PhD Scholarship Biology University of Antwerp 2026
Position Description
- Background: Coastal regions in (sub)tropical zones are increasingly exposed to shoreline erosion and flooding risks as a result of sea-level rise and intensified storm activity driven by climate change. In many of these regions, engineered coastal protection infrastructure is limited, creating an urgent need for cost-effective and sustainable alternatives. Development of mangrove forests, either naturally or facilitated by human interventions, is increasingly promoted as a nature-based solution for coastal protection, as the complex vegetation structures of mangroves can attenuate tidal currents and waves, and can reduce erosion and flooding risks. However, many mangrove afforestation projects fail, particularly during the early stages of mangrove establishment. This highlights critical knowledge gaps regarding how young mangroves function in wave attenuation and how they persist under combined stress from waves, tides, and sediment dynamics. Understanding the life-stage-specific thresholds that govern the early stages of mangrove survival, growth, and coastal protection functionality is essential to improve the design and success of mangrove-based climate adaptation strategies.
- The position: You will work on a 4-year PhD project aiming to unravel the mechanisms that control the development of functional and persistent young mangrove ecosystems for nature-based shoreline protection. The research will investigate how wave attenuation capacity and survival of mangroves depend on life stages (propagules, seedlings, saplings, trees), and how feedbacks between vegetation growth and wave attenuation can lead to alternative stable states (bare tidal flats versus developing mangrove forests).
- The project combines controlled flume experiments, geospatial data analysis and numerical modelling. Experimental work will be conducted at the MESODROME tidal flume facility at the campus of the University of Antwerp, which is an experimental facility consisting of a channel where tides can be generated, and which will be equipped with a wave generator to study mangrove growth and wave-vegetation interactions under controlled conditions. Further, you will process geospatial data and field observations gathered by our colleagues at ESPOL University in a recent mangrove development project in the Guayas delta (Ecuador), a unique large-scale mangrove restoration site where young mangrove development is monitored along gradients in tidal inundation, sediment properties, and wave exposure. In addition, the project will develop and apply coupled vegetation-growth and wave-transformation models (including SWAN) to identify critical environmental thresholds for mangrove establishment and coastal protection. This computer modelling step may be elaborated by the PhD student or another post-doctoral researcher working on the project, depending on the interest in and/or pre-existing experience of the PhD candidate with numerical modelling.
- Your work will include experimental design and data analysis, field data analysis, remote sensing analysis, modelling (potentially), scientific writing, training in scientific communication and public outreach, and the preparation of a PhD thesis with the final aim to obtain a PhD degree from the University of Antwerp. To a limited extent, you could contribute to academic teaching, for instance, assisting with practical classes.
- Research group: Together with several other PhD students and post-doc researchers, you will work within an internationally oriented, multidisciplinary team of environmental scientists,within the Centre of Excellence on Global Change Ecology of the University of Antwerp (https://www.uantwerpen.be/en/research-groups/global-change-ecology/) and the Ecosphere research group (https://www.uantwerpen.be/en/research-groups/ecosphere/). You will be guided by Prof. Stijn Temmerman and dr. Ken Schoutens (University of Antwerp) and other experienced researchers in the team, in close collaboration with Prof. Luis Dominguez and Prof. Indira Nolivos (ESPOL University, Ecuador) and an industrial partner who is actively monitoring the mangrove development site in Ecuador, dredging company Jan De Nul.
- We are looking for a highly-motivated candidate with a MSc degree in Biology, Ecology, Bio-Engineering, Environmental Engineering, Geology, Physical Geography, Earth Sciences, or related disciplines. Or you will have obtained this MSc degree by the time you start the position (targeted start date as early as possible and the very latest by 1 September 2026), meaning that MSc students planning to graduate before 1 September 2026 are encouraged to apply for this PhD position.
- The candidate has a strong interest in coastal and wetland systems and in nature-based solutions for climate adaptation, with motivation to work on vegetation–wave interactions. Prior knowledge of mangrove or wetland ecology, hydrodynamics, or sediment processes is beneficial but not required.
- Experience or clear interest in experimental ecological research, quantitative data analysis, and statistics is strongly advised. Experience with geospatial analysis, remote sensing analysis, numerical modelling, or programming (e.g. R, Python) is considered beneficial.
- Candidates should be capable of planning and organizing their own work independently, to organize and carry out experiments, and meet deadlines imposed by the project.
- The candidate should be open and communicative, and keen on interacting with both end-users and interdisciplinary research team members.
- The candidate should be inspired by frontier-applied research, where fundamental knowledge is developed, in order to provide a knowledge base for end users.
- Good English oral and writing skills are demanded, as the candidate is expected to publish the findings in scientific journals and effectively communicate results to end-users.
- Your teaching competences are in line with the University of Antwerp’s educational vision.
- Your research qualities are in line with the faculty and university research policies.
- You act with attention to quality, integrity, creativity and cooperation.
- We offer a doctoral scholarship for a period of one year, which after positive evaluation will be extended to a total period of four years.
- The planned start date is as early as possible and the latest by the 1st of September 2026.
- Your monthly scholarship amount is calculated according to the scholarship amounts for doctoral scholarship holders.
- You will receive ecocheques, and a bicycle allowance or a full reimbursement of public transport costs for commuting.
- You will do most of your work at Campus Drie Eiken in a dynamic and stimulating working environment.
- Find out more about working at the University of Antwerp here.
- You can apply for this vacancy through the University of Antwerp’s online job application platform up to and including February 12 2026 (by midnight Brussels time). Click on the 'Apply' button and complete the online application form. Be sure to include the following attachments:
- a motivation letter
- your CV
- contact information of max. 2 reference persons
- The selection committee reviews all applications as soon as possible after the application deadline. As soon as a decision is made, we will inform you about the next steps in the selection procedure.
- If you have any questions about the online application form, please check the frequently asked questions or send an email to jobs@uantwerpen.be. If you have any questions about the job itself, please contact Dr. Ken Schoutens, e-mail: ken.schoutens@uantwerpen.be or Prof. Stijn Temmerman, e-mail: stijn.temmerman@uantwerpen.be.
Linköping University PhD 2026 in AI for Medical Imaging
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If you are planning to pursue a PhD in Europe at the intersection of artificial intelligence and healthcare, the opportunity at Linköping University is a strong choice. This fully funded PhD focuses on deep learning for medical imaging, with real-world applications in early lung cancer detection.
PhD Position Overview
University: Linköping University
Location: Linköping
Department: Biomedical Engineering
Supervisor: Anders Eklund
Program: Data-Driven Life Science (DDLS)
Degree Level: PhD
Duration: 4–5 Years
Deadline: May 14, 2026
Research Focus
This PhD is part of Sweden’s national Data-Driven Life Science (DDLS) initiative, aimed at advancing AI-driven biomedical research.
The project focuses on:
Deep learning for medical image analysis
Early detection of lung cancer
Combining:
High-resolution CT scan data
Clinical variables (age, smoking status, etc.)
Classifying lung nodules as benign or malignant
The research uses large-scale datasets (30,000+ subjects) and aims to improve diagnostic accuracy in healthcare systems.
Key Research Areas
Computer vision for medical imaging
Deep learning model development
Multi-modal data fusion (imaging + clinical data)
Large-scale biomedical data analysis
AI applications in precision medicine and diagnostics
Scholarship Benefits
The PhD position offers:
Starting salary of SEK 36,400/month (increases annually)
Fully funded PhD training (no tuition fees)
Access to advanced AI infrastructure, including:
High-performance computing systems
Participation in a national research program (DDLS)
Collaboration with:
Hospitals
AI research labs
Opportunities for teaching (up to 20%)
Eligibility Criteria
Applicants must meet the following requirements:
Master’s degree in:
Biomedical Engineering
Computer Science
Machine Learning
Electrical Engineering
Statistics or related fields
Strong background in:
Deep learning
Computer vision
Mathematics
Programming skills (especially Python)
English language proficiency
Preferred qualifications:
Experience in medical image analysis
Knowledge of large-scale data processing
Responsibilities
Selected candidates will:
Develop AI models for lung cancer detection
Analyze large medical imaging datasets
Collaborate with clinicians and researchers
Publish research in scientific journals
Participate in academic discussions and research meetings
Research Environment
Linköping University is one of Sweden’s leading institutions in AI and engineering, with strong links to national initiatives such as:
DDLS (Data-Driven Life Science)
WASP (AI research program)
ELLIIT (IT and mobile communication research)
The research group collaborates closely with hospitals and international partners, providing a highly interdisciplinary environment.
Application Process
To apply, candidates must:
Submit an online application before the deadline
Include academic transcripts and CV
Provide proof of qualifications and experience
Late or incomplete applications will not be considered.
Why Study in Sweden?
Sweden offers:
High-quality research and education
Strong focus on innovation and AI
Excellent work-life balance
International and inclusive academic culture
Final Thoughts
This PhD in Biomedical Engineering is ideal for candidates interested in AI, healthcare, and real-world impact. With access to large datasets, advanced computing resources, and interdisciplinary collaboration, it provides an excellent platform for building a career in medical AI research.
University of Stavanger PhD 2026 in Energy Engineering
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If you are planning to pursue a fully funded PhD in sustainable energy, the opportunity at University of Stavanger offers an excellent pathway into advanced research in geothermal systems. This PhD fellowship focuses on optimizing energy transfer in shallow geothermal wells, combining experimental work, modeling, and AI-driven optimization.
PhD Position Overview
University: University of Stavanger
Location: Stavanger
Department: Energy and Petroleum Engineering
Supervisor: Kristian Gjerstad
Degree Level: PhD
Start Date: August 2026
Duration: 3 Years
Deadline: May 30, 2026
Research Focus
This PhD project explores efficient and sustainable geothermal energy systems, aiming to improve heating and cooling technologies.
Key research objectives include:
Optimizing energy transfer in shallow geothermal wells
Reducing energy losses in circulation systems
Improving cost efficiency per kWh
Developing thermal and hydraulic models
Applying AI-based and hybrid optimization methods
Key Research Questions
How does well design affect heat transfer and energy losses?
What operating conditions maximize energy output?
How can models better predict geothermal system performance?
Research Tasks
The selected candidate will work on:
Experimental studies on heat transfer and pressure loss
Building and modifying flow loop systems
Developing computational thermal and hydraulic models
Applying AI and control algorithms for system optimization
Validating models using real-world data
Expected Outcomes
The project aims to deliver:
Advanced models for geothermal system design
Improved energy efficiency and sustainability
Practical solutions for future green energy systems
Scholarship Benefits
This fully funded PhD includes:
Annual salary of NOK 550,800
Pension and insurance benefits
Access to Norway’s public healthcare system
Paid parental leave and social benefits
Free Norwegian language courses
Relocation support
Access to sports facilities and wellness services
Eligibility Criteria
Applicants must meet the following requirements:
Master’s degree in:
Energy Engineering
Physics
Computer Science
Petroleum Engineering or related fields
Strong academic record (minimum grade equivalent to B)
Skills in:
Numerical modeling
Data analysis or AI
Experience in:
Experimental work (preferred)
Software development
Strong English proficiency
English Language Requirements
Applicants must provide one of the following:
TOEFL (minimum 90)
IELTS (minimum 6.5)
Cambridge CAE/CPE
PTE Academic (minimum 62)
Exemptions apply for candidates with prior education in English-speaking countries or EU/EEA programs.
Application Requirements
To apply, candidates must submit:
CV and academic records
Motivation letter
Research proposal (mandatory)
Certificates and diplomas
Proof of English proficiency
Relevant publications (if available)
Applications must be submitted through the official online portal.
Why Choose Stavanger?
Stavanger is a leading energy hub in Europe, making it an ideal location for research in sustainable technologies. The University of Stavanger is known for:
Strong industry collaboration in energy sectors
Focus on green transition and sustainability
International research environment
High quality of life and work-life balance
Final Thoughts
This PhD fellowship is ideal for candidates interested in renewable energy, AI-driven optimization, and engineering innovation. With strong financial support and access to cutting-edge research facilities, it offers a valuable opportunity to contribute to the future of sustainable energy systems.
Eindhoven University of Technology PhD 2026 in Statistical Bioinformatics
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If you are planning to pursue a PhD in Europe with strong financial support, the opportunity at Eindhoven University of Technology is one of the best options available. This fully funded PhD position in Statistical Bioinformatics offers competitive salary, advanced research training, and access to a world-class innovation ecosystem in the Netherlands.
Overview of the PhD Position
Host Institution: Eindhoven University of Technology
Location: Eindhoven
Department: Mathematics and Computer Science
Supervisor: Jeanine Duistermaat
Degree Level: PhD
Deadline: May 16, 2026
Duration: 4 Years
Employment Type: Full-time
Research Focus
This PhD project focuses on statistical data integration in biomedical research, particularly using advanced models for complex biological datasets.
Key research areas include:
Development of latent variable models for multi-omics data
Statistical modeling of longitudinal biological datasets
Integration of datasets such as:
Proteomics
Metabolomics
Transcriptomics
Assessing model performance and goodness-of-fit
Creating R packages for practical implementation
The research contributes directly to improving understanding of disease mechanisms, diagnosis, and treatment strategies.
Scholarship Benefits
The PhD position offers a strong financial and professional package:
Monthly salary between €3,059 – €3,881
Annual bonuses:
8.3% year-end bonus
8% holiday allowance
Pension scheme and paid leave benefits
Travel, remote work, and internet allowances
Access to:
High-quality research infrastructure
Training and career development programs
Sports and campus facilities
Support for international candidates, including relocation assistance
Eligibility Criteria
To qualify for this PhD position, applicants must meet the following requirements:
Master’s degree in:
Mathematics
Statistics
Or a closely related field
Strong background in:
Statistical modeling
Data analysis
Interest in biomedical applications and interdisciplinary research
Good communication and academic writing skills
English proficiency (minimum C1 level)
Additional advantages:
Experience with biological datasets
Programming skills (especially in R or similar tools)
Responsibilities
Selected candidates will:
Develop new statistical methods for multi-omics data
Apply models to real-world biomedical datasets
Build and maintain software tools (R packages)
Collaborate with interdisciplinary research teams
Present research at conferences and publish findings
Contribute to teaching (10–15% workload)
Application Process
To apply, candidates must submit:
Motivation letter
Updated CV (including publications and references)
Academic transcripts
Contact details of referees
Applications must be submitted through the official online portal. Incomplete or email submissions are not accepted.
Why Choose TU Eindhoven?
Eindhoven University of Technology is located in the Brainport Eindhoven region, one of Europe’s leading technology hubs. The university is known for:
Strong collaboration with high-tech industries
Cutting-edge research in AI, data science, and engineering
A highly international academic environment
Practical, impact-driven research approach
Final Thoughts
This PhD in Statistical Bioinformatics is ideal for candidates who want to combine advanced mathematics, data science, and biomedical research in a fully funded European program. With strong academic support and industry connections, it offers an excellent pathway for a research career in data-driven healthcare.
University of Luxembourg PhD in Civil Engineering 2026
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The University of Luxembourg is offering a fully funded PhD position in Civil Engineering with a focus on hybrid composite structures. This doctoral opportunity is part of the European HySCom project, aimed at developing next-generation structural systems using advanced materials such as UHPC and steel-concrete composites.
The position is hosted by the Faculty of Science, Technology and Medicine (FSTM) and provides a strong combination of experimental research, numerical modelling, and industry collaboration.
PhD Position Overview
Level of Study: PhD (Doctoral Researcher)
Institution: University of Luxembourg
Faculty: Faculty of Science, Technology and Medicine (FSTM)
Department: Engineering (DoE)
Supervisor: Markus Schäfer
Location: Luxembourg City (Kirchberg Campus)
Duration: 36 months
Start Date: June 15, 2026
Salary: €41,976 per year (gross, full-time)
Language Requirement: English (minimum B2 level)
Project Overview – HySCom
This PhD position is part of the Eurostars HySCom project, focusing on the development of innovative hybrid composite columns combining:
Reinforced concrete
Structural steel
Steel Fibre Reinforced Ultra-High Performance Concrete (SFRUHPC)
The project is conducted in collaboration with a leading German industrial partner, providing real-world engineering applications alongside academic research.
Research Areas
The doctoral research will include:
Material characterization of concrete and UHPC
Development and optimization of UHPC mixtures
Experimental testing (small-scale and large-scale structural tests)
Push tests and column tests
Advanced nonlinear finite element modelling (Abaqus)
Fire and ambient condition simulations
Structural design model development
Parametric studies and model validation
Key Responsibilities
The selected candidate will:
Conduct laboratory-based experimental research
Develop and validate computational models
Perform 3D nonlinear FEM simulations
Publish results in international journals
Present findings at global conferences
Support teaching and academic activities
Eligibility Criteria
Applicants must meet the following requirements:
Education
Master’s degree in:
Civil Engineering
Structural Engineering
Related engineering discipline
Technical Skills
Strong knowledge of:
Structural engineering
Steel–concrete composite systems
Construction materials (concrete, UHPC)
Familiarity with:
Eurocodes (EN 1990, EN 1992, EN 1993, EN 1994)
Experience with:
Nonlinear FEM (preferably Abaqus, GMNIA)
Additional Requirements
Interest in experimental and numerical research
Strong analytical and problem-solving skills
English proficiency (minimum B2 level)
Salary and Benefits
This is a fully funded doctoral position offering:
€41,976 annual gross salary
Full-time employment (40 hours/week)
Access to advanced laboratory and simulation facilities
Collaboration with industry partners
Opportunities to attend international conferences
Multicultural research environment
Required Application Documents
Applicants must submit:
Curriculum Vitae (CV)
Motivation letter
Academic transcripts
Contact details of 1–2 referees
Applications must be submitted through the official online system. Email applications are not accepted.
How to Apply
To apply for this PhD position:
Prepare all required documents
Submit your application through the official University of Luxembourg HR portal
Apply as early as possible (rolling selection process)
Contract Details
Position Title: Doctoral Researcher
Contract Type: Fixed-term (36 months)
Working Hours: Full-time (40 hours/week)
Campus: Kirchberg, Luxembourg
About the Faculty (FSTM)
The Faculty of Science, Technology and Medicine at the University of Luxembourg is a multidisciplinary hub covering:
Engineering
Computer Science
Physics and Mathematics
Life Sciences and Medicine
The Department of Engineering focuses on innovative and sustainable solutions for modern infrastructure and industry challenges.
Why Apply for This PhD?
This opportunity is ideal for candidates who want to:
Work on cutting-edge composite materials and structures
Gain hands-on laboratory and simulation experience
Collaborate with industry partners
Build an international research career in Europe
Contribute to sustainable infrastructure development