's methodological, theoretical, analytical, writing, and presentation skills. The PhD student will utilize a range of methods including stakeholder dialogues, analyses of spatial data, validation and testing the indicators on case studies. You will develop maps of nature values to contribute essential knowledge for sustainable marine coastal planning and identify hotspots where restoration measures would have the greatest cost-effectiveness relevant to the ecological, social and economic goals. Your work will advance our understanding of how spatially explicit measures and spatial optimization can influence restoration effectiveness and about processes for including knowledge from multiple sources in management actions. You will have close contact with managers from Municipalities, County boards and the Swedish Agency for Water and Marine Management. Requirements To meet the general entry requirements, you must have been awarded a second-cycle (Master's) qualification, satisfied the requirements for courses comprising at least 240 credits of which at least 60 credits were awarded in the second-cycle, or acquired substantially equivalent knowledge in some other way in Sweden or abroad (Higher Education Ordinance 1993:100, Chapter 7, Section 39). You must also meet the equivalent English language requirements as those necessary for the Swedish upper-secondary qualification Engelska B/6. Your Profile We are looking for a curious, collaborative, motivated person with an interest in aquatic ecosystems and in cooperating between disciplines and with a wide range of stakeholders. We place great emphasis on personal qualities such as curiosity, responsibility, and ability to work in a team as well as independently, and on personal suitability for the learning and research tasks. Necessary Qualifications: The applicant should by the date of admission to PhD studies have a second-cycle degree (e.g. MSc or equivalent) in environmental science or management, aquatic ecology or another relevant subject area A genuine interest in research and in developing as an independent researcher Excellent collaborative and organizational skills Excellent written and spoken communication skills in English Skills in data management and statistical analysis Other Skills and Qualifications Considered Meriting: Experience in scientific writing Written and spoken communication skills in Swedish Good knowledge of aquatic ecology Experience with geographical information systems and spatial analysis Experience with sociological survey design Experience with ecological field studies About Us Do you want to work in an inspiring environment and contribute to the sustainable use of our seas, lakes and watercourses? At the Department of Aquatic Resources (SLU Aqua) we are engaged in marine monitoring, management advice, research and education in aquatic ecology. The department is the largest department at SLU with about 180 employees at four main offices and four research stations. This PhD position will be based in Uppsala at the Institute of Coastal Research. Welcome to visit us at http://www.slu.se/aquaticresources! Read more about our benefits and working at SLU by visiting: https://www.slu.se/en/about-slu/work-at-slu/ Location: Uppsala, Sweden. Form of Employment: Employment as PhD student for 4 years. Doctoral student's salaries are set following the local collective agreement. Salary progression is fixed. Scope: 100%. Start Date: 1 December 2026, or as agreed. Application: Please submit your application before deadline 26 September 2026. You can submit your application by clicking the button below. Read more about the attachments that your application should include at https://www.slu.se/en/study/programmes-courses/doctoral-education/how-can-i-become-a-doctoral-student/application/ Selection among eligible applicants is based on the documents attached to the application, and is carried out with regard to the applicant's ability to complete the programme within the allotted time. Please note that applicants invited to interview must submit attested copies of their degree certificate, or equivalent, a transcript of records from previous first and second-cycle studies at a university or higher education institution. Applicants who are not Swedish citizens need to submit an attested copy of their passport's information page containing their photograph and personal details. Read more about staff benefits and life as an SLU employee: https://www.slu.se/en/about-slu/work-at-slu/ Union Representatives: https://internt.slu.se/en/my-employment/employee-associations/kontaktpersoner-vid-rekrytering/
PhD Student
Department of Plant Production Ecology Doctoral Field: Biology with specialization in Ecology. Description of the PhD Project: Crop production faces increasingly significant challenges due to multiple interacting stress factors, including drought, heat, limited nutrient availability, weeds, pests, and diseases. Genetic diversity in crops can strengthen resilience under such conditions, but how this resilience is expressed depends heavily on environment, cultivation techniques, and management. Cultivation methods using cover crops or undersown intercropping can contribute to sustainability by providing valuable ecosystem services such as regulation of weeds, pests, and diseases, nitrogen fixation, and preservation of soil health and fertility. However, there is still limited knowledge about how genetic diversity in crops and cover crops or undersown intercropping interact to reduce the effects of multiple stress factors, which represents an important knowledge gap that this project aims to fill. The project will investigate how different cultivation methods affect the resilience of main crops, particularly wheat and peas, against multiple stress factors. You will study how different cultivation methods affect the response of various varieties or genotypes under varying growing conditions, with particular focus on the interaction between variety/genotype, environment, and cultivation method. The goal is to increase understanding of how cultivation methods affect different crop genotypes' resilience to multiple stress factors and to identify promising combinations of varieties/genotypes and cultivation methods that can contribute to stable yields and good productivity under low-input growing conditions. Field experiments will be conducted comparing different cultivation methods. Field measurements will include crop development, phenology, yield, and quality characteristics, as well as documentation of a broad spectrum of abiotic and biotic stress factors such as drought, heat stress, nutrient deficiency, and occurrence of weeds, pests, and plant diseases. Surveys of biological diversity, microbiome analyses, and environmental observations will provide additional evidence for assessing the effects of different cultivation methods and for evaluating crop performance. As a PhD student in this project, you will gain broad research experience in conducting field experiments, data processing, statistical analysis, scientific writing, and communication of research results. You will work in close collaboration with researchers at SLU and within a European research consortium. This collaboration provides excellent opportunities to develop your scientific expertise, build an international research network, and contribute to research across national and disciplinary boundaries. Qualifications Master's degree or equivalent in agronomy, plant science, plant biology, plant ecology, plant breeding, agricultural science, or a related field Documented experience with working with plants, crops, or agricultural systems Strong knowledge in plant ecology and understanding of its importance for sustainable crop production and cultivation. Documented experience with statistical data analysis Good ability to communicate in both speech and writing in English Meritorious Experience Documented experience with crop phenotyping, plant physiology, or evaluation of genotypes Documented experience with field assessment of weeds, pests, diseases, or environmental factors Documented experience with scientific writing and scientific communication Valid driver's license for Sweden We place particular emphasis on personal qualities. You should be able to work both independently and in collaboration with others, take own initiatives, handle complex tasks in a structured manner, and contribute positively to an inclusive work environment that encompasses multiple disciplines and countries. Eligibility to Apply for the Position To be eligible for doctoral-level education (PhD studies), a Master's degree or equivalent is required. Alternatively, you must have completed at least four years of full-time studies, of which at least one year at the advanced level. Selection of applicants will be based on the written application and CV, thesis, copies of degree certificates and study transcripts from previous studies at bachelor and master levels from a university or college, two personal references, and knowledge of English. More information about English language requirements can be found here: https://www.slu.se/utbildning/studera/forskarutbildning/hur-kan-jag-bli-doktorand/ Please note that applicants invited to interview must submit certified copies of degree certificates or equivalent and study transcripts from previous studies at bachelor and master levels from a university or college. Applicants who are not Swedish citizens must also submit a certified copy of the information page of their passport with photograph and personal details. Read more about doctoral education at SLU here: https://www.slu.se/utbildning/studera/forskarutbildning/ About Us: Read more about the Department of Plant Production Ecology here: https://www.slu.se/om-slu/organisation/institutioner/vaxtproduktionsekologi/ Read more about our benefits and what it is like to work at SLU: https://www.slu.se/om-slu/jobba-pa-slu/ Employment Form and Salary: Employment as a PhD student (4 years of education). The salary for the PhD student position follows local collective agreement with fixed salary steps. Scope: The position is for full-time work (100%). Location: Uppsala Start Date: December 2026 or by agreement. Application and Selection: Welcome to submit your application via the application button below no later than 2026-09-15. Selection among eligible applicants will be made based on the attachments included in the application and will be made with consideration to the ability to complete the education within the designated time. Trade Union Contact Persons https://internt.slu.se/min-anstallning/facket/kontaktpersoner/
PhD Student in Integrated Ocean Observations
PhD Student in Integrated Ocean Observations Please note that this is an abbreviated version of the job listing. For the complete listing, please see https://www.uu.se/om-uu/jobba-hos-oss/lediga-jobb/jobbannons?query=946523 Would you like to work with integrated ocean observations, supported by competent and friendly colleagues in an international environment? Are you looking for an employer that invests in sustainable employee relations and offers secure, beneficial working conditions? You are welcome to apply for a position as a PhD student in integrated ocean observations at Uppsala University. The Department of Geosciences is Sweden's most comprehensive academic environment for research and education in geosciences. Here you will find broad expertise that contributes to solutions for important societal challenges. For more information, see: www.uu.se/geovetenskaper The PhD student position is located at Campus Gotland in Visby within the research program Natural Resources and Sustainable Development (NRHU). Campus Gotland is an international campus located in the UNESCO World Heritage City of Visby on the island of Gotland, in the middle of the Baltic Sea. Your work will be in the Ocean Futures research group led by Lina Mtwana Nordlund. The PhD position is linked to the research project Measuring What Matters: Integrating Diverse Data for Holistic Ocean Observing, financed by Formas and conducted in collaboration between Uppsala University, University of Gothenburg, Umeå University, SMHI and the County Administrative Board of Gotland. The project aims to develop the future of ocean observations by integrating biological, environmental, social, economic, and governance-related data to create a more holistic understanding of marine social-ecological systems. By combining research, environmental monitoring, and management, the project contributes to the development of a more integrated and socially relevant ocean observing system for Swedish marine areas. Work Tasks Your research will focus on how marine observation and monitoring data can be integrated to support national and international environmental reporting, with particular emphasis on the EU and, for example, the Marine Strategy Framework Directive (MSFD). The work includes mapping and analysis of scientific literature, marine observation systems, monitoring programs, and international frameworks such as Global Ocean Observing Systems Essential Ocean Variables (EOVs). Your research will explore how different types of observation variables can be combined to better understand the ocean's condition, changes, and resilience from a social-ecological perspective. You will also contribute to the development of a support tool for integrated ocean observations that will help researchers, authorities, and other stakeholders identify which variables need to be observed for different knowledge and reporting needs. The work is conducted in close collaboration with the project's research and government partners and includes data analysis, scientific publishing, presentation of results at national and international conferences, and participation in the project's interdisciplinary activities. Qualification Requirements You are eligible for doctoral level education if you have completed a degree at the advanced level in environmental science, marine biology/ecology, sustainable development, oceanography, or social-ecological systems completed at least 240 higher education credits, of which at least 60 higher education credits at the advanced level including an independent project of at least 15 higher education credits, or acquired in some other way substantially equivalent knowledge. Very good communication skills in English, both spoken and written, are required. Desirable/Meriting Qualifications Knowledge of or experience with issues related to ocean observations, environmental monitoring, coastal zone management, and marine management is particularly meriting. Practical experience with fieldwork in the Baltic Sea, interview methodology, and leading workshops is advantageous. Experience working with interdisciplinary approaches and using conceptual and analytical frameworks is also valuable. Building databases and good ability to use various data systems related to ocean observations is meriting. Knowledge of statistics and analytical skills, as well as documented creativity and ability to collaborate both within and outside academia, are meriting. Knowledge of Swedish is meriting. A driver's license and experience with boat operation are desirable. Regulations for PhD students are found in the Higher Education Ordinance 5 Chapter §§ 1-7 and in the University's rules and guidelines. About the Position The position is time-limited, according to HF 5 Chapter § 7. Full-time. Start date October 1, 2026, or by agreement. Location: Visby For information about the position, contact: Lina Mtwana Nordlund, +46701679981, [email protected] Welcome to submit your application by August 17, 2026, UFV-PA 2026/2086. About Campus Gotland: Uppsala University Campus Gotland offers the best of both worlds: the full-scale university's broad range and strength in education and research, and a unique small-scale campus in an interdisciplinary research environment. Campus Gotland serves as a hub for the University's research and education in sustainability. See what it's like to live and work on Gotland Uppsala University is a broad research university with a strong international standing. The ultimate goal is to conduct education and research of the highest quality and relevance to make a difference in society. Our most important asset is all 7,500 employees and 53,000 students who, with curiosity and commitment, make Uppsala University one of the country's most exciting workplaces. Read more about our benefits and what it's like to work at Uppsala University https://uu.se/om-uu/jobba-hos-oss/ The position may be subject to security clearance. Security clearance is a requirement for employment, and applicants must be approved. We decline offers of recruitment and advertising assistance. Applications are received in Uppsala University's recruitment system. Trade union representatives: Saco-S - [email protected], Seko - [email protected], ST (OFR/S) - [email protected] Open to All We focus on your competence, not your other circumstances. We are open to adapting the role or workplace according to your needs.
2 Doctoral Researchers in Biogas Processes and Process Microbiology
Department of Molecular Sciences Doctoral Research Field: Biology Description of Doctoral Research Projects: We are seeking two doctoral researchers in the field of biogas production, with a focus on process. The biogas process represents a valuable tool today for achieving several different societal benefits and environmental goals. Through a biogas process, it is possible to treat various waste, close nutrient cycles, and produce renewable energy and nutrient-rich fertilizer. The biogas process also represents an important tool for preparedness and self-sufficiency. The process is driven by a complex microbiological process that needs to be in balance for efficient and stable biogas production. At the Department of Molecular Sciences, research is ongoing regarding operation and optimization of the process and within process microbiology, often interconnected. The focus of the doctoral projects is as follows, with some possibility for independent direction. Biogas production from agricultural substrates with focus on operational optimization. There is currently rapid development of biogas within agriculture and there is a need for knowledge building. As a doctoral researcher in this project, you will operate various biogas processes in the laboratory with the goal of optimizing the processes, both regarding gas production and biofertilizer quality. The processes will be analyzed with chemical and microbiological analyses, with the possibility for modeling. Process Microbiology. In this project, the focus is on the microbiology in various types of biogas processes and how microorganism activity is affected by different operating conditions and is linked to the process function and stability. The work includes molecular biological methods and bioinformatics to analyze microbial communities in both laboratory-scale and full-scale biogas processes. The goal is to identify microorganisms and microbial markers that can be linked to specific operating conditions and used to predict process disturbances. Eligibility: Master's degree with focus on biology/microbiology/biotechnology/molecular biotechnology/bioinformatics or similar. Very good knowledge of English, both spoken and written (equivalent to a passing grade in English B/6 from a Swedish secondary school). Your Background: We are looking for you with clear motivation and drive to contribute to the development of renewable energy systems, and who are interested in biotechnology and industrial microbiology. You should have good knowledge of reading scientific English as well as expressing yourself in English in both speech and writing, have an aptitude for communicating with others, and have good collaboration skills. Meritorious: Knowledge of biogas processes, modeling/programming, statistics, and Swedish About Us: The positions are located at the Department of Molecular Sciences at the Swedish University of Agricultural Sciences (SLU) in Uppsala. Please visit our website https://www.slu.se/en/departments/molecular-sciences/ for more information. The positions are linked to the national transdisciplinary center of excellence Biogas Solutions Research Center (BSRC) and for doctoral project 1 to the Interreg project BEAR, which is conducted in collaboration with Luleå University of Technology and University of Oulu. BSRC brings together researchers from Linköping University and SLU together with approximately 50 private and public organizations representing the entire biogas value chain. The doctoral positions within BSRC aim to promote co-production of knowledge between academia, industry, and the public sector to ensure long-term competency supply within both research and industry. Both projects will be conducted within the research group Microbial Biotechnology, and the main supervisor for both projects is Professor Anna Schnürer. The doctoral researchers will also be supervised by additional researchers within the research group, which ensures access to the expertise required to successfully carry out the projects. Since the projects are conducted in close collaboration with industry and other societal actors, the supervision groups may also include external supervisors from industry. Read more about our benefits and what it is like to work at SLU on https://www.slu.se/om-slu/jobba-pa-slu/ Read more about SLU's doctoral education at http://www.slu.se/utbildning/program-kurser/forskarutbildning/. Employment Terms and Salary: Employment as a Doctoral Researcher (4-year education) The salary for the doctoral position follows a local collective agreement with fixed salary steps. Scope: 100% full-time Location: Uppsala Start Date: By agreement, but no later than December 2026 Application and Selection: Welcome to submit your application via the application button below by August 31, 2026. It is possible to apply for one or both doctoral positions. In the application, it must be clearly stated which project or projects the application concerns, which project is prioritized first, and the reasoning for this prioritization. Read more about the attachments your application should contain at https://www.slu.se/utbildning/studera/forskarutbildning/hur-kan-jag-bli-doktorand/ansokan-och-bilagor/ Selection among eligible applicants will be based on the attachments submitted in the application and shall be made with regard to the ability to complete the education within the set time. Trade Union Contact Persons https://internt.slu.se/min-anstallning/facket/kontaktpersoner/ Swedish University of Agricultural Sciences (SLU) has a key role in the development of sustainable life, grounded in science and education. Through our focus on the interactions between people, animals, and ecosystems and responsible use of natural resources, we contribute to sustainable societal development and good living conditions on our planet. Main campuses are located in Alnarp, Umeå, and Uppsala, but operations are also conducted at research stations, experimental farms, and educational sites throughout the country. SLU has just over 4,000 employees, 6,000 students and doctoral researchers, and a turnover of over 4.5 billion kronor. The University is investing in attractive environments on its campus areas. We work for an equal and inclusive work environment where open dialogue between people with different experiences forms the foundation for scientific rigor, creativity, and development. We therefore welcome people with different backgrounds and perspectives to apply for the current position.
Two PhD Positions in Biogas Process Development and Microbiology
Department for Molecular Sciences Subject area: Biology Description of the PhD projects We are seeking two PhD students in the field of biogas production, with a focus on the digestion process. The biogas process is currently an important tool for achieving multiple societal benefits and environmental goals. Through anaerobic digestion, a wide range of organic waste streams and residues can be treated while simultaneously closing nutrient cycles and producing renewable energy and nutrient-rich biofertilizers. Biogas production also contributes to increased preparedness and self-sufficiency. The biogas process is driven by complex microbial communities that must remain balanced to ensure efficient and stable biogas production. At the Department of Molecular Sciences, research is conducted both on process operation and optimization and on process microbiology, often in close integration. The PhD projects will focus on the following areas, with some opportunity for the successful candidates to influence the detailed project design. Biogas production from agricultural feedstocks – Process optimisation. Biogas production in the agricultural sector is currently expanding rapidly, creating a strong need for new knowledge and technological development. As a PhD student in this project, you will operate and evaluate different laboratory-scale biogas processes with the aim of optimising both biogas production and biofertiliser quality. The processes will be studied using chemical and microbiological analyses, and there will also be opportunities to work with process modelling. Process microbiology. This project focuses on the microbiology of different types of biogas processes and on how microbial activity is affected by different operational conditions, as well as how these changes relate to process function and stability. The work will involve molecular biological methods and bioinformatics to analyse microbial communities in both laboratory-scale and full-scale biogas processes. The aim is to identify microorganisms and microbial markers associated with specific operating conditions and to be used to predict process disturbances. Qualifications: A Master's degree in biology, microbiology, biotechnology, molecular biotechnology, bioinformatics, or a related field. Excellent knowledge of English, both written and spoken (equivalent to a passing grade in Swedish upper secondary school English B/English 6). Your profile: We are seeking highly motivated candidates with a strong commitment to advancing renewable energy systems and a keen interest in biotechnology and industrial microbiology. Applicants should be able to read and critically evaluate scientific literature in English and communicate effectively in both written and spoken English. Excellent communication and teamwork skills are essential. Meritorious qualifications: Knowledge and experience in one or more of the following areas are considered an advantage: Biogas processes, Modelling and/or programming, statistics, Swedish language skills About us: The positions are based at the Department of Molecular Sciences at the Swedish University of Agricultural Sciences (SLU) in Uppsala, Sweden. For more information about the department, please visit our website: https://www.slu.se/en/departments/molecular-sciences/ The positions are connected to the national transdisciplinary centre of excellence, the Biogas Solutions Research Center (BSRC), as well as the Interreg project BEAR for the PhD project 1, carried out in collaboration with Luleå University of Technology and the University of Oulu. BSRC brings together researchers from Linköping University and SLU, together with approximately 50 private and public organizations representing the entire biogas value chain. The PhD positions within BSRC are intended to promote co-production of knowledge between academia, industry, and the public sector, thereby ensuring long-term competence development in both research and industry. Both projects will be carried out within the Microbial Biotechnology research group, and the principal supervisor for both projects will be Professor Anna Schnürer. The PhD students will also be supervised by additional researchers within the research group, ensuring access to the expertise required for the successful completion of the projects. Since the projects are conducted in close collaboration with industry and other societal stakeholders, the supervisory teams may also include external supervisors from industry. Read more about our benefits and what it is like to work at SLU: https://www.slu.se/en/about-slu/work-at-slu/ Read more about doctoral studies at SLU: https://www.slu.se/en/education/programmes-courses/doctoral-studies/ Employment and salary: The position is a full-time doctoral studentship comprising four years of postgraduate education. Salary is determined according to the local collective agreement for doctoral students, with fixed salary progression levels. Scope: 100% full-time Location: Uppsala Start date: Upon agreement but not later than December 2026 Application and selection: Please submit your application using the link below not later than 31 August 2026. Applicants are welcome to apply for one or both PhD positions. The application must clearly state which project(s) are being applied for, indicate which project is the applicant's first priority, and explain the reasons for this choice. Read more about the attachments that your application should include at https://www.slu.se/en/study/programmes-courses/doctoral-education/how-can-i-become-a-doctoral-student/application/ Selection among eligible applicants is based on the documents attached to the application, and is carried out with regard to the applicant's ability to complete the programme within the allotted time. Academic union representatives: https://internt.slu.se/min-anstallning/facket/kontaktpersoner/
PhD Candidate in Core Optimization with Machine Learning
Do you want to work with machine learning, optimization, and reactor physics, supported by competent and friendly colleagues in an international environment? Do you want to contribute to the development of advanced computational methods for future nuclear power systems? Do you want an employer that invests in sustainable employee relations and offers secure, favorable working conditions? We welcome your application for a PhD position at Uppsala University. As a PhD candidate, you will be part of a research group working on reactor physics, fuel cycle analysis, and computational methods for core and fuel optimization. The group combines physics-based computational models with modern optimization and data analysis methods. The work environment is international and multidisciplinary, with close links between fundamental method development and technically relevant applications. The project is a continuation of an ongoing PhD project on core and fuel optimization for small modular reactors (SMR) within the competence center ANItA (Academic-industrial Nuclear technology Initiative to Achieve a sustainable energy future). The competence center brings together academia and industry to strengthen Swedish nuclear technology expertise and contribute to a sustainable energy transition. The previous PhD project has developed methods for optimizing equilibrium cycles, where the goal is to find recurring fuel management strategies that provide good fuel economy while meeting reactor physics safety margins. Special focus has been on combining advanced optimization algorithms with machine learning-based surrogate models, including graph-based representations of core loading patterns. You will further develop this research direction. The project may include cycle-to-cycle optimization, development of new machine learning models, improved optimization strategies, uncertainty quantification, more efficient handling of physical constraints, and expanded analysis of fuel design, loading patterns, and safety-related quantities. The goal is to develop methods that enable faster and more reliable exploration of large design spaces in core and fuel optimization. Duties The duties consist mainly of doctoral studies, where you conduct research within the project and complete courses as part of your doctoral education. The work involves developing, implementing, and evaluating computational methods for core and fuel optimization using machine learning and optimization algorithms. Your duties include: - Develop and apply machine learning-based surrogate models for reactor physics calculations, - Develop and evaluate optimization methods for fuel loading patterns and fuel composition, - Analyze safety-related parameters such as reactivity, power distributions, fuel utilization, and margins to technical limits, - Work with large datasets from reactor physics simulations, - Implement and document computational tools, for example in Python, - Compile and publish research results in scientific articles, - Present results at national and international conferences, - Participate in research group seminars, project meetings, and other scientific activities. Teaching and other institutional service may be included with a maximum of 20 percent of full-time work. Qualifications To be eligible for doctoral studies, you must have: - Completed an advanced degree in engineering physics, nuclear engineering, energy engineering, machine learning, computer science, applied mathematics, or another field relevant to the project, or - Completed at least 240 credits, of which at least 60 credits at advanced level including an independent thesis of at least 15 credits, or - Acquired equivalent knowledge in another way. For the position, the following is also required: - Strong knowledge in physics, numerical methods, and/or machine learning, - Good programming skills, for example in Python, Julia, C++, or equivalent, - Ability to work independently and in a structured manner, - Good ability to collaborate, - Good ability to express yourself orally and in writing in English. Great weight will be placed on personal qualities such as analytical ability, initiative, accuracy, and motivation to conduct research within a multidisciplinary field. Desirable/Merits It is meritorious to have experience in one or more of the following areas: - Reactor physics, nuclear engineering, or neutron transport, - Core optimization, fuel cycle analysis, or fuel management, - Machine learning, especially neural networks, graph neural networks, or surrogate modeling, - Optimization algorithms, such as evolutionary algorithms, stochastic optimization, or multi-objective optimization, - Uncertainty quantification or statistical modeling, - Work with scientific computing software and high-performance computing, - Experience with version control and reproducible computing workflows. Regulations for PhD candidates are found in the Higher Education Ordinance Chapter 5 §§ 1-7 and in the university's rules and guidelines. About the Application Please attach transcripts, a copy of your thesis, and any other documents you wish to submit. About the Position The position is time-limited, according to the Higher Education Ordinance Chapter 5 § 7. Full-time. Start date: January 1, 2027, or by agreement. Location: Uppsala. Information about the position is provided by: Andreas Solders, 018-471 26 31, [email protected] In this recruitment, we have replaced the personal letter with questions that you answer as part of your application. Your answers will be used as part of the selection process. Welcome to submit your application no later than September 30, 2026, UFV-PA 2026/2129 Note that this is an abbreviated version of the announcement. To see the full announcement, please click on "Apply here" or visit Uppsala University's job announcement website.
PhD Student in Agroecological Crop Management
Department of Crop Production Ecology Research subject: Biology with specialisation in ecology Description of the doctoral project Crop production is increasingly challenged by multiple, interacting stresses, including drought, heat, nutrient limitations, weeds, pests, and diseases. Crop genetic diversity can strengthen resilience under these conditions, but the expression of resilience depends strongly on the environment and on how crops are managed. Service crops, used as an agroecological management practice, can provide valuable ecosystem services, such as the regulation of weeds, pests, and diseases, as well as nitrogen fixation and the maintenance of soil health and fertility. However, there is still limited understanding of how crop genetic diversity and service crops interact to alleviate multiple stresses - an important knowledge gap that this project will address. The project will investigate how agroecological management practices influence resilience to multiple stresses in wheat and pea. You will examine how management practices modify genotype responses across growing conditions, with a particular focus on interactions between genotype, environment, and management. The aim is to understand how management practices shape resilience to multiple stresses in different crop genotypes and to identify promising variety–management combinations that support stable performance under low-input conditions. Experiments will be conducted under field conditions, comparing different agroecological management practices. Measurements will include crop development, phenology, yield, and quality traits, alongside monitoring of a broad range of abiotic and biotic stresses, including drought, heat, nutrient limitation, weeds, pests, and diseases. Biodiversity assessments, microbiome analyses, and environmental observations will provide additional context for evaluating the wider effects of management practices and for interpreting crop performance under field conditions. As the PhD student in this project, you will gain broad research experience through field experimentation, data processing, statistical analysis, scientific writing, and the communication of research findings. You will work closely with researchers at SLU and with partners in a European research consortium. This collaboration will provide excellent opportunities to develop your scientific expertise, build an international research network, and contribute to research across countries and disciplines Qualifications A second-cycle (MSc) degree in agronomy, crop science, plant biology, ecology, plant breeding, agricultural systems science or a related field Documented experience of working with plants, crops, or agricultural systems Good knowledge of plant ecology and an understanding of its relevance to sustainable crop production, agroecological management, or crop resilience Documented experience in statistical data analysis Good command of written and spoken English The following qualifications would be an advantage: Documented experience with crop phenotyping, crop physiology, or genotype evaluation Documented experience with field assessment of weeds, pests, diseases, or environmental factors Documented experience in scientific writing and communication A driver's license valid for use in Sweden We place particular emphasis on personal qualities. You should be able to work both independently and collaboratively, take initiative, manage complex tasks in a structured way and contribute positively to an inclusive team environment spanning disciplines and countries. To be qualified to apply To qualify for third-cycle (Doctoral) courses and study programmes, you must have a second-cycle (Master's) qualification. Alternatively, you must have conducted a minimum of four years of full-time study, of which a minimum of one year at second-cycle level. Applicants will be selected based on their written application and CV, degree project, copies of their degree certificate and transcript of records from previous first and second-cycle studies at a university or higher education institution, two personal references, and knowledge of English. More information about the English language requirements can be found here: https://www.slu.se/en/education/programmes-courses/doctoral-studies/application-admission-doctoral-studies/ Please note that applicants invited to interview must submit attested copies of their degree certificate, or equivalent, a transcript of records from previous first and second-cycle studies at a university or higher education institution. Applicants who are not Swedish citizens need to submit an attested copy of their passport's information page containing their photograph and personal details. Read about the PhD education at SLU at https://www.slu.se/en/study/programmes-courses/doctoral-education/ About us Read more about the Department of Crop Production Ecology at https://www.slu.se/en/about-slu/organisation/departments/crop-production-ecology/ Form of employment or Funding Employment PhD (4 years). The salary follows a local collective agreement with fixed salary steps. Location: Uppsala Scope: Full-time employment (100%) Start date: December 2026 or as agreed. Application and selection: Please submit your application using the link below. The deadline is 15 September 2026. Selection among eligible applicants is based on the documents attached to the application, and is carried out with regard to the applicant's ability to complete the programme within the allotted time. Academic union representatives: https://internt.slu.se/en/my-employment/employee-associations/kontaktpersoner-vid-rekrytering/
Doctoral Student in Computational Image Analysis
Are you interested in developing new methods for image analysis and machine learning for precision medicine and clinical decision support? Do you want to be part of a research team with skilled and inspiring colleagues in an international environment? Are you looking for an employer that offers secure and favorable working conditions? Welcome to apply for a doctoral position at the Department of Information Technology, Uppsala University. The Department of Information Technology holds a leading position in both research and education at all levels. We are currently Uppsala University's third largest department, with over 350 employees, of whom 120 are teachers and 120 are doctoral students. Approximately 5,000 undergraduate students take one or more courses at the department each year. More information about us can be found on the department's website. The project is led by Professor Nataša Sladoje, within the research group MIDA – Methods for Image Data Analysis – at the Department of Information Technology and is conducted together with other researchers at the Centre for Image Analysis who develop computational methods with a particular focus on deep learning and image analysis. The project builds on close collaboration with researchers at the Department of Immunology, Genetics and Pathology (IGP) at Uppsala University as well as SciLifeLab, the national infrastructure for life science. Project Description Immunotherapy has become a life-saving option for patients with advanced cancer. However, only a minority of patients develop a sustained response. Many researchers are working to better understand the complexity of anti-cancer immunity and develop diagnostic methods that accurately predict treatment benefit and enable personalized cancer treatment planning. Modern AI-based methods are essential to advance this research frontier. This project is an important part of our broader initiative to develop and apply innovative, interpretable data-driven analysis methods to significantly increase our understanding of how immune cell interactions affect the cancer microenvironment. We will apply these analysis methods to high-information multimodal microscopy data and develop techniques to integrate correlated structural and molecular analysis in three-dimensional tissue space. This integration will enable improved prediction of disease progression and response to specific treatments. Duties The doctoral student will primarily focus on their own research training. Other work at the department, including teaching and administrative duties, may be included within the scope of employment (max 20%). Qualification Requirements Basic eligibility is held by those who: have completed a degree at advanced level in computer science, image analysis and machine learning, technical physics, data analysis, applied mathematics, molecular biotechnology, or a related field, or have completed at least 240 higher education credits, of which at least 60 at advanced level including an independent work of at least 15 higher education credits, or have acquired equivalent knowledge in some other way within or outside the country. The university may grant an exception from the requirement of basic eligibility for an individual applicant if there are special reasons. (7 ch. 39 § HF). For specific eligibility requirements, see the curriculum for the subject. Specific requirements are met by having completed courses in areas relevant to image analysis and machine learning, covering at least 90 higher education credits. Relevant courses include, for example, image processing, computer vision, machine learning, deep learning and neural networks, as well as courses in Python, GPU programming, mathematical modeling, and statistics or equivalent. We seek candidates with: A strong academic background and solid understanding of computation and analysis; Good knowledge of Python programming and deep learning frameworks such as PyTorch and TensorFlow; Excellent communication skills in both spoken and written English; Creativity, thoroughness, and a structured approach to problem-solving; Good collaboration skills, drive, and independence. Desirable/Meriting Additional Qualifications Meriting qualifications include: Interest in biomedical research and experience applying image analysis in medicine; Experience with version control using Git, typesetting with LaTeX, and using Linux computers; Experience with convolutional and transformer-based neural networks for image analysis; Experience with graph-based methods and graph neural networks; Experience with explainable and interpretable AI (XAI). Provisioning for doctoral students is found in the Higher Education Ordinance 5 ch §§ 1-7 and in the university's rules and guidelines. Application The application must contain: Curriculum vitae (CV); Copy of degree/diploma and transcript of course record with grades; Thesis work (or a draft of this, and/or other self-produced technical or scientific text), scientific publications, and other relevant documents in electronic format; Contact information (name, email addresses, and phone numbers) of at least two references, with indication of the context, duration, and nature of the relationship to the candidate. Reference letters may be enclosed as supporting documents but are not required at the time of application. A personal letter (maximum one page) that includes: Your motivation for applying for this position; A short bullet list of three main academic or scientific achievements; Earliest possible start date (with reasons if applicable). About the Position The position is temporary, according to HF 5 ch § 7. The scope is full-time. Start date: 1 October 2026 or by agreement. Work location: Uppsala Information about the position is provided by: Prof. Nataša Sladoje (email: [email protected]). Welcome to submit your application by 20 August 2026, UFV-PA 2026/2366.
PhD Student in Biology, Environmental Science Focus
Department of Aquatic Resources Doctoral Field: Biology. Assessment and prioritization of marine and coastal restoration measures. There is an acute need for restoration in coastal and marine areas. The restoration challenge is complex, as many areas are affected by large-scale pressures that interact with local effects. To meet this challenge, we need to understand how ecological knowledge can be combined with societal processes, both at local and larger spatial scales. The doctoral position is part of a project that will support effective strategic planning for marine coastal restoration by developing key performance indicators (KPIs) to assess and evaluate the effectiveness of coastal restoration measures based on ecological, social, and economic sustainability aspects. The project group is interdisciplinary and includes researchers in ecology, sociology, and national economics. The project's results will form the basis for restoration measures at both local and national levels. Duties: The main task is to conduct doctoral research under supervision, which includes developing the doctoral student's methodological, theoretical, analytical, written, and oral presentation skills. The doctoral student will use a range of different methods, including stakeholder dialogues, geographic data analysis, and validation and testing of indicators in case studies. You will develop maps of natural values that contribute important knowledge for sustainable coastal planning and identify hotspots where restoration measures would provide the greatest cost-effectiveness in relation to ecological, social, and economic goals. Your work will contribute to increased knowledge about how spatially targeted measures and spatial optimization can affect the effectiveness of restoration efforts, as well as processes for integrating knowledge from multiple sources in management work. You will have close contact with officials from municipalities, regional authorities, and the Swedish Agency for Marine and Water Management. Qualifications: Basic eligibility is held by those who have completed an advanced degree, completed course requirements of at least 240 credits, of which at least 60 credits at an advanced level, or who in other ways within or outside the country have acquired essentially equivalent knowledge (the Higher Education Ordinance, Chapter 7 § 39). Additionally, you must have knowledge of English equivalent to a passing grade in English B/6 from a Swedish secondary school. Your Background: We are seeking a curious, cooperative, and motivated person with an interest in aquatic ecosystems and collaboration between different academic disciplines and stakeholders. We place great emphasis on personal qualities such as curiosity, responsibility, and the ability to work both in groups and independently, as well as personal suitability for educational and research tasks. Required Qualifications: The applicant must, upon admission to doctoral education, have an advanced degree (e.g., master's degree or equivalent) in environmental science or environmental management, aquatic ecology, or other relevant field A genuine interest in research and in developing as an independent researcher Very good collaboration and organizational skills Very good knowledge of English in speech and writing Knowledge of data management and statistical analysis Other Advantageous Knowledge and Qualifications: Experience in scientific writing Knowledge of Swedish, spoken and written Good knowledge of aquatic ecology Experience with geographic information systems and spatial analysis Experience with sociological survey design Experience with ecological field studies About Us: Do you want to work in an inspiring environment and contribute to sustainable use of our seas, lakes, and waterways? At the Department of Aquatic Resources (SLU Aqua), we work with marine environmental monitoring, management advice, research, and education in aquatic ecology. The Department is the largest at SLU with approximately 180 employees distributed across four main offices and four research stations. This doctoral position is located in Uppsala at the Coastal Laboratory. You are welcome to visit us at https://www.slu.se/aquaticresources! Read more about our benefits and what it is like to work at SLU at https://www.slu.se/om-slu/jobba-pa-slu/ Read more about SLU's doctoral education at http://www.slu.se/utbildning/program-kurser/forskarutbildning/. Read more about our benefits and what it is like to work at SLU at https://www.slu.se/om-slu/jobba-pa-slu/ Read more about SLU's doctoral education at http://www.slu.se/utbildning/program-kurser/forskarutbildning/ Employment Form and Salary: Employment as a doctoral student (4 years of education). The salary for the doctoral position follows locally negotiated collective agreements with fixed salary levels. Scope: 100%. Location: Uppsala, Sweden. Start Date: December 1 or by agreement. Application and Selection: We welcome your application via the application button below no later than September 26, 2026. Read more about the attachments your application should include at https://www.slu.se/utbildning/studera/forskarutbildning/hur-kan-jag-bli-doktorand/ansokan-och-bilagor/ Selection among eligible applicants will be made based on the attachments included in the application and should be made with consideration for the ability to complete the education within the specified timeframe. Please note that the applicant(s) called for interview must submit certified copies of diplomas, or equivalent, and transcripts from previous studies at basic and advanced levels at university or college, and that applicants with foreign citizenship must also submit a certified copy of the page in the passport containing photo and personal information. Trade Union Contact Persons https://internt.slu.se/min-anstallning/facket/kontaktpersoner/
Human Exposure to Emerging Environmental Contaminants via High-Resolution MS
Department of Water and Environment Doctoral Study Subject: Environmental Analysis with specialization in Environmental Chemistry Description of the Doctoral Project: This doctoral project aims to develop an analytically robust strategy to identify, measure, and interpret emerging environmental contaminants (contaminants of emerging concern, CECs) relevant to human exposure via water. The project will use existing information from pan-European monitoring campaigns stored in the NORMAN database on chemical occurrences to identify substances that may be present in water resources and contribute to human exposure. Based on this knowledge, the doctoral student will develop and validate analytical methods for selected emerging contaminants and apply these to water-related samples collected at the national or international level. The results will be interpreted using hazard, exposure, and risk indicators to support the prioritization of substances for future monitoring. Additionally, suspect screening and non-target screening will be used to identify new substances that can contribute to early warning systems for emerging chemical risks. The project includes: i) selection and prioritization of emerging environmental contaminants using European monitoring data and information on chemical properties of substances; ii) development and validation of an LC-HRMS-based targeted method for selected substances; iii) application of the method to water-related samples, such as drinking water and precipitation; iv) comparison between LC-HRMS and LC-MS/MS for selected compounds to evaluate sensitivity, linearity, precision, and suitability for monitoring; and v) interpretation of results in relation to human exposure. You will work in an international and interdisciplinary research team. The project provides access to advanced instrumentation and training in data analysis, scientific communication, and international research collaboration. Duties: We are seeking a doctoral student who wants to contribute to increased knowledge of emerging environmental contaminants in water-related exposure pathways for humans, with a particular focus on analytical method development and high-resolution mass spectrometry. To achieve this goal, you will develop and apply analytical workflows for determining selected emerging contaminants in water-related samples collected at the national or international level. The selection of substances will be based on existing knowledge and available monitoring data. A central part of the project is the use of liquid chromatography coupled to high-resolution mass spectrometry (LC-HRMS) for sensitive and reliable chemical analysis. Analysis of polar substances may require the use of specialized chromatographic columns. The project may also include comparisons between LC-HRMS and LC-MS/MS for selected substances to assess method sensitivity, linearity, precision, and suitability for monitoring. Selected samples may be analyzed using effect-directed analysis (EDA) to link chemical occurrence to biological effects. Duties also include sample preparation, extraction and analysis of contaminants, HRMS data processing, quality assurance, data analysis, visualization and interpretation of results using hazard, exposure, and risk indicators, collaboration with national and international partners, and authoring scientific articles in English. Eligibility: Basic eligibility is held by those who have completed an advanced degree, completed course requirements of at least 240 ECTS credits, of which at least 60 ECTS at the advanced level, or who have otherwise acquired substantially equivalent knowledge within or outside the country (the Higher Education Ordinance, Chapter 7 § 39). Special eligibility for admission to doctoral studies in the subject of Environmental Analysis with specialization in Environmental Chemistry is held by those with knowledge in aquatic ecology, aquatic biogeochemistry, statistics, or ecotoxicology. Undergraduate education must include an independent project. In addition, you must have English language skills equivalent to a passing grade in English B/6 from Swedish upper secondary school. Your Background: Applicants should have a master's degree in analytical chemistry, environmental chemistry, environmental science, toxicology, or equivalent. Specialization in chemical analysis of water pollutants and experience with LC-MS or LC-HRMS are advantageous. Previous experience with laboratory work, sample preparation, extraction and analysis of organic contaminants is beneficial. Experience with method development, method validation, quality assurance, or analysis of water-related matrices is also considered advantageous. Experience with suspect screening and non-target screening workflows is particularly desirable. Skills in data processing using statistical computing and visualization tools (e.g., R, Python, or equivalent) are also advantageous. The ability to handle large analytical datasets and work in a structured and reproducible manner is important for the project. Great emphasis will also be placed on personal qualities such as good collaboration skills, analytical ability and problem-solving skills, accuracy, motivation, and the ability to work both independently and in collaboration with others. Read more here: https://www.slu.se/om-slu/jobba-pa-slu/lediga-jobb/doktorand2/ Employment Form and Salary: Employment as a doctoral student (4 years of education). The salary for the doctoral student position follows local collective agreement with fixed salary steps. Scope: 100% Location: Uppsala Start Date: By agreement. Application and Selection: Welcome to submit your application via the application button below no later than 2026-08-28. Sweden's University of Agricultural Sciences (SLU) has a key role in developing sustainable living, grounded in science and education. Through our focus on the interactions between humans, animals, and ecosystems and responsible use of natural resources, we contribute to sustainable societal development and good living conditions on our planet. Main locations are Alnarp, Umeå, and Uppsala, but operations are also conducted at research stations, experimental parks, and educational locations throughout the country. SLU has over 4,000 employees, 6,000 students and doctoral students, and a turnover exceeding 4.5 billion Swedish kronor. The university is investing in attractive environments on its campus areas. We work toward an equal and inclusive work environment where open dialogue between people with different experiences forms the basis for scientific rigor, creativity, and development.
Advanced Screening & Prioritization of Emerging Contaminants in Food Chains
Department of Aquatic Sciences and Assessment Third-cycle subject area Environmental assessment, specializing in environmental chemistry. Description of the doctoral project This doctoral project aims to improve the understanding of contaminants of emerging concern in food chains by using bioaccumulation and trophic transfer as a strategy for chemical prioritization. The project will investigate how contaminants move from environmental sources into organisms and through food chains, and how these processes can be used to identify substances of relevance for ecosystems and One Health. The project will focus on one or more selected food-chain systems, depending on sample availability, collaborations and scientific relevance. The project includes i) selecting relevant food-chain systems, biological matrices and contaminants of emerging concern based on occurrence data, chemical properties, bioaccumulation potential and available samples; ii) applying target, suspect and non-target screening using LC-HRMS to identify known and previously unknown substances in selected biological matrices; iii) assessing bioaccumulation, biomagnification and trophic transfer patterns where suitable data and samples are available; iv) using environmental specimen bank samples, where available, to investigate time trends and support retrospective screening; and v) connecting measured chemical patterns to possible environmental sources. You will work in an international, interdisciplinary team. The project provides access to advanced instrumentation and training in data analysis, scientific communication, and collaborative research. About the position We are seeking a PhD student who will advance the understanding of contaminants of emerging concern in food chains, with a particular focus on bioaccumulation, trophic transfer and advanced chemical screening. To achieve this aim, you will develop and apply analytical workflows for the detection and identification of known and previously unknown compounds in complex biological matrices, including sample preparation, extraction and clean-up strategies. The project will also include semi-quantitative analysis of detected compounds and the assessment of bioaccumulation, biomagnification and trophic transfer patterns in selected food-chain systems. Where suitable samples are available, environmental specimen bank material may be used to investigate time trends and support retrospective screening. The duties also include preparation of biological and environmental samples, extraction and analysis of target and non-target compounds, processing of large HRMS datasets, data analysis, statistical evaluation, interpretation of chemical patterns in relation to environmental sources, collaboration with national and international partners, and scientific manuscript writing in English. Requirements To meet the general entry requirements you must have been awarded a second-cycle (Master's) qualification, satisfied the requirements for courses comprising at least 240 credits of which at least 60 credits were awarded in the second-cycle, or acquired substantially equivalent knowledge in some other way in Sweden or abroad (Higher Education Ordinance 1993:100, Chapter 7, Section 39). Specific entry requirements for the third-cycle courses and study programme in environmental assessment, specializing in environmental chemistry. To meet the specific entry requirements, you must have knowledge of aquatic ecology, aquatic biogeochemistry, statistics or ecotoxicology. The undergraduate degree must include a degree project. You must also meet the equivalent English language requirements as those necessary for the Swedish upper-secondary qualification Engelska B/6. Your profile Applicants shall hold an MSc in analytical chemistry, environmental chemistry, chemistry, ecotoxicology, environmental science, food science or equivalent. Specialization in chemical analysis of organic contaminants and experience with LC-MS, LC-HRMS, GC-MS or other advanced mass spectrometry techniques are valuable merits. Experience with suspect and non-target screening workflows is highly desirable. Previous experience with chemical analytical laboratory work, particularly involving complex biological, food, biota, soil or sediment matrices, is advantageous. Knowledge of contaminants of emerging concern, bioaccumulation, biomagnification, trophic transfer or time-trend analysis is considered a merit. Data processing skills using statistical computing, visualization and data analysis tools (e.g. R, Python or similar) are also considered a merit. Emphasis is also placed on personal characteristics such as strong interpersonal skills, analytical and problem-solving abilities, accuracy, motivation, and the capacity to work independently as well as in collaboration with others. Read more here: https://www.slu.se/en/about-slu/work-at-slu/jobs-and-vacancies/doktorand3/ Form of employment / Funding Employment as a doctoral student (4-year programme). Doctoral student's salaries are set following the local collective agreement. Salary progression is fixed. Location: Uppsala Scope: 100% Start date: Upon agreement. Application and selection: Please submit your application using the link below. The deadline is 28 August 2026. The Swedish University of Agricultural Sciences (SLU) has a key role in the development for sustainable life, based on science and education. Through our focus on the interaction between humans, animals and ecosystems and the responsible use of natural resources, we contribute to sustainable societal development and good living conditions on our planet. Our main campuses are located in Alnarp, Umeå and Uppsala, however, the university also operates at research stations, experimental forests and teaching sites throughout Sweden. SLU has around 4,000 employees, 6,000 students and doctoral students and a turnover of over SEK 4.5 billion. We are investing in attractive environments on all of our campuses. We strive to provide a work environment characterized by inclusivity and gender equality, where different experiences generate conversations between people and pave the way for science, creativity and development. Therefore, we welcome applications from people with diverse backgrounds and perspectives.
MSCA Doctoral Researcher in the SecReSy4You Network
Please note that this is an abbreviated version of the job posting. To view the full posting, please click "Apply here" or visit Uppsala University's careers page: https://www.uu.se/om-uu/jobba-hos-oss/lediga-jobb Would you like to work with control systems as well as cybersecurity and artificial intelligence, supported by competent and friendly colleagues in an international environment? Would you like an employer that invests in sustainable employee relations and offers secure, favorable working conditions? Welcome to apply for a position as a doctoral researcher at the Department of Information Technology, Uppsala University. The doctoral researcher will be placed in the Secure Learning and Control Laboratory, an interdisciplinary research group conducting fundamental and applied research at the intersection of cybersecurity, control theory, and machine learning. Duties The doctoral researcher will primarily focus on their own doctoral education. Other duties at the department, including teaching and administrative work, may be included within the scope of employment (max 20%). In addition, the duties include the following: Interdisciplinary research on security for cyber-physical systems, with focus on secure control under uncertainty and in the presence of realistic adversaries. Publication of scientific results in leading scientific journals and at prominent international conferences. Contribution to network-wide activities and completion of (transnational) academic and/or industrial research visits within Europe. Qualification Requirements Basic eligibility for doctoral education is held by those who: have completed a degree at an advanced level in electrical engineering, engineering physics, applied mathematics, computer science, or a related field, or have completed at least 240 higher education credits, of which at least 60 credits at an advanced level including an independent project of at least 15 credits, or have acquired equivalent knowledge in some other way within or outside the country. For specific eligibility requirements, see the course plan for the subject. In addition, the following are required: Very good academic results from previous higher education. Good knowledge of control systems and system theory. Good programming experience (e.g., in C, C++, Python, Julia, or Matlab). High quality of the advanced-level thesis work (or equivalent) or other independent written work. Very good ability to express yourself orally and in writing in English. Personal qualities such as creativity, attention to detail, and/or a structured problem-solving approach. To be eligible as a doctoral researcher within MSCA (Marie Skłodowska-Curie Actions), you must not have completed a doctoral degree at the time of recruitment and must not be enrolled in a doctoral program. MSCA's mobility rule means that applicants must not have been resident or had their main activity (work, studies, etc.) in the country where the host organization is located (Sweden) for more than 12 months during the three years immediately preceding the recruitment date. Desired/Meritorious Qualifications Documented analytical skills of high quality. Personal qualities such as initiative, ability to cooperate, and ability to communicate effectively with both international and national project partners, as well as the ability to work both independently and in teams. Meritorious are knowledge in one or more of the following areas: machine learning, cybersecurity, or computer systems. Provisions for doctoral researchers are found in the Higher Education Ordinance 5 Chapter §§ 1-7 as well as in the university's rules and guidelines. Application The application must contain the following documents. The submitted materials must clearly demonstrate the applicant's qualifications in relation to the evaluation criteria. Personal letter (maximum two pages) in which the applicant describes their motivation for applying for the position and the earliest possible start date. The letter must contain a section titled "Suitability for this position," in which the applicant briefly describes how their background, knowledge, and experience meet the requirements and evaluation criteria. Curriculum vitae (CV). Copies of degree certificates and transcripts, including grades (with translation to English or Swedish if the original documents are in another language). Advanced-level thesis work (or a draft if the work is not yet completed) and/or another self-produced technical or scientific text that demonstrates the applicant's research and analytical capabilities. Applicants may also attach publications or other relevant documents. Contact information for two references (name, email address, and phone number). Applicants may also attach up to two letters of recommendation. About the Employment The employment is time-limited, according to HE 5 Chapter § 7. The position is full-time. Start date: September 1, 2026, or by agreement. Location: Uppsala Doctoral researchers employed through the Marie Skłodowska-Curie program receive salary in accordance with the program's rules for doctoral researchers during the grant period (36 months). This means that the gross salary (i.e., after deduction for employer contributions but including income tax) amounts to approximately 37,000 SEK per month, depending on exchange rates (excluding any possible family allowance). The employee's national and local taxes will be deducted from this gross salary before the net salary is paid to the doctoral researcher. At the end of the project, an additional salary payment may be made if the average exchange rate during the entire project is higher than the calculated exchange rate. During the remainder of your studies, you will be employed on a regular doctoral contract, with salary according to the agreed salary scale for doctoral researchers plus a salary supplement of 1,800 SEK/month. Follow this link to read more about funding for doctoral researchers and a local collective agreement for doctoral researcher salaries. Information about the employment is provided by: University Lecturer André Teixeira (phone: +46 18-471 5414, email: [email protected]) We welcome your application no later than August 17, 2026, UFV-PA 2026/2342.