Lund University Announced 21 Fully-Funded PhD Positions in Different Fields

Explore 21 fully-funded PhD opportunities at Lund University, a globally top-ranked institution founded in 1666. These 4-year positions span diverse fields, offering monthly salaries, generous benefits, and access to world-class research facilities. Below, find general guidelines applicable to all positions, followed by details for each scholarship.

Doctoral Student in Architecture (PhD in Fine Arts)

Location: Lund, Sweden
Application Deadline: September 30, 2025
Type: Fully-funded, 4-year PhD position
Salary: Monthly salary (as per Lund University regulations)
Department: Architecture and the Built Environment, Faculty of Engineering (LTH)
Reference Number: PA2025/1903
Number of Positions: 1

Overview

Join Lund University’s Department of Architecture and Built Environment to pursue an artistic PhD in Architecture, focusing on urban design. This project explores innovative spatial design to address challenges like climate change and social justice, using artistic and design-driven research methods to reimagine urban environments.

What You’ll Do

• Conduct a documented artistic research project in urban design.
• Participate in third-cycle courses, seminars, and conferences.
• Use Research by Design or other artistic methodologies to generate new insights.
• Optionally engage in teaching or departmental duties (up to 20% of your time).

Eligibility

• General Requirements: For general requirments click here.
• Specific Requirements:
  • At least 180 credits in architecture, interior architecture, landscape architecture, urban design, or equivalent spatial design fields, with 60 credits at the second cycle.
  • Documented artistic skills and suitability for the program.
  • Proficiency in English.

Selection Criteria

• Knowledge in architecture and urban design.
• Familiarity with artistic research methodologies.
• Ability to conduct independent, creative design experiments.
• Strong writing, visualization, and communication skills.
• Self-motivation, initiative, and collaboration abilities.
• Experience in artistic research, professional design projects, or digital design tools is a plus.

Benefits

• Full-time, fixed-term employment for 4 years (extendable to 5 years if including 20% teaching/duties).
• Access to a vibrant, international research environment.
• Generous benefits, including annual leave and an occupational pension scheme.
• Opportunity to develop leadership and pedagogical skills.

How to Apply

Submit your application through Lund University’s recruitment system by September 30, 2025. Include:

• A CV and cover letter.
• Study certificates and degree certificates.
• A preliminary project description (3–5 pages) with a research question and plan.
• A portfolio showcasing research and practice-based work.

Compile all documents into one PDF (max 40 MB). Incomplete applications will not be considered.

Contact:

• Per-Johan Dahl, per-johan.dahl@abm.lth.se
• Anna Petersson, anna.petersson@abm.lth.se
• Sandra Kopljar, sandra.kopljar@abm.lth.se
  Apply Here: Lund University Recruitment System

Doctoral Student in Biodiversity and Evolution

Location: Lund, Sweden
Application Deadline: August 17, 2025
Type: Fully-funded, 4-year PhD position
Salary: Monthly salary (as per Lund University regulations)
Department: Biology, Faculty of Science
Reference Number: PA2025/1959
Number of Positions: 1

Overview

Join Dr. Magne Friberg’s research group within the Speciation, Adaptation and Co-Evolution (SPACE) environment to study the evolution of complex floral traits in Lithophragma plants. This Swedish Research Council-funded project explores how pollinator interactions drive floral scent and morphology, using field studies and genomic analyses.

What You’ll Do

• Conduct field studies and greenhouse experiments on floral trait diversification.
• Analyze pollinator-mediated selection and genomic rearrangements.
• Perform statistical modeling and data analysis (e.g., using R).
• Participate in third-cycle courses and optionally teach (up to 20% of your time).

Eligibility

• General Requirements: For general requirments click here.
• Specific Requirements:
  • An independent project (e.g., degree project) of at least 30 credits in a relevant subject.
  • Proficiency in English (oral and written).

Selection Criteria

• Knowledge in ecology or evolutionary biology.
• Experience with field work and pollination ecology.
• Skills in data analysis or scientific programming (e.g., R).
• Ability to work independently, collaborate, and communicate effectively.
• Valid driver’s license.

Benefits

• Full-time, fixed-term employment for 4 years (extendable to 5 years if including 20% teaching/duties).
• Access to a vibrant research environment with international collaboration.
• Generous benefits, including annual leave and an occupational pension scheme.

How to Apply

Submit your application through Lund University’s recruitment system by August 17, 2025. Include:

• A cover letter explaining your interest and fit for the project.
• A CV.
• Degree certificates, grade transcripts, references, or recommendation letters.

Contact: Magne Friberg, +46 46 222 8968, magne.friberg@biol.lu.se
Apply Here: Lund University Recruitment System

See also: 13 Fully Funded PhD Scholarships at Stockholm University for 2025

Doctoral Student in Chemical Engineering on Membrane Processes for Storm and Rainwater Harvesting

Location: Lund, Sweden
Application Deadline: August 17, 2025
Type: Fully-funded, 4-year PhD position
Salary: Monthly salary (as per Lund University regulations)
Department: Process and Life Science Engineering (PLE), Faculty of Engineering (LTH)
Reference Number: PA2025/1962
Number of Positions: 1

Overview

Join the Membrane Group at Lund University to develop sustainable stormwater and rainwater harvesting solutions using membrane technology. This project, supported by Formas and EU Horizon 2020, involves monitoring and optimizing membrane systems installed in Lund and Malmö, in collaboration with Sweden Water Research.

What You’ll Do

• Monitor and optimize membrane systems for stormwater treatment.
• Conduct water sampling, analyze membrane performance, and develop cleaning protocols.
• Evaluate pre- and post-treatment methods (e.g., PFAS removal).
• Perform lab and pilot-scale experiments for techno-economic analysis.
• Collaborate with water utilities and municipalities.

Eligibility

• General Requirements: For general requirments click here.
• Specific Requirements:
  • A specialized project of at least 30 second-cycle credits in chemical or environmental engineering.
  • Proficiency in English and Swedish (oral and written).
  • Valid driver’s license.

Selection Criteria

• Knowledge in membrane processes or water treatment.
• Experience with lab/pilot-scale equipment or water analysis.
• Skills in programming (e.g., Python, MATLAB) or 3D CAD (e.g., Autodesk Fusion 360).
• Analytical thinking, independence, collaboration, and solution-oriented mindset.
• Basic knowledge of electronics is a plus.

Benefits

• Full-time, fixed-term employment for 4 years (extendable to 4.5 years with 10% teaching/duties).
• Access to state-of-the-art MemLab facilities and a collaborative research environment.
• Generous benefits, including annual leave and an occupational pension scheme.

How to Apply

Submit your application through Lund University’s recruitment system by August 17, 2025. Include:

• A cover letter explaining your interest and fit for the project.
• A CV.
• Degree certificates, grade transcripts, references, or recommendation letters.

Contact:

• Frank Lipnizki, Professor, +46 46 222 8292, frank.lipnizki@ple.lth.se
• Mia Hedin, HR Admin, mia.hedin@ple.lth.se
  Apply Here: Lund University Recruitment System

Doctoral Student in Theoretical Computer Science

Location: Lund, Sweden
Application Deadline: August 17, 2025
Type: Fully-funded, 4-year PhD position
Salary: Monthly salary (as per Lund University regulations)
Department: Computer Science, Faculty of Engineering (LTH)
Reference Number: PA2025/1760
Number of Positions: 1–2

Overview

Join the Computational Complexity research group at Lund University to explore the foundations of efficient computation. Funded by the Wallenberg AI, Autonomous Systems and Software Program (WASP), this PhD project focuses on areas like proof complexity, circuit complexity, and communication complexity, with opportunities for international collaboration and a 6-month abroad placement.

What You’ll Do

• Conduct research in computational complexity theory (e.g., proof, circuit, or meta-complexity).
• Review literature, write research papers, and present findings.
• Participate in third-cycle courses and the WASP national PhD school.
• Teach or perform departmental duties (up to 20% of your time).

Eligibility

• General Requirements: For general requirments click here.
• Specific Requirements:
  • At least 60 second-cycle credits in computer science, mathematics, electrical engineering, information and communication technology, or engineering physics.
  • Proficiency in English (oral and written).

Selection Criteria

• Strong background in computer science and mathematics.
• Problem-solving skills, creativity, and ability to work independently.
• Collaboration skills, drive, and written/oral communication abilities.
• Relevant research or professional experience is a plus.

Benefits

• Full-time, fixed-term employment for 4 years (extendable to 5 years with 20% teaching/duties).
• Travel funding and a 6-month abroad opportunity.
• Generous benefits, including annual leave and an occupational pension scheme.
• Access to a vibrant research hub in the Öresund area.

How to Apply

Submit your application through Lund University’s recruitment system by August 17, 2025. Include:

• A cover letter explaining your interest and fit for the project.
• A CV.
• Degree certificates, grade transcripts, and optionally an MSc/BSc thesis or publications.
• Contact information for three references.

Contact: Susanna Rezende, susanna.rezende@cs.lth.se
Apply Here: Lund University Recruitment System

Also Check: 13 Fully-Funded PhD Opportunities at the University of Luxembourg

Doctoral Student in Fire Safety Engineering with Focus on Combustible Facades

Location: Lund, Sweden
Application Deadline: August 10, 2025
Type: Fully-funded, 4-year PhD position
Salary: Monthly salary (as per Lund University regulations)
Department: Building and Environmental Technology, Faculty of Engineering (LTH)
Reference Number: PA2025/1866
Number of Positions: 1

Overview

Join the Division of Fire Safety Engineering at Lund University to research fire performance of combustible facades, focusing on wood. This project, in collaboration with RISE, involves experimental studies, numerical modeling, and developing guidelines to reduce vertical fire spread risks on wooden surfaces.

What You’ll Do

• Conduct small- and medium-scale experimental fire tests at RISE in Borås.
• Use Computational Fluid Dynamics (CFD) for numerical modeling.
• Develop simplified calculation models and design guidelines.
• Participate in third-cycle courses, seminars, and teaching (up to 20% of your time).

Eligibility

• General Requirements: For general requirments click here.
• Specific Requirements:
  • A BSc in Fire Protection Engineering (210 credits) or a second-cycle degree in a relevant field.
  • Proficiency in English (oral and written).

Selection Criteria

• Knowledge in fire safety engineering.
• Ability to work independently, collaborate, and drive research forward.
• Strong communication skills and initiative.
• Experience with fire modeling or experimental work on material behavior under fire is a plus.

Benefits

• Full-time, fixed-term employment for 4 years (extendable to 5 years with 20% teaching/duties).
• Collaboration with RISE and access to advanced fire testing facilities.
• Generous benefits, including annual leave and an occupational pension scheme.

How to Apply

Submit your application through Lund University’s recruitment system by August 10, 2025. Include:

• A CV and cover letter explaining your interest and fit for the project.
• Degree certificates and grade transcripts.
• References, recommendation letters, or other relevant documents.

Contact: Nils Johansson, nils.johansson@brand.lth.se
Apply Here: Lund University Recruitment System

Doctoral Student in Applied Mathematics with Focus on Computer Vision

Location: Lund, Sweden
Application Deadline: July 27, 2025
Type: Fully-funded, 4-year PhD position
Salary: Monthly salary (as per Lund University regulations)
Department: Centre for Mathematical Sciences, Faculty of Engineering (LTH)
Reference Number: PA2025/1597
Number of Positions: 1

Overview

Join the Computer Vision and Machine Learning division at Lund University to work on the WASP-funded “Differentiable Neural Acoustics” project. This PhD position focuses on developing 3D mapping methods for localization and navigation using acoustic data, with potential applications to other sensors, combining computer vision, machine learning, and mathematics.

What You’ll Do

• Develop new methods for 3D modeling and sensor position estimation.
• Conduct theoretical analysis, algorithm design, and experiments.
• Program and collect data, primarily using acoustic sensors.
• Write scientific articles, present at conferences, and teach (up to 20% of your time).

Eligibility

• General Requirements: For general requirments click here.
• Specific Requirements:
  • At least 90 credits in mathematics or related fields, with 60 second-cycle credits, including a 15-credit specialized project, or a second-cycle degree in a relevant field.
  • Proficiency in English (oral and written).

Selection Criteria

• Strong background in mathematics, computer vision, or machine learning.
• Programming skills in Python or C++ and experience with frameworks like PyTorch.
• Ability to work independently, collaborate, and communicate effectively.
• Creativity, drive, and problem-solving skills.

Benefits

• Full-time, fixed-term employment for 4 years (extendable to 5 years with 20% teaching/duties).
• Access to the WASP network and a vibrant research environment.
• Generous benefits, including annual leave and an occupational pension scheme.

How to Apply

Submit your application through Lund University’s recruitment system by July 27, 2025. Include:

• A cover letter explaining your interest and fit for the project.
• A CV.
• Degree certificates, grade transcripts, references, or recommendation letters.

Contact: Karl Åström, karl.astrom@math.lth.se
Apply Here: Lund University Recruitment System

Also Check: 11 Fully-Funded PhD Scholarship Opportunities at NTNU, Norway

Doctoral Student in Physical Geography and Ecosystem Science

Location: Lund, Sweden
Application Deadline: July 27, 2025
Type: Fully-funded, 4-year PhD position
Salary: Monthly salary (as per Lund University regulations)
Department: Physical Geography and Ecosystem Science, Faculty of Science
Reference Number: PA2025/1902
Number of Positions: 1

Overview

Join the EU-funded IM4CA project to advance the LPJ-GUESS biosphere model for estimating tropical methane emissions from wetlands. This PhD position focuses on developing and calibrating a wetland CH4 emissions module for African tropics, contributing to global carbon cycle research.

What You’ll Do

• Develop a tropical wetland CH4 emissions module for LPJ-GUESS.
• Calibrate the module using Bayesian optimization and local CH4 flux data.
• Estimate pan-tropical wetland CH4 emissions.
• Participate in third-cycle courses and teach (up to 20% of your time).

Eligibility

• General Requirements: For general requirments click here.
• Specific Requirements:
  • At least 60 credits at the master’s level in Physical Geography, Ecosystem Science, or a comparable program.
  • Proficiency in English (oral and written).
  • Knowledge of a higher programming language.

Selection Criteria

• Knowledge of global dynamic vegetation models or methane fluxes.
• Ability to work independently, collaborate, and communicate effectively.
• Analytical skills, drive, and problem-solving abilities.
• Experience with the global carbon cycle is a plus.

Benefits

• Full-time, fixed-term employment for 4 years (extendable to 5 years with 20% teaching/duties).
• Access to a dynamic research environment transitioning to the Department of Environmental and Earth Sciences in 2026.
• Generous benefits, including annual leave and an occupational pension scheme.

How to Apply

Submit your application through Lund University’s recruitment system by July 27, 2025. Include:

• A cover letter explaining your interest and fit for the project.
• A CV.
• Degree certificates, grade transcripts, references, or recommendation letters.

Contact: Marko Scholze, +46 46 222 4082, marko.scholze@nateko.lu.se
Apply Here: Lund University Recruitment System

Doctoral Student in Biotechnology

Location: Lund, Sweden
Application Deadline: July 9, 2025
Type: Fully-funded, 4-year PhD position
Salary: Monthly salary (as per Lund University regulations)
Department: Process and Life Science Engineering (PLE), Faculty of Engineering (LTH)
Reference Number: PA2025/335
Number of Positions: 1

Overview

Join the Division of Biotechnology and Applied Microbiology to work on the Swedish Research Council-funded project, “Fortification of sweet potatoes with highly bioavailable iron.” This PhD position focuses on building computational models of iron metabolism in microorganisms and root-storing plants to address anemia and hidden hunger.

What You’ll Do

• Develop in-silico models of iron metabolism and translocation.
• Analyze large-scale ‘omics’ datasets to study iron metabolism patterns.
• Build predictive models integrating genes, metabolites, and proteins.
• Collaborate with researchers at PLE and the Centre for Environmental and Climate Science.
• Publish findings and teach (up to 20% of your time).

Eligibility

• General Requirements: For general requirments click here.
• Specific Requirements:
  • At least 30 credits in bioscience or applied bioscience, including 15 second-cycle credits and a 30-credit degree project, or an MSc in engineering with applied bioscience elements.
  • Proficiency in English (oral and written).
  • Strong foundation in mathematics, computer science, physics, or statistics.

Selection Criteria

• Experience building in-silico biological models or analyzing large datasets.
• Proficiency in Python, C++, or R, and knowledge of neural networks or machine learning.
• Strong analytical, independent, and collaborative skills.
• Background in systems biology, biological physics, or statistics is a plus.

Benefits

• Full-time, fixed-term employment for 4 years (extendable to 5 years with 20% teaching/duties).
• Access to a leading biotechnology research hub at Kemicentrum.
• Generous benefits, including annual leave and an occupational pension scheme.

How to Apply

Submit your application through Lund University’s recruitment system by July 9, 2025. Include:

• A cover letter explaining your interest and fit for the project.
• A CV.
• Degree certificates, grade transcripts, references, or recommendation letters.

Contact:

• Nelida Leiva Eriksson, +46 46 222 8193, nelida.leiva_eriksson@biotek.lu.se
• Mia Hedin, HR Admin, mia.hedin@ple.lth.se
  Apply Here: Lund University Recruitment System

Doctoral Student in Computational Chemistry

Location: Lund, Sweden
Application Deadline: July 9, 2025
Type: Fully-funded, 4-year PhD position
Salary: Monthly salary (as per Lund University regulations)
Department: Computational Chemistry, Faculty of Science
Reference Number: PA2025/1980
Number of Positions: 1

Overview

Join the Computational Chemistry division at Lund University to develop quantum chemical methods for large molecules and solids. This PhD project focuses on data-driven analysis to reduce computational costs, designing model potentials, and integrating tools into the Molcas code for multiconfigurational calculations.

What You’ll Do

• Develop tools for data-driven electron density analysis.
• Optimize model potentials and basis sets for molecules and clusters.
• Integrate tools into the Molcas computational code.
• Perform multiconfigurational calculations on large systems.
• Participate in third-cycle courses and teach (up to 20% of your time).

Eligibility

• General Requirements: For general requirments click here.
• Specific Requirements:
  • A second-cycle degree in Chemistry, Physics, or Computational Science.
  • Proficiency in English (oral and written).
  • Programming skills in FORTRAN or C/C++.

Selection Criteria

• Experience with multiconfigurational calculation software.
• Knowledge relevant to quantum chemistry or computational science.
• Ability to work independently, collaborate, and communicate effectively.
• Drive, problem-solving skills, and software development experience.

Benefits

• Full-time, fixed-term employment for 4 years (extendable to 5 years with 20% teaching/duties).
• Access to a leading computational chemistry research environment.
• Generous benefits, including annual leave and an occupational pension scheme.

How to Apply

Submit your application through Lund University’s recruitment system by July 9, 2025. Include:

• A cover letter explaining your interest and fit for the project.
• A CV.
• Degree certificates, grade transcripts, references, or recommendation letters.

Contact:

• Valera Veryazov, +46 46 222 3110, valera.veryazov@compchem.lu.se
• Jessica Edwinsson, jessica.edwinsson@kilu.lu.se
  Apply Here: Lund University Recruitment System

Doctoral Student in Applied Mathematics with Specialization in Medical Image Analysis

Location: Lund, Sweden
Application Deadline: July 6, 2025
Type: Fully-funded, 4-year PhD position
Salary: Monthly salary (as per Lund University regulations)
Department: Centre for Mathematical Sciences, Faculty of Engineering (LTH)
Reference Number: PA2025/1740
Number of Positions: 1

Overview

Join the Computer Vision and Machine Learning division to develop machine learning methods for medical image analysis, funded by the Palmary Foundation. This PhD project focuses on analyzing medical images (e.g., MRI, ultrasound) for diagnosing diseases like prostate cancer, breast cancer, and dementia.

What You’ll Do

• Develop deep neural networks for image analysis in medical applications.
• Conduct theoretical analysis, algorithm design, and experiments.
• Collect data, write scientific papers, and present at conferences.
• Participate in third-cycle courses and teach (up to 20% of your time).

Eligibility

• General Requirements: For general requirments click here.
• Specific Requirements:
  • At least 90 credits in applied mathematics or related fields, with 60 second-cycle credits, including a 15-credit thesis, or a second-cycle degree in a relevant field.
  • Proficiency in English (oral and written).
  • Knowledge in image analysis and machine learning.
  • Programming skills in Matlab, Python, or C++.

Selection Criteria

• Experience with machine learning frameworks (e.g., TensorFlow, PyTorch).
• Ability to work independently, collaborate, and communicate effectively.
• Relevant degree project or interdisciplinary collaboration experience.
• Teaching experience at the basic level is a plus.

Benefits

• Full-time, fixed-term employment for 4 years (extendable to 5 years with 20% teaching/duties).
• Access to a leading research hub in medical image analysis.
• Generous benefits, including annual leave and an occupational pension scheme.

How to Apply

Submit your application through Lund University’s recruitment system by July 6, 2025. Include:

• A cover letter explaining your interest and fit for the project.
• A CV.
• Degree certificates, grade transcripts, references, or recommendation letters.

Contact: Anders Heyden, +46 46 222 8531, anders.heyden@math.lu.se
Apply Here: Lund University Recruitment System

Also Check: 14 Fully-Funded PhD Scholarship Opportunities with Project REACT (Marie Skłodowska-Curie Doctoral Network)

Doctoral Student in Chemical Engineering on Battery Material Recycling with Membrane Processes

Location: Lund, Sweden
Application Deadline: July 4, 2025
Type: Fully-funded, 4-year PhD position
Salary: Monthly salary (as per Lund University regulations)
Department: Process and Life Science Engineering (PLE), Faculty of Engineering (LTH)
Reference Number: PA2025/1076
Number of Positions: 1

Overview

Join the Membrane Group at Lund University as part of the COMPEL initiative to advance sustainable battery recycling using membrane processes. This PhD project explores nanofiltration, electrodialysis, and other membrane technologies to recover valuable metals from battery black mass, supporting Sweden’s electrification goals.

What You’ll Do

• Operate and validate lab/pilot-scale membrane processes for battery recycling.
• Analyze raw materials and recovered components.
• Conduct techno-economic evaluations and benchmark against state-of-the-art methods.
• Review literature, publish articles, and present findings.
• Teach or perform departmental duties (up to 10% of your time).

Eligibility

• General Requirements: For general requirments click here.
• Specific Requirements:
  • A specialized project of at least 30 second-cycle credits in chemical engineering, biotechnology, or food engineering.
  • Proficiency in English (oral and written).
  • Experience in practical laboratory work.

Selection Criteria

• Knowledge of membrane processes or separation technologies.
• Experience with lab/pilot-scale equipment or programming (e.g., Python, MATLAB).
• Skills in 3D CAD (e.g., Autodesk Fusion 360) or basic electronics.
• Independence, collaboration, and project management skills.

Benefits

• Full-time, fixed-term employment for 4 years (extendable to 4.5 years with 10% teaching/duties).
• Access to MemLab’s advanced infrastructure and COMPEL’s collaborative network.
• Generous benefits, including annual leave and an occupational pension scheme.

How to Apply

Submit your application through Lund University’s recruitment system by July 4, 2025. Include:

• A cover letter explaining your interest and fit for the project.
• A CV.
• Degree certificates, grade transcripts, references, or recommendation letters.

Contact:

• Frank Lipnizki, Professor, +46 46 222 8292, frank.lipnizki@chemeng.lth.se
• Mia Hedin, HR Admin, mia.hedin@ple.lth.se
  Apply Here: Lund University Recruitment System

Doctoral Student in Materials Chemistry: In Situ LC-TEM & Operando Electrochemistry

Location: Lund, Sweden
Application Deadline: July 2, 2025
Type: Fully-funded, 4-year PhD position
Salary: Monthly salary (as per Lund University regulations)
Department: Centre for Analysis and Synthesis (CAS), Department of Chemistry, Faculty of Engineering (LTH)
Reference Number: PA2025/1749
Number of Positions: 1

Overview

Join Lund University’s Inorganic Nanomaterials research group to advance battery technology through cutting-edge liquid cell transmission electron microscopy (LC-TEM). This PhD project focuses on studying battery charging and discharging processes in real-time to enhance energy storage solutions.

What You’ll Do

• Synthesize and characterize battery materials (cathodes and anodes).
• Develop in situ LC-TEM techniques for electrochemical analysis.
• Study the formation of the solid-electrolyte interface (SEI).
• Monitor dynamic charge processes during energy storage.
• Conduct experiments, analyze data, and use various characterization methods.
• Participate in third-cycle courses and teach (up to 20% of your time).

Eligibility

General Requirements: For general requirments click here.

Specific Requirements:

• At least 30 credits in Materials Chemistry or related fields, with 15 second-cycle credits and a 15-credit thesis, OR an MSc in Chemical Engineering or Engineering Nanoscience.
• Hands-on experience with structural characterization (e.g., X-ray diffraction, electron microscopy).
• Experience in electrochemical material characterization.
• Excellent English proficiency (oral and written).

Selection Criteria

• Knowledge and skills relevant to the project (e.g., inorganic materials characterization).
• Ability to work independently and tackle research problems.
• Strong written and oral communication skills.
• Experience in vibrational spectroscopy, method development, inorganic synthesis, or battery materials is a plus.
• Collaborative skills, drive, and independence are valued.

Benefits

• Full-time, fixed-term employment for 4 years (extendable to 5 years with 20% teaching/duties).
• Access to world-class facilities at Lund University.
• Generous benefits, including annual leave and an occupational pension scheme.

How to Apply

Submit your application through Lund University’s recruitment system by July 2, 2025. Include:

• A cover letter explaining your interest and fit for the project.
• A CV.
• Degree certificates, grade transcripts, references, or recommendation letters.

Contact: Kimberly Dick Thelander, +46 46 222 9765, kimberly.dick_thelander@chem.lu.se
Apply Here: Lund University Recruitment System

Doctoral Student in Biology with a Focus on Molecular Biology

Location: Lund, Sweden
Application Deadline: July 1, 2025
Type: Fully-funded, 4-year PhD position
Salary: Monthly salary (as per Lund University regulations)
Department: Department of Biology, Faculty of Science
Reference Number: PA2025/1738
Number of Positions: 1

Overview

Join the Van Aken laboratory at Lund University to explore how plants respond to mechanical stimulation, with a focus on molecular signaling. This PhD project aims to uncover the signaling pathways that enable plants to sense touch and improve crop yield and stress resistance, contributing to sustainable agriculture.

What You’ll Do

• Investigate the signaling cascade triggered by mechanical stimulation in plants.
• Study the impact of touch signaling on cereal crop yield and stress resistance.
• Explore methods to prevent cereal lodging (falling over) using controlled mechanical treatments.
• Use molecular, biochemical, and genomic techniques for research.
• Collaborate with international groups and supervise undergraduate students.
• Participate in third-cycle courses and teach (up to 20% of your time).

Eligibility

General Requirements: For general requirments click here.

Specific Requirements:

• A completed Master’s degree (240 credits) in Molecular Biology, Biochemistry, or related fields.
• At least 30 credits from an independent project (e.g., degree project) in a relevant subject.
• Laboratory experience in Molecular Biology, genetics, or plant physiology.
• Excellent English proficiency (oral and written).

Selection Criteria

• Knowledge and skills relevant to the project (e.g., molecular signaling in plants).
• Ability to work independently and address research challenges.
• Strong written and oral communication skills.
• Experience with Arabidopsis thaliana, cereals, or other model plants is a plus.
• Proficiency in molecular techniques (e.g., sequencing, PCR, RNA work, microscopy) or bioinformatics is advantageous.
• Fieldwork experience and a driver’s license (for accessing field stations) are valued.
• Collaborative skills, self-motivation, and independence are essential.

Benefits

• Full-time, fixed-term employment for 4 years (extendable to 5 years with 20% teaching/duties).
• Access to state-of-the-art molecular, biochemical, and genomic facilities.
• Generous benefits, including annual leave and an occupational pension scheme.

How to Apply

Submit your application through Lund University’s recruitment system by July 1, 2025. Include:

• A cover letter explaining your interest and fit for the project.
• A CV.
• Degree certificates, grade transcripts, and contact information for 2-3 references or recommendation letters.

Contact: Olivier Van Aken, +46 46 222 9413, olivier.van_aken@biol.lu.se
Apply Here: Lund University Recruitment System

Also Check: 13 Fully-Funded PhD Positions at KTH Royal Institute of Technology Sweden

Doctoral Student in Medical Radiation Physics

Location: Lund, Sweden
Application Deadline: June 30, 2025
Type: Fully-funded, 4-year PhD position
Salary: Monthly salary (as per Lund University regulations)
Department: Unit for Medical Radiation Physics, Faculty of Science
Reference Number: PA2025/1877
Number of Positions: 1

Overview

Join Lund University’s Medical Radiation Physics research group to develop cutting-edge MRI methods using ultra-high magnetic field gradients. This PhD project focuses on advancing cancer detection and diagnosis, particularly for prostate cancer, by exploring new MRI techniques and establishing novel biomarkers.

What You’ll Do

• Develop theoretical models for MR physics with ultra-high gradient strength.
• Create methods to mitigate unwanted effects from concomitant gradient fields.
• Design software for optimizing MRI system instructions.
• Conduct measurements on phantoms and humans using advanced MRI systems.
• Perform image analysis and numerical simulations.
• Collaborate internationally, present at conferences, and travel as needed.
• Participate in teaching and departmental duties (up to 20% of your time).

Eligibility

General Requirements: For general requirments click here.

Specific Requirements:

• A degree in medical physics (or equivalent foreign degree), OR 240 higher education credits with at least 60 credits in courses relevant to medical radiation physics and a 30-credit degree project.
• Proficiency in English (oral and written) suitable for scientific publications.
• Education in medical physics, biomedical engineering, or a related field.
• Documented knowledge of MRI/MR physics (e.g., advanced-level courses or degree project).

Selection Criteria

• Practical experience with MRI systems, especially in clinical settings or with high gradients/low fields.
• Proficiency in at least one programming language.
• Experience with numerical simulations of MR physics or experimental optimization.
• Knowledge of diffusion-weighted MRI is a plus.
• Strong independence, analytical ability, creativity, and collaboration skills.
• Ability to successfully complete doctoral education based on experience and competence.

Benefits

• Full-time, fixed-term employment for 4 years (extendable to 5 years with 20% teaching/duties).
• Access to a pioneering MRI system with ultra-high gradient performance.
• Generous benefits, including annual leave and an occupational pension scheme.

How to Apply

Submit your application through Lund University’s recruitment system by June 30, 2025. Include:

• A personal letter explaining your interest and how you meet the requirements.
• A CV with diplomas/certificates.
• Your master’s thesis.
• Contact information for at least two referees.

Contact: Filip Szczepankiewicz, +46 46 178 543, filip.szczepankiewicz@med.lu.se; Crister Ceberg, +46 72 545 3805, crister.ceberg@med.lu.se
Apply Here: Lund University Recruitment System

Doctoral Student in Biotechnology

Location: Lund, Sweden
Application Deadline: June 30, 2025
Type: Fully-funded, 4-year PhD position
Salary: Monthly salary (as per Lund University regulations)
Department: Department of Process and Life Science Engineering (PLE), Faculty of Engineering (LTH)
Reference Number: PA2025/1882
Number of Positions: 1

Overview

Join Lund University’s BioOrg research group within the Center for Food System Resilience (FORCE) to develop sustainable wheat-based bread with increased whole grain content. This PhD project focuses on innovative food production, collaborating with food companies like Lantmännen to enhance bread and bakery products.

What You’ll Do

• Optimize whole grain content in wheat-based products.
• Develop new product formulations and process technologies for future foods.
• Create novel bread and bakery products with improved characteristics.
• Evaluate processing technologies and explore scale-up possibilities.
• Perform advanced chemical analyses (e.g., HPLC, GC, mass spectrometry).
• Collaborate with national food industry stakeholders and spend at least 20% of your time at Lantmännen.
• Participate in third-cycle courses and teach (up to 20% of your time).

Eligibility

General Requirements: For general requirments click here.

Specific Requirements:

• At least 30 credits in bioscience, with 15 second-cycle credits and a 15-credit thesis, OR an MSc in Engineering, Master’s degree, or comparable degree in applied bioscience.
• Very good English proficiency (oral and written).

Selection Criteria

• Knowledge and skills relevant to the project (e.g., enzyme technology, bioprocessing).
• Ability to work independently and address research problems.
• Strong written and oral communication skills.
• Proficiency in Swedish or another Scandinavian language (for industry communication).
• Experience in industrial collaboration, bread/baking, or cereal processing is a plus.
• Practical experience with enzyme technology, bioprocess technology, or advanced chemical analysis.
• Knowledge of food processes at semi-pilot or pilot scale.
• Pedagogical experience and ability to write scientific literature.
• Structured, independent, and collaborative work ethic.

Benefits

• Full-time, fixed-term employment for 4 years (extendable to 5 years with 20% teaching/duties).
• Access to Kemicentrum’s advanced research facilities.
• Generous benefits, including annual leave and an occupational pension scheme.
• Opportunities for industry collaboration and placement at Lantmännen.

How to Apply

Submit your application through Lund University’s recruitment system by June 30, 2025. Include:

• A cover letter explaining your interest and fit for the project.
• A CV.
• Degree certificates, grade transcripts, references, or recommendation letters.

Contact: Cecilia Tullberg, +46 70 533 4620, cecilia.tullberg@ple.lth.se; Mia Hedin, mia.hedin@ple.lth.se
Apply Here: Lund University Recruitment System

Doctoral Student in Chemical Engineering and Catalytic Materials

Location: Lund, Sweden
Application Deadline: June 29, 2025
Type: Fully-funded, 4-year PhD position
Salary: Monthly salary (as per Lund University regulations)
Department: Department of Process and Life Science Engineering (PLE), Faculty of Engineering (LTH)
Reference Number: PA2025/518
Number of Positions: 1

Overview

Join Lund University’s Department of Process and Life Science Engineering to develop advanced catalysts for converting biomass into sustainable biofuels. This PhD project, part of the Wallenberg Initiative Materials Science for Sustainability (WISE), focuses on understanding how oxygen and water interact with Mo-based catalysts during biomass hydrotreatment.

What You’ll Do

• Characterize Mo-based hydrotreatment catalysts for lignin and biomass processing.
• Conduct in situ and operando studies using synchrotron-based XPS, XAS, and XRD.
• Synthesize model catalysts to study oxygen and water effects.
• Use techniques like SEM/TEM, Raman, BET, TPR, and laser diagnostics.
• Collaborate with international research groups and participate in the WISE Research School.
• Participate in third-cycle courses and teach (up to 20% of your time).

Eligibility

General Requirements: For general requirments click here.

Specific Requirements:

• A specialized project of at least 30 second-cycle credits in Chemical Engineering or a related subject.
• Very good English proficiency (oral and written).

Selection Criteria

• Knowledge and skills relevant to the project (e.g., catalyst characterization).
• Ability to work independently and solve research problems.
• Strong written and oral communication skills.
• Experience with X-ray-based material characterization techniques is a plus.
• Proficiency in data evaluation tools (e.g., Python, Matlab) or Labview for experimental control.
• Hands-on experimental experience in catalysis or material synthesis.
• Collaborative skills, drive, and independence.

Benefits

• Full-time, fixed-term employment for 4 years (extendable to 5 years with 20% teaching/duties).
• Access to advanced facilities at Kemicentrum and synchrotron research opportunities.
• Generous benefits, including annual leave and an occupational pension scheme.
• Participation in the WISE Research School with seminars, courses, and industry connections.

How to Apply

Submit your application through Lund University’s recruitment system by June 29, 2025. Include:

• A cover letter explaining your interest and fit for the project.
• A CV.
• Degree certificates, grade transcripts, references, or recommendation letters.

Contact: Sara Blomberg, +46 70 334 6002, sara.blomberg@ple.lth.se; Mia Hedin, mia.hedin@ple.lth.se
Apply Here: Lund University Recruitment System

Also Check: 12 Fully-Funded PhD Opportunities at the University of Gothenburg, Sweden

Doctoral Student in Materials Chemistry

Location: Lund, Sweden
Application Deadline: June 24, 2025
Type: Fully-funded, 4-year PhD position
Salary: Monthly salary (as per Lund University regulations)
Department: Centre for Analysis and Synthesis (CAS), Department of Chemistry, Faculty of Engineering (LTH)
Reference Number: PA2025/1860
Number of Positions: 1

Overview

Join Lund University’s Inorganic Nanomaterials research group to study crystal growth processes of novel functional inorganic materials using in situ transmission electron microscopy (TEM). This PhD project focuses on designing nanomaterials with unique properties for applications in catalysis, utilizing a customized TEM with a chemical vapor deposition (CVD) system.

What You’ll Do

• Develop procedures for growing new materials inside the TEM.
• Analyze and develop novel precursors for in situ nanostructure growth.
• Identify crystal structures using diffraction-based methods.
• Perform in situ composition analysis with energy dispersive X-ray analysis.
• Plan and conduct experiments, analyze data, and interpret results.
• Participate in third-cycle courses and teach (up to 20% of your time).

Eligibility

General Requirements: For general requirments click here.

Specific Requirements:

• At least 30 credits in Materials Chemistry or related fields, with 15 second-cycle credits and a 15-credit thesis, OR an MSc in Chemical Engineering or Engineering Nanoscience.
• Very good English proficiency (oral and written).
• Substantial hands-on experience with TEM.
• Knowledge of solid state or materials chemistry (e.g., crystal structure, crystal growth, material synthesis).

Selection Criteria

• Knowledge and skills relevant to the project (e.g., TEM, crystal growth).
• Ability to work independently and solve research problems.
• Strong written and oral communication skills.
• Experience with electron diffraction, vapor phase growth (e.g., CVD), or in situ TEM experiments is a plus.
• Collaborative skills, drive, and independence.

Benefits

• Full-time, fixed-term employment for 4 years (extendable to 5 years with 20% teaching/duties).
• Access to advanced TEM facilities and a supportive, international research group.
• Generous benefits, including annual leave and an occupational pension scheme.

How to Apply

Submit your application through Lund University’s recruitment system by June 24, 2025. Include:

• A cover letter explaining your interest and fit for the project.
• A CV.
• Degree certificates, grade transcripts, references, or recommendation letters.

Contact: Kimberly Dick Thelander, kimberly.dick_thelander@chem.lu.se; Erik Andersson Jardby, erik.andersson_jardby@kilu.lu.se
Apply Here: Lund University Recruitment System

Doctoral Student in Environmental Science with a Focus on Continuous Cover Forestry

Location: Lund, Sweden
Application Deadline: June 23, 2025
Type: Fully-funded, 4-year PhD position
Salary: Monthly salary (as per Lund University regulations)
Department: Department of Physical Geography and Ecosystem Science, Faculty of Science (transitioning to Department of Environmental and Earth Sciences in 2026)
Reference Number: PA2025/1837
Number of Positions: 1

Overview

Join Lund University to explore continuous cover forestry as a sustainable alternative to conventional forestry in southern Sweden. This PhD project investigates its impact on biodiversity and carbon processes, using a mixed-method approach to inform forest management practices and policies for climate resilience.

What You’ll Do

• Compare continuous cover forestry to conventional methods in terms of forest structure, carbon content, and species richness.
• Conduct field inventories, soil sampling, and ecological surveys.
• Perform statistical analyses, GIS, and forest ecosystem modeling.
• Review literature, organize expert workshops, and engage with stakeholders like the Scanian Landscape Foundation.
• Collaborate with ongoing projects (ForestPath and WildE).
• Participate in third-cycle courses and teach (up to 20% of your time).

Eligibility

General Requirements: For general requirments click here.

Specific Requirements:

• A second-cycle degree in environmental science, forest science, physical geography, ecology, or a related field.
• An independent academic work (e.g., master’s thesis) of at least 30 ECTS or equivalent experience.
• Very good English proficiency (oral and written).
• Practical experience in ecological fieldwork or surveys.

Selection Criteria

• Knowledge of human impacts on ecosystems, biodiversity, and ecosystem processes.
• Familiarity with ecosystem management policies.
• Experience with forest inventories, soil sampling, or stakeholder engagement.
• Proficiency in statistical software (e.g., R, Matlab), GIS, or remote sensing.
• Knowledge of forest ecosystem modeling is a plus.
• Proficiency in Swedish and a driver’s license are advantageous.
• Strong independence, collaboration skills, and drive.

Benefits

• Full-time, fixed-term employment for 4 years (extendable to 5 years with 20% teaching/duties).
• Access to a strong regional research network and interdisciplinary projects.
• Generous benefits, including annual leave and an occupational pension scheme.

How to Apply

Submit your application through Lund University’s recruitment system by June 23, 2025. Include:

• A cover letter explaining your interest and fit for the project.
• A CV.
• Degree certificates, grade transcripts, references, or recommendation letters.

Contact: Cecilia Akselsson, +46 46 222 8689, cecilia.akselsson@nateko.lu.se
Apply Here: Lund University Recruitment System

Doctoral Student in Computational Biophysical Chemistry

Location: Lund, Sweden
Application Deadline: June 22, 2025
Type: Fully-funded, 4-year PhD position
Salary: Monthly salary (as per Lund University regulations)
Department: Division of Biophysical Chemistry, Center for Molecular Protein Science (CMPS), Faculty of Engineering (LTH)
Reference Number: PA2025/1844
Number of Positions: 1

Overview

Join Lund University’s Biophysical Chemistry division to study protein conformational dynamics and allostery using advanced computational methods. This PhD project, funded by the Knut and Alice Wallenberg Foundation, aims to map protein energy landscapes and develop computational predictions to advance rational drug design.

What You’ll Do

• Set up simulation models for protein-ligand systems.
• Design strategies for large-scale conformational sampling on high-performance computer clusters.
• Develop new analysis methods for protein dynamics.
• Investigate allosteric regulation to understand biomolecular interactions.
• Present research at workshops and conferences.
• Participate in third-cycle courses and teach (up to 20% of your time).

Eligibility

General Requirements: For general requirments click here.

Specific Requirements:

• An MSc in Engineering or a comparable degree with significant components in mathematics, molecular sciences, and life sciences.
• Second-cycle courses in physical chemistry, biophysical chemistry, computational chemistry, protein science, or molecular spectroscopy may be required.
• Very good English proficiency (oral and written).

Selection Criteria

• Knowledge and skills relevant to the project (e.g., computational chemistry, molecular dynamics).
• Understanding of statistical mechanics or biophysical chemistry.
• Experience with molecular dynamics simulations of biomolecular systems.
• Familiarity with advanced computational methods (e.g., Markov state modeling, transition path sampling).
• Knowledge of experimental techniques like protein NMR spectroscopy is a plus.
• Strong molecular understanding, independence, and collaborative skills.

Benefits

• Full-time, fixed-term employment for 4 years (extendable to 5 years with 20% teaching/duties).
• Access to a creative research environment at the Center for Molecular Protein Science.
• Generous benefits, including annual leave and an occupational pension scheme.

How to Apply

Submit your application through Lund University’s recruitment system by June 22, 2025. Include:

• A one-page cover letter explaining your interest and fit for the project.
• A CV.
• Degree certificates, grade transcripts, and a PDF of your master’s thesis.
• Contact information for references or recommendation letters.

Contact: Pär Söderhjelm, +46 46 222 8161, par.soderhjelm@bpc.lu.se; Jessica Edwinsson, jessica.edwinsson@kilu.lu.se
Apply Here: Lund University Recruitment System

Doctoral Student in Food and Formulation Engineering – Turbulent Emulsifiers

Location: Lund, Sweden
Application Deadline: June 22, 2025
Type: Fully-funded, 4-year PhD position
Salary: Monthly salary (as per Lund University regulations)
Department: Department of Process and Life Science Engineering (PLE), Division of Food and Pharma, Faculty of Engineering (LTH)
Reference Number: PA2025/1283
Number of Positions: 1

Overview

Join Lund University’s Fundamentals of Food Engineering group to study turbulent drop breakup in emulsions, a critical process in food production. This PhD project explores how emulsifiers like proteins or surfactants influence emulsion formation, using experimental techniques and direct numerical simulations (DNS) to advance food processing technologies.

What You’ll Do

• Conduct emulsification experiments to screen emulsifier behavior.
• Visualize turbulent drop breakup using high-speed imaging.
• Develop and improve image recognition algorithms for high-speed imaging.
• Model turbulent drop breakup and emulsifier dynamics using DNS methodology.
• Validate and test theoretical hypotheses based on DNS data.
• Review and develop new theories in collaboration with industrial partners.
• Participate in third-cycle courses and teach (up to 20% of your time).

Eligibility

General Requirements: For general requirments click here.

Specific Requirements:

• At least 60 credits in Food and Formulation Engineering or a related subject, with 30 second-cycle credits and a 30-credit second-cycle degree project, OR an MSc in Engineering, a one-year Master’s degree, or a comparable degree in a relevant field.
• Very good English proficiency (oral and written).

Selection Criteria

• Knowledge and skills relevant to the project (e.g., fluid mechanics, colloidal science).
• Experience in computational programming (e.g., MATLAB, Python).
• Interest in computational fluid dynamics and transport phenomena.
• Experimental experience in food engineering, chemical engineering, or fluid mechanics.
• Pedagogical experience is a plus.
• Strong independence, collaboration skills, and drive.

Benefits

• Full-time, fixed-term employment for 4 years (extendable to 5 years with 20% teaching/duties).
• Access to advanced facilities at Kemicentrum and collaboration with global research groups.
• Generous benefits, including annual leave and an occupational pension scheme.

How to Apply

Submit your application through Lund University’s recruitment system by June 22, 2025. Include:

• A cover letter explaining your interest and fit for the project.
• A CV.
• Degree certificates, grade transcripts, references, or recommendation letters.

Contact: Andreas Håkansson, andreas.hakansson@food.lth.se; Mia Hedin, mia.hedin@ple.lth.se
Apply Here: Lund University Recruitment System

Doctoral Student in Industrial Design in Society and Production

Location: Lund, Sweden
Application Deadline: June 22, 2025
Type: Fully-funded, 4-year PhD position
Salary: Monthly salary (as per Lund University regulations)
Department: Department of Design Sciences, Division of Industrial Design, Faculty of Engineering (LTH)
Reference Number: PA2025/1428
Number of Positions: 1

Overview

Join Lund University’s Industrial Design division to explore the intersection of design, society, and production. This PhD project investigates industrial design through interdisciplinary, sustainability-oriented, and practice-based approaches, focusing on learning, communication, and the societal impact of design practices.

What You’ll Do

• Investigate design education, communication methods, and their societal contexts.
• Examine interactions between design, materials, industry, and society.
• Explore new and existing design methods and processes.
• Combine analytical, empirical, and practice-based research approaches.
• Collaborate with faculty and doctoral students in the Industrial Design division.
• Participate in third-cycle courses and teach (up to 20% of your time).

Eligibility

General Requirements: For general requirments click here.

Specific Requirements:

• At least 30 credits relevant to Industrial Design, with 15 credits at the second cycle, OR an in-depth study of at least 20 second-cycle credits, OR a degree in fine arts, engineering, master’s, or magister’s relevant to the field.
• Very good English proficiency (oral and written).
• An analytical, empirical, and artistic research approach.

Selection Criteria

• Knowledge and skills relevant to the project (e.g., design research, interdisciplinary work).
• Ability to manage complex projects independently.
• Understanding of interdisciplinarity in technical and artistic contexts.
• Experience with practice-based projects in multidisciplinary settings.
• Participation in design research or networking with academic/industry partners.
• A strong design portfolio showcasing individual contributions.
• Collaborative skills, drive, and independence.

Benefits

• Full-time, fixed-term employment for 4 years (extendable to 5 years with 20% teaching/duties).
• Access to an interdisciplinary and creative research environment at LTH.
• Generous benefits, including annual leave and an occupational pension scheme.

How to Apply

Submit your application through Lund University’s recruitment system by June 22, 2025. Include:

• A cover letter explaining your interest and fit for the project.
• A CV.
• Degree certificates, grade transcripts, references, or recommendation letters.
• A digital portfolio (e.g., website link or PDF, max 10 MB) clarifying your contributions.

Contact: Ylva Hofvander Trulsson, ylva.hofvander_trulsson@design.lth.se
Apply Here: Lund University Recruitment System