Lediga jobb som Cell- och molekylärbiologer m.fl. i Hässleholm

Build software that matters — and help shape how it's built. What if your .NET expertise could contribute to software that makes a real difference in healthcare? At CellaVision, we develop innovative medical technology for digital blood cell analysis, helping laboratories automate diagnostics and enabling healthcare professionals to make faster, more reliable decisions. We are now looking for an experienced Software Engineer (.NET) to join our Software Platforms team in Lund. This is an opportunity to work with modern software engineering while influencing the technology, architecture, and development practices used across the company. The role Software Platforms provides the infrastructure, shared capabilities, architecture, cybersecurity expertise, and reusable components that enable our engineering teams to develop and deliver software securely and at scale. As a Software Engineer, you will work with: C# and .NET development SQL databases and data management Windows-based applications and distributed systems Software architecture and design for scalable, maintainable, and secure solutions Reusable software components and shared platform capabilities AI-assisted development tools to explore solutions, automate repetitive tasks, accelerate learning, and improve productivity You will collaborate with experienced engineers, architects, product teams, and other stakeholders — and have the opportunity to influence solutions that benefit multiple teams and products. About you You are an experienced software engineer who enjoys solving complex problems and finding better ways to build software. You are curious, take ownership, and thrive in a collaborative environment where knowledge sharing and continuous improvement are part of everyday work. We expect you to have: A Master's degree in Computer Science, Software Engineering, or a related field Strong experience with C# and .NET Solid knowledge of SQL Experience with Windows applications and distributed systems A good understanding of software architecture and design principles Experience with AI-assisted software development Most importantly, you are eager to learn, explore new technologies, and turn ideas into reliable, practical solutions. Why CellaVision? At CellaVision, software isn't just software. Our products are part of modern medical diagnostics, and the quality, reliability, and security of what we build genuinely matter. You will join an international medical technology company where you can combine technical challenges, modern development practices, and meaningful impact — while helping shape how software engineering is done across the organization. Join us! This is a full-time position based at CellaVision HQ in Lund, Sweden, in our modern offices with excellent infrastructure and commuting options. We are looking to fill the position as soon as possible. Ready to build software that makes a difference? We'd love to hear from you! In this recruitment process, we are partnering with Radeptus. For any questions regarding the position, please contact Jenny Månsson at +46 703 318 506 or via email at jenny@adeptus.se. Please submit your application

Dignus Medical specializes in recruiting doctors, specialists and nurses for the healthcare sector across Scandinavia. We help solve staffing challenges by matching the right professionals with the right employers – at the right time. This year, we proudly celebrate our 20th anniversary. Watch our anniversary film (https://vimeo.com/1114843079?share=copy) and join us on our journey! Are you a specialist in pathology looking for a role where you can combine advanced diagnostics with a balanced lifestyle? We are currently seeking specialist surgical pathologists to join a modern and accredited department in central Sweden, located in a region known for its coastal setting, rich history, and strong connection to nature. About the Department The surgical pathology and cytology unit plays a central role in diagnostics by analyzing tissue and cell samples using both microscopy and advanced digital systems. The goal is to provide accurate and timely diagnostic support to clinicians, improving patient outcomes and safety. The department is part of a larger organization within laboratory medicine and is at the forefront of digital pathology, with ongoing development in automation, robotics, and AI-driven diagnostics. In addition to histopathology and cytology, the unit is also responsible for: Gynecological screening programs Autopsy services and morgue operations Multidisciplinary clinical conferences You will work in a collaborative and well-structured environment with experienced colleagues across multiple disciplines. Your role As a specialist surgical pathologist, your work will include: Diagnostic work in histopathology and cytology Gross examination and specimen handling Participation in clinical conferences and interdisciplinary discussions Autopsy Supervising and mentoring residents Daytime on-call service for urgent diagnostic cases is shared within the team. Qualifications EU-recognized specialist certification in pathology Experience in surgical pathology Strong communication skills in English and a willingness to learn Swedish Ability to work independently while contributing to a team-based environment A structured, collaborative, and flexible approach Why work here? This opportunity is located in a coastal region of central Sweden, offering a unique mix of professional development and quality of life. The area is known for: Easy access to the sea, forests, and outdoor activities year-round A rich industrial and cultural heritage A safe and family-friendly environment Good infrastructure with connections to larger cities The working environment is modern, forward-thinking, and continuously evolving, providing excellent conditions for both professional growth and long-term career development. What Dignus Medical offers you: Ongoing support from a recruiter before, during, and after your employment Assistance with obtaining Swedish authorization and specialist approvals Help with relocation, accommodation, and support for your family if needed Access to a free language course with a private tutor via Teams/Skype Take the next step in your career This is an excellent opportunity for surgical pathologists who want to work in a progressive environment while enjoying a high quality of life. Ready to Take the Next Step in Your Career? Don’t hesitate to contact me. I look forward to hearing from you and helping you find the perfect job that matches your experience and ambitions. Apply now!

Malmö University is an innovative, urban, and internationally-oriented academic institution that, thanks to its committed and experienced staff, contributes to societal development. Here, teachers, researchers, and other employees with various competencies work together to conduct high-quality education and research. All professional categories and roles are important. You are welcome to apply for a job with us! Here you can learn more about what it's like to work at Malmö University: Work with us We are looking for   ​ A doctoral student in biomedical science at the Faculty of Health and Society. Subject area: Pharmaceutical sciences with a specialization in biopharmaceutics and experimental models for inhalation therapy. Work duties   ​ A doctoral student shall primarily devote themselves to their own doctoral education. However, a doctoral student may, to a limited extent, work with education, other research or artistic research, and administration, but not more than 20 percent of full-time work (Higher Education Ordinance, Chapter 5, Section 2). BioInhale​ is a research project at Malmö University that has been awarded funding from the Knowledge Foundation. The project aims to promote the development of inhalation-based drug therapy by clarifying how drug molecules, from small molecules to macromolecules, interact with the lung epithelium during aerosolization and deposition, dissolution and permeation, as well as clearance/elimination, thereby showing how regional differences in the lung govern drug distribution and disposition. Pulmonary drug administration (inhalation therapy) is increasingly being explored for the treatment of various diseases, as it shows potential to improve safety, target specificity, and pharmacokinetic profile compared with conventional routes of administration. At the same time, the human airways constitute an intricate and heterogeneous structure with pronounced regional physiological variation. The airways function as a barrier between the body’s internal and external environments, enable gas exchange, and perform central functions such as conditioning inhaled air, mucociliary clearance, and immune signaling. The project will be carried out in close collaboration with six Swedish and international industrial partners: Emmace Consulting, Bioneer, MatTek, Inhalation Sciences, Truly Labs, and Magle ChemoSwed, as well as with advice from leading pharmaceutical companies such as AstraZeneca. The collaboration with industry, universities, and research infrastructures ensures access to cutting-edge expertise and advanced research resources. The project includes two doctoral students working in parallel within the project. This position is focused on biopharmaceutics and advanced lung models for inhalation therapy. As a doctoral student, you will work at the interface between pharmaceutical science, cell biology, tissue engineering, and inhalation therapy. The duties include the development and characterization of advanced 3D-cell- and tissue models that mimic the biological barriers and physiology of the lung. The work includes culture and analysis of cell-based models, biochemical and molecular studies, and evaluation of peptide- and protein-based drugs and inhalation formulations. The position also includes the development and application of preclinical models, including both ex vivo and in vivo models, to study how inhaled drugs interact with lung tissue and to evaluate new drug delivery systems for inhalation therapy. Qualifications   ​ To be admitted to third-cycle education, the applicant must meet the general admission requirements and the specific admission requirements required by the subject, and must also be assessed as having the ability otherwise needed to benefit from the education. General admission requirements for third-cycle education (according to the Higher Education Ordinance, Chapter 7, Section 39) are met by a person who:​ • has been awarded a second-cycle qualification, • has completed course requirements of at least 240 higher education credits, of which at least 60 higher education credits are at second-cycle level, or • has otherwise acquired substantially equivalent knowledge in Sweden or abroad. Specific admission requirements for third-cycle education are met by a person who has:​ At least 90 higher education credits, of which 30 higher education credits are at second-cycle level, in biomedical science or in a subject relevant to the current research area, or who has otherwise acquired substantially equivalent knowledge. Adequate knowledge of English is also required. Selection criteria ​ Selection among applicants who meet the general and specific admission requirements shall be made with regard to their ability to benefit from the programme (Higher Education Ordinance, Chapter 7, Section 41). General selection criteria​ When selecting among applicants for an advertised place in third-cycle education, the ability to benefit from third-cycle education is used as the criterion. In assessing this ability, previous study results, the applicant’s written work, reports, research plans and any research merits, as well as documented professional experience, are taken into consideration. Special importance is attached to independent work at first (undergraduate) and advanced levels. Specific selection criteria​ Experience of cell culture, development of cell-based models or tissue models, and other experimental methods relevant to inhalation therapy and the duties described above is considered a merit. Experience of working with primary cells, advanced 3D-cell- and tissue models, tissue engineering, and histological methods, immunohistochemistry, and immunofluorescence analyses is particularly relevant. Experience of biochemical, molecular biological, or immunological analytical methods, such as ELISA, immunohistochemistry, flow cytometry, and confocal microscopy, is also considered a merit. Experience of statistical processing, data analysis, and/or interpretation of complex biological data is also considered a merit. Documented very good ability to communicate in English, both orally and in writing. A good ability to work independently, take initiative, and contribute flexibly to interdisciplinary research environments are considered a merit. Faculty, Department and Research environment   ​ The position is placed at the Department of Biomedical Science, Faculty of Health and Society, Malmö University. The department has an interdisciplinary profile in which research and education combine biology, chemistry, medicine, and physics. The research focuses on biomedical technology and cell and molecular biology with an immunological profile. We offer education at bachelor’s and master’s level and work in close collaboration with healthcare services and industry. The doctoral project is carried out in an interdisciplinary research environment with strong links to both clinical diagnostics and education in biomedical laboratory science. The project is connected to the Biofilms Research Center for Biointerfaces (BRCB), a research centre at the interface between life sciences and materials sciences where researchers from the faculties of Health and Society, Odontology, and Technology and Society collaborate. Our vision is to create new solutions for improved health through outstanding science in close collaboration with industry. Link to the department: BMV Link to the research environment: BRCB Link to the project: https://mau.se/en/research/projects/bioinhale/    Further information   ​ Senior Lecturer Sabrina Valetti, +46 (0)40-665 72 65, sabrina.valetti@mau.se Head of Department Magnus Gram, +46 (0)72-203 49 76, magnus.gram@mau.se Questions about the employment at Malmö University: HR Partner Heidi Francke, heidi.francke@mau.se In our recruitment work, Malmö University has taken a stand regarding recruitment channels and marketing. We therefore decline all offers of advertising and recruitment assistance in connection with this advertisement.    You can read more about the benefits of working in Sweden here: Work in Sweden – Careers, work permits and moving to Sweden Application   ​ You apply for the position via Malmö University’s recruitment system by clicking the “Apply” button. As an applicant, you are responsible for ensuring that the application is complete in accordance with the instructions below and that it reaches the university no later than 2026-09-14. Your application must be written in Swedish, English, or one of the Scandinavian languages. As an applicant, you are responsible for having your application and its attachments translated if necessary. The application must include: ​ • Curriculum vitae • Degree certificates, transcripts of records, and other relevant certificates, including biomedical analyst licensure or a certificate of a bachelor’s degree in biomedical laboratory science • A brief research plan presenting the research focus and dissertation idea and how this relates to the specific call (maximum 4 pages). The research plan must include an overall aim, research questions that the project intends to answer, an account of the methodological approach, a description of data collection and type of research material, and an account of the theoretical framework • Independent projects at second-cycle level (including degree project or equivalent) Miscellaneous   ​ The processing of admission to third-cycle education and employment as a doctoral student takes place in parallel. Only a person who is admitted or has already been admitted to third-cycle education at a higher education institution may be employed as a doctoral student (Higher Education Ordinance, Chapter 5, Section 3). The position is full-time and fixed-term for four years in accordance with the Higher Education Ordinance, Chapter 5, Section 7. Employment as a doctoral student shall apply until further notice, but no longer than until a specified date and never for more than one year after the award of a doctoral degree or doctoral degree in the fine, applied and performing arts. The first period of employment may be for a maximum of one year. The employment may be renewed for a maximum of two years at a time. Malmö University is a workplace and a higher education institution that strives to maintain an open and inclusive approach, where gender equality and equal opportunities add value to our activities. As part of this:​ • applicants of the underrepresented gender are given priority in admission when their ability to benefit from the programme is otherwise equivalent. • doctoral students with permanent disabilities are offered support and adaptations during their studies, with the aim that everyone should be able to study on equal terms in a good study environment. Employees who do not speak Swedish should learn Swedish over time so that they can participate in the everyday and ongoing work of the department. Malmö University applies salary setting for doctoral students in accordance with the local agreement on salary setting for doctoral students. If the admitted applicant needs a residence permit to stay in Sweden and pursue their studies, the university reserves the right to revoke the admission decision if the admitted applicant cannot present a valid residence permit required for the studies by the date of commencement of studies. Start date   ​ 1 November 2026 or by agreement, but no later than 1 December 2026. Union representatives   ​ SACO: Sara Johnsdotter, sara.johnsdotter@mau.se Sveriges Lärare: Charlotte Paggetti, charlotte.paggetti@mau.se OFR/S (ST): Lutfi Zuta, lutfi.zuta@mau.se PhD Student Union representative ​ Hanna Bjure, hanna.ivarsson@mau.se We are looking forward to receiving your application!   ​

Malmö university is an open, innovative and international university that contributes to societal development thanks to its dedicated and experienced staff. Here, teachers, researchers, and other staff members with diverse skills work together to deliver education and conduct research of the highest quality. All professional categories and roles are important. We welcome you to apply for a job with us! Malmö University is a workplace and an educational institution that strives for an open and inclusive approach, where gender equality and equal opportunities add value to our operations. Here you can read more about what it’s like to work at Malmö University: Work with us. For international applicants, read more here: Moving to Malmö and Sweden We are looking for a​ Research assistant in chemical- and materials engineering, biomedical surface science and nanotechnology at the Department of Biomedical Science, Faculty of Health and Society. Subject area​ The project focuses on the development and evaluation of gold nanoparticles functionalised with reversible self-assembled monolayers (rSAM) as multivalent inhibitors of SARS-CoV-2 entry in a physiologically relevant model of lung epithelium. The focus is on the development and characterisation of both 2D and 3D model surfaces, including preparation and functionalisation using rSAM technology, physicochemical characterisation of the materials, and sample preparation for antiviral studies and protein-binding studies. Job description​ You will have specific responsibility for conducting experimental studies focusing on the development, preparation and functionalisation of nanoparticles and surfaces using rSAM technology. The work includes physicochemical characterisation of materials using techniques such as ATR-FTIR, ellipsometry, SPR, UV-Vis spectroscopy, DLS and contact angle measurements, as well as studies of protein interactions with surfaces and nanoparticles. You will also contribute to sample preparation for antiviral studies and protein-binding studies. The work is carried out in close collaboration with researchers in cell biology and includes regular collection, processing, reporting and presentation of results within the research group. The duties also include maintaining laboratory documentation and contributing to efficient laboratory- and data management. Qualification requirement​ Qualification requirements refer to requirements that must be met for an applicant to be considered for employment. A research assistant must have a completed a degree on advanced level or equivalent expertise. It is a general qualification requirement for teachers at Malmö University that the candidate is appropriate for and have the ability in general required to fully complete the duties of the relevant position. Additional qualification requirements for this position are:​ Knowledge of biomedical surface science. Assessment criteria​ Assessment criteria refer to criteria for assessing how well an applicant meets a certain qualification requirement and criteria that have otherwise been deemed significant for the position. The overall assessment includes proficiency in the specific field relevant to the position. For this position, the following will also be assessed:​ • Experience of rSAMs and functionalisation of materials or nanoparticles. • Experience of surface and materials characterisation using relevant analytical methods. • Experience of independent laboratory work, including sample preparation, conducting experiments, data analysis and documentation. Assessment of qualifications will be done based on the adopted job description for the position. An overall assessment of the applicant’s qualifications and expertise based on the qualification requirements and assessment criteria will be made prior to a decision to hire an applicant. Faculty​ The Faculty of Health and Society conducts research and education in both medicine and the social sciences, with large research group in biomedicine, sexology, criminology and social vulnerability. Research is developed creatively in the intersection of disciplines and is closely linked to society and the private sector. We also provide training in nursing, biomedicine, criminology, sexology, disability and rehabilitation science and social work, both at the bachelor’s and master’s level, with several professional degrees.. Link to the faculty: Health and Society Department​ The Department of Biomedical Science has an interdisciplinary profile where research and education combine biology, chemistry, medicine and physics. Research focuses on biomedical technology and cell and molecular biology with a profile on immunology. We offer bachelor’s and master’s education and work in close collaboration with health and medical care and the private sector. Link to the department: BMV Application instructions​ Apply for the position through Malmö University’s recruitment system by clicking on the “Apply” button. Application documents are to be submitted electronically. Physical documents are only accepted in exceptional cases; contact hr@mau.se if you have books or other documents that cannot be submitted electronically. All qualifications are to be documented so that both quality and scope can be assessed. You are responsible for ensuring that your application is complete in accordance with the job description and application instructions and that it is submitted no later than 2026-09-20. The application is to be written in Swedish, English or one of the other Scandinavian languages. When required, you are responsible for translating the application and any submitted documents. For guidance on compiling qualifications, you can use Academic Qualifications Portfolio at Malmö university, The application is to include the following:​ • Curriculum Vitae • Degree certificates and other relevant grades and certificates • A brief account of merits relevant to the position you are applying for, and how you, as an applicant, believe you can contribute. Note that the documents submitted or produced for this open position (such as applications, expert reports and minutes) are normally general documents and as such public documents. This means that the documents may (except for documents classified as secret) be requested and read by others. Terms of employment​ Starts: As soon as possible Form of employment: Fixed-term employment for 4 months. Scope of the employment: 100 % Salary: Individual salary setting Swedish is the primary language at Malmö University, and it is a hope that non-Swedish speaking staff will acquire enough Swedish language skills to allow them to participate in teaching and research and in common and daily work at the department but also as a way to enable them to take on academic leadership positions. Information​ Dr Yulia Sergeeva, yulia.sergeeva@mau.se Head of Department Magnus Gram, magnus.gram@mau.se For questions about the recruitment process, contact HR Partner Heidi Francke, heidi.francke@mau.se Trade union representatives​ Saco-S: Rebecka Johansson, rebecka.johansson@mau.se  SEKO: Anne Sundel, anne.sundel@mau.se   OFR/ST: Lutfi Zuta, lutfi.zuta@mau.se Prior to this recruitment process, the Malmö University has determined which recruitment channels and marketing it will use. We request that no offers be made to provide advertising and recruitment help in connection with this advertisement.   We look forward to receiving your application!​ #LI-MAU

The European Spallation Source (ESS) is one of the largest science and technology infrastructure projects being built today. ESS will soon be the world’s most powerful source of neutrons, providing researchers with unique opportunities to explore the structure of materials at the atomic level. Neutron scattering at ESS will address critical questions in physics, chemistry, geology, materials science and life science.   We are now inviting applications for a Postdoctoral Researcher in Small-Angle Neutron Scattering of Biocompatible Microgels. Small-angle neutron scattering (SANS) is a powerful technique for investigating the structure and dynamics of scientifically and technologically important soft and complex materials across nanometre-to-micrometre length scales. Energy materials, biomaterials, colloidal systems, and functional nanostructures are prime examples of systems whose properties and performance depend critically on hierarchical structures and processes occurring over these length scales.   This project focuses on developing and characterising a new class of biocompatible thermoresponsive microgels for biomedical and soft matter applications. The work combines neutron scattering, rheology, advanced sample environments, and molecular simulations to understand how the internal structure and softness of poly(N-vinylcaprolactam) (PVCL) microgels influence their behaviour in dense suspensions and under flow.   The goals are: Develop an understanding of the structure, mechanics, and flow behaviour of PVCL microgels Develop and implement a 1,2-shear cell for rheo-SANS and rheo-SAXS experiments at ESS and MAX IV, that will allow to measure scattered intensity in the velocity-gradient plane, the most sensitive to shear-induced deformations. Combine neutron scattering experiments with molecular simulations to establish predictive models for soft colloidal systems relevant to biomedical applications   The Opportunity We are seeking an independent and highly motivated postdoctoral researcher with experience in microgels - particularly synthesis and/or neutron scattering techniques. You will be part of the Large Scale Structures Division at the ESS in Lund and supervised by the ESS LOKI team (Judith Houston). You will benefit from research supervision and collaboration with the Laurati group at the University of Florence (https://www.csgi.unifi.it/person.php?p=330), who are experts in soft colloid synthetic procedures, and their characterisation using scattering and rheology techniques, and the Zaccarelli group at the Sapienza University of Rome (https://www.roma1.infn.it/~zaccarel/curriculum.htm) who are experts in molecular dynamic simulations. The collaboration will involve the first year based in Italy for knowledge transfer, training and supervision, sample preparation, and access to their laboratories.   Your Role and Responsibilities Collaboration with research groups at ESS, the University of Florence, and Sapienza University of Rome. Laboratory work involving synthesis, characterisation, and rheological measurements of PVCL microgels Neutron and x-ray scattering experiments at ESS, MAX IV, and international large-scale facilities Develop and commission a custom 1,2-shear cell for rheo-SANS/rheo-SAXS measurements. Test and validate the developed sample environment at ESS and leading neutron (e.g., ILL, ISIS) and X-ray facilities (e.g. Diamond, MaxIV), ensuring reliability and robustness. Perform molecular dynamics and coarse-grained simulations of microgels and dense suspensions to quantitatively interpret scattering data and establish universal models for soft colloids Conduct and develop independent research in line with the LOKI science case. Author scientific and technical publications Present scientific and technical research at relevant conferences and workshops. Contributing to the commissioning and scientific development of ESS instrumentation   Required Qualifications: Ph.D. in Physics, Chemistry, Materials Science, or a related field. Strong experience in the characterisation of soft colloids Experience as a user of large-scale X-ray and/or neutron facilities, including experience in data analysis. Ability to work both independently and collaboratively within interdisciplinary teams. Proficiency in scientific writing and presentation in English, as evidenced by a strong publication record. Willingness and ability to travel internationally for collaborative research and beamtime.  Desirable Qualifications: Strong research background in small-angle x-ray and/neutron scattering of soft colloids. Programming experience (e.g. Python, Matlab) for data analysis and to perform molecular dynamics and coarse-grained simulations. Proficiency in synthesis, characterisation, and rheological measurements of soft colloidal systems.   Duration and Location The position is a 3-year full-time position located in Florence, Italy for the first year and Lund, Sweden for the remaining 2 years.   Application & Contact  A career at ESS gives you the opportunity to contribute to the future discoveries within neutron science at a stunning, brand-new workplace filled with innovative minds and brilliant people from across the globe. We offer market competitive, individualised compensation which is differentiated according to role, responsibilities, individual skills, abilities and achievements as well as monthly pension contributions on top of your salary.   If you see yourself in what we’re looking for, please provide your CV and motivation letter in English by clicking on “apply” and following the instructions. Please be aware that we can only accept direct applications made via the ESS website. Submit your application as soon as you can, no later than October 7, 2026.   The recruitment process will have a round of initial interviews via Zoom in mid-October and onsite interviews at ESS in first weeks of November. Part of the onsite interview will be to hold a scientific talk (seminar) that will be open to all ESS employees.    For further information regarding the position, please contact Talent Acquisition Specialist Louise Jönegård on louise.jonegardmailto:email@ess.eu or Hiring Manager Andrew Jackson on andrew.jackson@ess.eu.   For trade union information, please contact Unionen representative Nuno Elias on mailto:nuno.elias@ess.eu or SACO/Swedish Association of Graduate Engineers representative Marc Kickulies at mailto:marc.kickulies@ess.eu     We look forward to receiving your applications soon!

Beskrivning av arbetsplatsen Denna tjänst är knuten till avdelningen för värmeöverföring vid institutionen för energivetenskaper. På avdelningen bedriver vi forskning och utbildning om energigenerering, omvandling och användning i olika elektro- och termomekaniska system där studier av värmeöverföring, strömningsmekanik, reaktiva flöden samt strukturmekanik spelar en central roll. I synnerhet är förbättrad förståelse för turbulenta, reaktiva- och flerfasflöden tillsammans med materialvetenskap och nya tillverkningstekniker nyckeln till förbättrade värmeöverföringsmekanismer och effektivare användning av energi. Vid avdelningen arbetar cirka 25 kollegor, varav 15 doktorander. På internationell nivå samarbetar vi med universitet och institut i Europa, Asien och Nordamerika. Mer information om avdelningen för värmeöverföring finns här: https://www.ht.energy.lth.se/english/ COMPEL, “COMPetence for the ELectrification of the transport system”, är en strategisk satsning från Sveriges regering, med syfte att stärka forsknings- och utbildningsmiljöerna inom batteriteknik och elektrifiering. Inom COMPEL fördjupar de tre lärosätena Chalmers tekniska högskola, Lunds universitet och Uppsala universitet, i samråd med viktiga aktörer i svensk industri, sitt samarbete i avsikt att stärka Sveriges position inom batterier och elektrifieringen av transportsektorn och relaterade områden. Satsningen syftar till att stärka forskning- och utbildningssatsningar relaterade till batteriområdet med målet att säkerställa att relevant forskning inom batteriteknik för att elektrifiering av transportsektorn bibehålls och vidareutvecklas i Sverige. Forskning inom COMPEL spänner över batteriets hela värdekedja: från materialforskning, forskning kring nya cellkoncept och celltillverkning, batterisystem och systemintegration, återvinning till batterisäkerhet. Vid Lunds universitet med Lunds Tekniska Högskola är COMPEL en strategisk satsning som syftar till att stärka forskningsmiljöer inom batteriteknik och elektrifiering, på ett sätt som kompletterar relevant forskning på andra lärosäten och som bygger på våra styrkor. COMPEL vid Lunds universitet inkluderar initialt forskare vid tio institutioner och tre forskningsområden har identifierats för strategisk utveckling: materialforskning, integration av batterier med kraftelektronik och säker energilagring. På utbildningssidan utökas antal platser inom flera civilingenjörsprogram och kursutbudet relaterat till batteriteknik och elektrifiering stärks. Denna forskningsmiljö är ett smörgåsbord av resurser och möjligheter för den som vill utveckla sina karriärer och göra skillnad i omställningen för en hållbar framtid. Särskild ämnesbeskrivning Detta projekt fokuserar på utvecklingen av GPU-accelererade, högupplösta simuleringsmodeller för termisk rusning i litiumjonbattericeller, moduler, batteripack och kompletta batterisystem. Termisk rusning är en kedjereaktion som leder till en okontrollerad frigörelse av den energi som lagras i en battericell, vilket kan resultera i bränder och andra farliga händelser som är svåra att begränsa. I takt med att batterisystem blir större och mer komplexa ökar behovet av beräkningseffektiva prediktiva verktyg som kan beskriva de underliggande fysikaliska och kemiska processerna över flera skalor. Projektet kommer att genomföras i samarbete med Scania Industrial Battery Systems och partnerna inom COMPEL. Det huvudsakliga målet med postdoktorprojektet är att utveckla nästa generations GPU-baserade simuleringsmetodik i OpenFOAM för att förutsäga initiering och utbredning av termisk rusning på cell och modulnivå. Särskild tonvikt kommer att läggas på att utnyttja moderna heterogena beräkningsarkitekturer för att möjliggöra storskaliga, högupplösta simuleringar av reagerande strömningar. De modeller som utvecklas på cellnivå kommer därefter att kopplas till simuleringar på modul-, pack- och systemnivå för att förbättra förmågan att förutsäga hur termisk rusning sprids i praktiska batterisystem. Arbetsuppgifter I arbetsuppgifterna som postdoktor ingår främst att bedriva forskning.  Även undervisning kan ingå i arbetsuppgifterna, dock högst en femtedel av arbetstiden. Inom ramen för anställningen ges det möjlighet till tre veckors högskolepedagogisk utbildning. Syftet med anställningen är att utveckla sin självständighet som forskare samt skapa förutsättningar för vidare meritering. Dina huvudsakliga arbetsuppgifter och ansvarsområden är att:  Utveckla och implementera GPU-accelererade modeller och numeriska metoder för termisk rusning i OpenFOAM. Utforma och optimera beräkningsramverk för högpresterande simulering av reagerande strömningar och batterisäkerhetsrelaterade fenomen på moderna GPU-arkitekturer. Bedriva forskning inom angränsande områden såsom batterimodellering, beräkningsströmningsdynamik (CFD) och högpresterande beräkningar (HPC). Analysera simuleringsresultat och publicera forskningsresultat i ledande vetenskapliga tidskrifter samt presentera dem vid internationella konferenser. Samarbeta med industriella och akademiska partners inom Scania Industrial Battery Systems och COMPEL-nätverket. Samverka med forskargruppen för att utveckla innovativa metoder inom batterisäkerhet, CFD och GPU-baserad beräkningsteknik. Bidra till ansökningar om extern forskningsfinansiering och delta i utvecklingen av framtida forskningsinitiativ. Delta i undervisning, inklusive handledning av doktorander och examensarbeten på avancerad nivå. Behörighet Behörig att anställas som postdoktor är den som har avlagt doktorsexamen, eller en utländsk examen som bedöms motsvara doktorsexamen, inom anställningens ämnesområde. Bevis om att behörighetskravet är uppfyllt ska ha inkommit senast vid tidpunkten då anställningsbeslut fattas. Främst kommer den sökande i fråga som avlagt examen högst tre år före sista ansökningsdag. Om det finns särskilda skäl kan doktorsexamen ha avlagts tidigare. Se hela annonsen på https://lu.varbi.com/what:job/jobID:967435/

CellaVision is a global leader in digital microscopy, delivering complete solutions that combine advanced instruments, reagents, and software to support healthcare services worldwide. Our vision is clear: To elevate healthcare through the evolution of microscopy – in a sustainable way. We work at the forefront of technology and use many of the latest advances in programming, chemistry, digital imaging, and machine learning. Joining our company means that you will play an essential role in elevating healthcare through the evolution of microscopy. Location: Lund, Sweden Job type: Full Time, Permanent How you will contribute The overall purpose of the Clinical Affairs Monitor is to ensure effective execution, monitoring, and documentation of clinical studies and post-market clinical activities. Through close collaboration with external study sites and internal stakeholders, you will build strong relationships, coordinate study activities, and help keep studies on track. By providing support, guidance, and proactive follow-up, you will contribute to high-quality clinical data, regulatory compliance, and the generation of reliable clinical evidence for CellaVision's products. As a Clinical Affairs Monitor you will, for example: · Build and maintain strong relationships with study sites, acting as a trusted point of contact throughout the study lifecycle. · Monitor pre-clinical studies, clinical performance studies, and post-market clinical performance studies, including site qualification, initiation, monitoring, and close-out visits, as well as follow-up of deviations and corrective actions. · Support study sites through training, regular communication, and proactive follow-up on study progress, sample collection, and documentation. · Performing first line data review, including case report forms, verification of data completeness and ensuring sample traceability. · Coordinate study logistics such as sample shipments, instrument installations, study databases, data transfers, and maintenance of study documentation. · Establish and maintain Trial Master Files (TMF) and Trial Site Files (TSF). · Contribute to the preparation of all study-related documentation, together with Clinical Affairs Specialists. You will be part of the Clinical Affairs team, currently consisting of four Clinical Affairs specialists and one Cell Morphology Expert. The team works closely together in a collaborative and supportive environment to achieve shared goals. What you will bring The person stepping into this role enjoys working with people and building strong relationships, while also being highly organized and detail oriented. As a Clinical Affairs Monitor, you will collaborate closely with external laboratories and study sites, helping them stay engaged, informed, and on track throughout the study process. You are a positive and proactive communicator who can establish trust, coordinate activities across multiple stakeholders, and motivate others to deliver high-quality results within agreed timelines. You take initiative, follow up on commitments, and approach challenges with a solution-oriented mindset. You understand the importance of working in a regulated environment and have an interest in clinical research and medical devices. Your ability to apply relevant regulations, procedures, and quality standards will help ensure that studies are conducted compliantly and generate reliable clinical evidence. You are also comfortable working with technical systems and software and enjoy investigating and solving practical issues. You can confidently perform basic software installations and configuration tasks, review log files and use tools such as Excel to verify and analyze clinical study data. What we are looking for · B.Sc. degree or equivalent in a relevant scientific, biomedical, or healthcare-related field · Experience within medical devices, clinical research, healthcare, or quality assurance · Knowledge of medical device regulations, including ISO 13485 and IVDR or MDR · Knowledge of ISO 14155 and Good Clinical Practice (GCP) is considered an advantage · Strong communication and interpersonal skills · Excellent organizational skills and ability to manage multiple activities simultaneously · Good computer skills, including software installation, database management, log file review, and data verification in Excel · Advanced level of English, written and verbal What we offer CellaVision has a world-leading position in digital cell morphology and we see our employees as our primary resource for our ongoing innovation and success. Joining CellaVision means that you will surround yourself with over 250 employees that are both passionate and ambitious. We believe that an open and friendly company culture along with employees that take initiative and responsibility is what makes us grow together. We have created an innovative working environment in a flat organization with an open-minded attitude and ability for our employees to make quick and sound decisions. We can offer you a varied, exciting and occasionally challenging work with a lot of responsibility and a great deal of freedom. This is a full-time position primarily based on-site at CellaVision’s HQ in Lund, Sweden, with the flexibility to work remotely one to two days per week. The position may require approximately 20-30 traveling days yearly. Ready to apply? Apply as soon as possible via our career site. We will work with continuous selection and interviews, so please send your application as soon as possible. We do not accept applications via email. Diversity is in our blood At CellaVision we understand not only the uniqueness of blood cells but also of people. We strongly believe in the power of diversity and recognise it as a driver of innovation. We are committed to building an inclusive culture for all our people. CellaVision is a non-discriminatory workplace where qualified applicants receive consideration for employment without regard to race, nationality, ethnic or social origin, age, religion, political orientation, sexual orientation, gender identity/expression, family or marital status, pregnancy, disability, or any other basis prohibited by law. More about us CellaVision® was established in Sweden in 1994 with a vision to simplify, standardize, and digitize the manual analysis of blood cells in hematology laboratories. The company’s long-term success is a result of our commitment to innovation. Our goal is to provide value to patients, customers and distributors by incorporating smart solutions into everything we do. Our research and development focus on offering superior analytical and diagnostic certainty by creating an ecosystem that combines reagents with hardware and software. Today CellaVision has 250 employees, with global Headquarters in Lund, Sweden. The company has market support offices in 16 markets and a presence in over 40 countries with reagent development and manufacturing performed in Martillac, France. For more information visit www.cellavision.com We decline all contact regarding services in advertising, consulting or recruitment.

Malmö University is an innovative, urban, and internationally-oriented academic institution that, thanks to its committed and experienced staff, contributes to societal development. Here, teachers, researchers, and other employees with various competencies work together to conduct high-quality education and research. All professional categories and roles are important. You are welcome to apply for a job with us! Here you can learn more about what it's like to work at Malmö University: Work with us We are looking for   ​ A doctoral student in biomedical science at the Faculty of Health and Society. Subject area: Pharmaceutical science with specialisation in drug delivery and biophysical characterisation of biopharmaceutical products for inhalation therapy. Work duties   ​ A doctoral student shall primarily devote themselves to their own doctoral education. However, a doctoral student may, to a limited extent, work with education, other research or artistic research and administration, though not more than 20 per cent of full-time working hours (Higher Education Ordinance, Chapter 5, Section 2). BioInhale​ is a research project at Malmö University that has been awarded funding from the Knowledge Foundation. The project aims to promote the development of inhalation-based drug therapy by clarifying how drug molecules, from small molecules to macromolecules, interact with the lung epithelium during aerosolisation and deposition, dissolution and permeation, as well as clearance/elimination, thereby showing how regional differences in the lung govern drug distribution and disposition. Pulmonary drug administration (inhalation therapy) is being explored increasingly for the treatment of various diseases, as it shows potential to improve safety, target specificity and pharmacokinetic profile compared with conventional routes of administration. At the same time, the human airways constitute an intricate and heterogeneous structure with pronounced regional physiological variations. The airways function as a barrier between the body’s internal and external environments, enable gas exchange and perform central functions such as conditioning inhaled air, mucociliary clearance and immune signalling. The project will be carried out in close collaboration with six Swedish and international industrial partners: Emmace Consulting, Bioneer, MatTek, Inhalation Sciences, Truly Labs and Magle ChemoSwed, as well as with advice from leading pharmaceutical companies such as AstraZeneca. The collaboration with industry, universities and research infrastructures ensures access to cutting-edge expertise and advanced research resources. The project comprises two doctoral students working in parallel within the project. This position focuses on pharmaceutical analysis and biopharmaceutics in inhalation therapy. As a doctoral student, you will work at the interface between pharmaceutical science, biophysics, aerosol science and drug development. The duties include developing and characterising inhalation formulations for both small molecules and biological drugs, studying aerosol generation and deposition in the airways, and investigating drug dissolution, permeation, retention and clearance in the lung. The project also includes biophysical characterisation and experimental studies of how macromolecules interact with and are transported across the biological barriers of the lung. In addition, the work includes analysis and modelling of data to increase understanding of how regional differences in the lung affect drug distribution and pharmacokinetics. Qualifications   ​ To be admitted to doctoral studies, the applicant must meet the general and the specific eligibility requirements for the subject, and must also be subject and having the ability otherwise required to benefit from the programme. General eligibility for doctoral studies (in accordance with Chapter 7, Section 39 of the Higher Education Ordinance) is met by a person who:​ • has been awarded a second-cycle qualification, • has completed course requirements of at least 240 higher education credits, of which at least 60 higher education credits are at second-cycle level, or • has acquired substantially equivalent knowledge in some other way, in Sweden or abroad. Specific eligibility for doctoral studies is met by a person who has:​ At least 90 higher education credits, of which 30 higher education credits are at second-cycle level, in biomedical science or in a subject relevant to the current research area, or who has otherwise acquired substantially equivalent knowledge. Adequate knowledge of English is also required. Selection criteria ​ Selection among applicants who meet the general and specific eligibility requirements shall be based on their ability to benefit from the programme (Higher Education Ordinance, Chapter 7, Section 41). General selection criteria​ When selecting among applicants for an advertised doctoral position, the ability to benefit from doctoral education is used as the criterion. To assess this ability, previous study results, the applicant’s written work, reports, research plans and any research merits, as well as documented professional experience, are taken into consideration. Special importance is attached to independent work at first (undergraduate) and advanced levels. Specific selection criteria​ Experience in the development and application of bioanalytical method development, chromatographic, mass spectrometric or other analytical methods relevant to inhalation therapy and the duties described above are considered a merit. Experience with drug release, permeation and diffusion experiments, for example using Franz cells or flow-through cells, is considered a merit. Experience with biophysical and structural characterisation techniques, such as X-ray scattering, FTIR spectroscopy, confocal microscopy or electrochemical methods, including impedance spectroscopy, is also considered a merit. Experience with statistical processing, mathematical modelling, data analysis and/or interpretation of complex biological data is also considered a merit. Documented very good ability to communicate in English, both orally and in writing. Good ability to work independently, take initiative and contribute flexibly to interdisciplinary research environments is considered a merit. Faculty, Department and Research environment   ​ The position is located at the Department of Biomedical Science, Faculty of Health and Society, Malmö University. The department has an interdisciplinary profile in which research and education combine biology, chemistry, medicine and physics. The research focuses on biomedical technology as well as cell and molecular biology with an immunological profile. We offer education at first- and second-cycle levels and work in close collaboration with healthcare services and industry. The doctoral project will be carried out in an interdisciplinary research environment with strong links to both clinical diagnostics and education in biomedical laboratory science. The project is connected to Biofilms Research Center for Biointerfaces (BRCB), a research centre at the interface between life sciences and materials science where researchers from the faculties of Health and Society, Odontology, and Technology and Society collaborate. Our vision is to create new solutions for improved health through excellent science in close collaboration with industry. Link to the department: BMV Link to the research environment: BRCB Link to the project: https://mau.se/en/research/projects/bioinhale/     Further information   ​ Senior Lecturer Sabrina Valetti, +46 (0)40-665 72 65, sabrina.valetti@mau.se Head of Department Magnus Gram, +46 (0)72-203 49 76, magnus.gram@mau.se Questions about the position at Malmö University: HR Partner Heidi Francke, heidi.francke@mau.se In our recruitment work, Malmö University has taken a stand regarding recruitment channels and marketing. We therefore decline all offers of advertising and recruitment assistance in connection with this advertisement.    You can read more about the benefits of working in Sweden here: Work in Sweden – Careers, work permits and moving to Sweden Application   ​ You apply for the position via Malmö University’s recruitment system by clicking the “Apply” button. As an applicant, you are responsible for ensuring that the application is complete in accordance with the instructions below and that it reaches the university no later than 2026-09-14. Your application should be written in Swedish, English or one of the Scandinavian languages. As an applicant, you are responsible for having your application and its appendices translated if necessary. The application must include:​ • Curriculum vitae • Degree certificates, study certificates and other relevant certificates, including a biomedical analyst licence or certificate of a Bachelor’s degree in biomedical laboratory science • A brief research plan presenting the research focus and dissertation idea, as well as how it relates to this specific call (maximum 4 pages). The research plan must include the overall aim, the research questions the project intends to answer, an account of the methodological approach, a description of data/material collection and the type of research material, as well as an account of the theoretical framework • Independent projects at second-cycle level (including degree project or equivalent) Miscellaneous   ​ The preparation of admission to doctoral studies and employment as a doctoral student takes place in parallel. Only a person who has been admitted, or has already been admitted, to doctoral studies at a higher education institution may be employed as a doctoral student (Higher Education Ordinance, Chapter 5, Section 3). The position is full-time and is fixed-term for four years in accordance with Chapter 5, Section 7 of the Higher Education Ordinance. Employment as a doctoral student shall be indefinite, but no longer than until a specified date and never for longer than one year after the award of a doctoral degree or artistic doctoral degree. The first period of employment may be for no more than one year. The appointment may be renewed for no more than two years at a time. Malmö University is a workplace and higher education institution that strives to have an open and inclusive approach, where gender equality and equal opportunities add value to our activities. As part of this:​ • applicants of an underrepresented gender are given priority in admission, provided their ability to benefit from the programme is equivalent. • doctoral students with permanent disabilities are given the opportunity to receive support and adjustments during their studies, with the aim of ensuring that everyone can study on equal terms in a good study environment. Employees who do not speak Swedish should learn Swedish over time so that they can participate in the day-to-day and ongoing work of the department. Malmö University applies salary setting for doctoral students in accordance with the local agreement on salary setting for doctoral students. If the admitted applicant requires a residence permit to stay in Sweden and pursue their studies, the university reserves the right to revoke the admission decision if the admitted applicant cannot present a valid residence permit required for the studies by the start date. Start date   ​ 1 November 2026, or by agreement, but no later than 1 December 2026. Union representatives   ​ SACO: Sara Johnsdotter, sara.johnsdotter@mau.se Sveriges Lärare: Charlotte Paggetti, charlotte.paggetti@mau.se OFR/S (ST): Lutfi Zuta, lutfi.zuta@mau.se PhD Student Union representative ​ Hanna Bjure, hanna.ivarsson@mau.se We are looking forward to receiving your application!   ​

Senior Catalyst Engineer Shape the Future of Hydrogen Technology Are you an experienced catalyst engineer looking to make an impact in the hydrogen industry? Do you thrive in a hands-on environment where science meets engineering? At Catator, you'll have the opportunity to lead the development of advanced catalyst technologies that are accelerating the global transition to clean hydrogen. The Opportunity We are looking for an experienced Senior Catalyst Engineer to become our technical expert in catalyst development and experimental testing. In this role, you will drive catalyst innovation from laboratory concept to industrial implementation, developing catalyst formulations, designing advanced test systems, and generating the experimental data that guides our product development. You will work closely with our CTO, R&D team, manufacturing, and project organization while enjoying significant technical independence and the opportunity to influence the future direction of our catalyst portfolio. Your Responsibilities As our Senior Catalyst Engineer, you will: * Lead catalyst testing programs, including performance mapping, durability testing, accelerated ageing, poisoning studies, and failure investigations. * Develop new catalyst formulations, coating technologies, and structured metallic catalyst solutions. * Design, build, commission, and continuously improve catalyst test rigs, reactors, gas supply systems, and laboratory equipment. * Develop automation, PLC control systems, data acquisition, and analytical methods for reliable testing. * Developing kinetic models for our catalyst range from experimental data. * Support the transfer of catalyst technologies from laboratory development to production. * Contribute expert technical judgement while collaborating across multidisciplinary teams. What We're Looking For You have at least five years of industrial or applied research experience in catalyst or reactor development and enjoy solving complex technical challenges through practical experimentation. We are looking for a hands-on engineer with several years of industrial or applied research experience in catalyst or reactor development. You hold a master’s degree in chemistry, Chemical Engineering, Materials Science, Engineering Physics or a related field, while a PhD is considered an advantage. You have extensive experience in experimental catalyst testing and a solid understanding of catalyst formulation, coating technologies and structured metallic catalysts. Experience from fuel reforming, catalytic combustion or similar catalytic processes is highly valued, as is the ability to design, build and operate experimental test rigs. You are familiar with gas analysis, instrumentation and data acquisition, and have experience analysing experimental data and translating results into practical engineering solutions. Knowledge of process automation, PLC programming, CAD or mechanical design is considered an advantage. As a person, you are analytical, practical and scientifically rigorous. You enjoy solving complex technical challenges, work independently when needed, and collaborate effectively with colleagues across multiple disciplines while maintaining a strong focus on laboratory safety. Location: Lund Application In this recruitment, Catator AB is collaborating with LH Affärsutveckling. If you have any questions about the role, you are welcome to contact: Louise Harrysson, +46 72 311 98 39 louise.harrysson@lh-affarsutveckling.se Selection and interviews are conducted on an ongoing basis, so please submit your application as soon as possible. Apply today and become part of a team driving the future of sustainable energy. About Catator Catator delivers cutting-edge catalyst solutions to the hydrogen industry. The world is rapidly transitioning to renewable energy sources like wind and solar. However, to store energy when the sun is not shining or the wind is not blowing, large amounts of hydrogen are needed: according to the International Energy Agency about 650 megatons of hydrogen per year by 2050. That’s a lot of hydrogen! To accelerate this green transition, Catator offers its patented and world-leading catalyst solutions to the hydrogen industry. Catator’s solutions are used by manufacturers of fuel cell systems and hydrogen producers. We work exclusively with OEM customers, several of which are leading multinational companies. Catator was founded in 1990 by a group of researchers at Lund University. Over the years we have developed deep IP and know-how in catalysis and catalytic process design. Our headquarters are located in Lund. Our premises are well adapted to our business and include in-house production of catalysts and advanced research and test facilities.

Malmö University is an innovative, urban, and internationally-oriented academic institution that, thanks to its committed and experienced staff, contributes to societal development. Here, teachers, researchers, and other employees with various competencies work together to conduct high-quality education and research. All professional categories and roles are important. You are welcome to apply for a job with us! Here you can learn more about what it's like to work at Malmö University: Work with us We are looking for   ​ Doctoral student in Biomedical science at the Faculty of Health and Society.    Work duties   ​ Those appointed to an employment as av doctoral student shall primarily devote themselves to their studies. Those appointed to an employment as a doctoral student may, however, work to a limited extent with educational tasks, research, artistic research and administration, however, duties of this kind may not comprise more than 20 per cent of a full-time post (Chapter 5, Section 2 of the Higher Education Ordinance).  The doctoral project in question is part of the national research school BioLabX – Biomedical Laboratory Scientist Research School for eXcellence – and focuses on the development of the non-invasive laboratory diagnostics of the future. The project aims to develop and validate standardized methods for using oral fluids, primarily saliva, as diagnostic sample material. Through BioLabX, the doctoral student will also become part of a national network of doctoral students, supervisors, and teachers in biomedical laboratory science. The aim of the doctoral project is to establish robust workflows for multi-omics analyses, with a particular focus on metabolomics and proteomics. Through standardized sampling, sample handling, analysis, and data interpretation, the project will help ensure that biomarkers in oral fluids can be identified and validated in a reproducible manner. The project includes method development, analytical validation, clinical application, and targeted biomarker validation, using periodontitis as a model for inflammatory disease. As a doctoral student, you will work at the intersection of biomedical laboratory science, clinical diagnostics, analytical chemistry, and data-driven medicine. The tasks include handling and preparing oral fluids, developing and optimizing bioanalytical methods, conducting and coordinating omics-based analyses, analytical validation, and the statistical processing, integration, and interpretation of complex biological data. The doctoral student will also contribute to translating the results into standardized laboratory workflows relevant to future clinical diagnostics. Qualifications   ​ To be admitted to doctoral studies, the applicant must meet the general and specific entry requirements of the subject in question. Moreover, the applicant must be deemed capable of assimilating the education.  General entry requirements for doctoral studies and study programmes (HEO Chapter 7 Section 39) have those who:  • been awarded a second-cycle qualification • has satisfied the requirements for courses comprising at least 240 credits of which at least 60 credits were awarded in the second-cycle, or  • has acquired substantially equivalent knowledge in some other way in Sweden or abroad.   Specific entry requirements for doctoral studies and study programmes have those who:  Successful completion of at least 90 ECTS, of which 30 ECTS are at an advanced level, in a subject relevant for the current research field or equivalent knowledge acquired in some other way. Adequate knowledge in English is also required. A license as a biomedical laboratory scientist (BMA-legitimation) or a Bachelor’s degree in biomedical laboratory science. Selection criteria ​ Selection among applicants who meet the general and specific entry requirements shall be made with regard to their capacity to assimilate the education (HEO Chapter 7 Section 41).  General selection criteria​ In the assessment of applicants for admission to third-cycle studies, the ability to benefit from the third-cycle studies is used as suitable criteria. To assess this ability, previous study results, essays, term papers, reports, research plans, any research qualifications and documented work experience are taken into consideration. Special importance is attached to independent work at first (undergraduate) and advanced levels. Specific selection criteria​ Experience in bioanalytical method development, work with biological sample materials, sample preparation, analytical validation, or analytical methods relevant to clinical laboratory diagnostics and the tasks described above is considered a merit. Experience in omics-based analyses, chromatographic, mass spectrometric, immunological, or other bioanalytical methods is particularly relevant. Experience in statistical processing, data analysis, and/or interpretation of complex biological data is also considered a merit. Documented very good ability to communicate in English, both spoken and written. A good ability to work independently, take initiative, and contribute flexibly in interdisciplinary research environments is considered a merit. Faculty, Department and Research environment   ​ The position is based at the Department of Biomedical Science, Faculty of Health and Society, Malmö University. The department has an interdisciplinary profile, where research and education combine biology, chemistry, medicine, and physics. The research focuses on biomedical technology as well as cell and molecular biology with an immunological profile. We offer education at bachelor’s and master’s level and work in close collaboration with healthcare services and industry. The doctoral project will be carried out in an interdisciplinary research environment with strong links to both clinical diagnostics and education in biomedical laboratory science. The project is connected to the Biofilms Research Center for Biointerfaces (BRCB), a research center at the interface between the life sciences and materials science, where researchers from the faculties of Health and Society, Odontology, and Technology and Society collaborate. Our vision is to create new solutions for improved health through outstanding science in close collaboration with industry. The research project is part of the national research school BioLabX, a collaboration between the University of Gothenburg, Karolinska Institutet, Linköping University, Malmö University, Umeå University, Uppsala University, and Örebro University. The research school aims to promote collaboration and knowledge exchange between healthcare and academia, where doctoral students with a biomedical laboratory science background will develop into the teachers of the future. The research school intends to strengthen research in the subject, teaching methodology, and teaching competence in biomedical laboratory science, with a focus on both laboratory medicine and clinical physiology. Link to the department: BMV     Link to the research environment:  BRCB Link to the research school: BioLabX Link to the project: From variability to validation Further information   ​ Senior Lecturer Magnus Falk, +46 (0)40-665 74 76, magnus.falk@mau.se Head of Department Magnus Gram, +46 (0)72-203 49 76, magnus.gram@mau.se Questions about the employment at Malmö University: HR Partner Heidi Francke, heidi.francke@mau.se In our recruitment work, Malmö University has taken a stand regarding recruitment channels and marketing. We therefore decline all offers of advertising and recruitment assistance in connection with this advertisement.    You can read more about the benefits of working in Sweden here: Work in Sweden – Careers, work permits and moving to Sweden Application   ​ You apply for this position via Malmö University's recruitment system by clicking on the "Apply" button. As an applicant, you are responsible for ensuring that your application is completed in accordance with the job advertisement, and that it is submitted to the University no later than 2026-08-31. The application must be written in Swedish, English or any of the Nordic languages. As an applicant, you are responsible for the application and its appendices being translated.    The application must include: ​ • Curriculum Vitae  • Diplomas, transcript of records and other certificates relevant for the position, including a biomedical laboratory scientist license or a certificate confirming a Bachelor’s degree in biomedical laboratory science  • A brief research plan presenting the focus of research and a thesis concept, and how this relates to the specific post (max 4 pages). The research plan must contain an overall purpose, questions that the project intends to answer, an account of the methodological approach, a description of material collection and type of research material and an account of the theoretical framework  • Independent work at advanced level (including master thesis or equivalent)  Miscellaneous   ​ Preparation of admission to postgraduate education and employment as a doctoral student take place in parallel. Only those who are or have been admitted to doctoral level courses and study programmes at a higher education may be appointed to doctoral studentships (HEO Chapter 5, section 3). The doctoral studentship is a fixed-term position comprising four years of full-time studies, in accordance with the HEO Chapter 5, section 7. A doctoral student shall be employed for an indefinite period but for no longer than until a specified date, and never for longer than a year after the doctoral degree or artistic doctoral degree has been completed. The first appointment must be limited to one year at the most. The appointment can be extended by a maximum of two years at a time. Malmö University actively promotes gender equality and equal opportunities in order to offer a workplace and a university characterised by an open and inclusive approach.   As part of this:​ • Applicants of an underrepresented gender are given priority for admission, if they are equally able to benefit from the programme. • Doctoral students with permanent disabilities are given the opportunity to receive support and adaptations during their studies, so that everyone can study on equal terms in a good study environment. Employees who do not speak Swedish should learn Swedish in the long term so that they can participate in the daily and ongoing work of the institution or department.  Malmö University applies salary setting for doctoral students in accordance with a local agreement on salary setting for doctoral students. If the admitted person requires a residence permit to live in Sweden and pursue their studies, the University reserves the right to revoke the admission decision if the admitted person cannot present a valid residence permit as required on the date they are due to commence their education. Start date   ​ 1 November 2026 or by agreement, but no later than 1 January 2027. Union representatives   ​ SACO: Sara Johnsdotter, sara.johnsdotter@mau.se Sveriges Lärare: Charlotte Paggetti, charlotte.paggetti@mau.se OFR/S (ST): Lutfi Zuta, lutfi.zuta@mau.se PhD Student Union representative ​ Hanna Ivarsson, hanna.ivarsson@mau.se We are looking forward to receiving your application!   ​ #LI-MAU ​