If you are passionate about research at the intersection of Artificial Intelligence, health sciences, and data science, the Medical University of Vienna is offering fully funded PhD positions across multiple domains. These opportunities provide structured doctoral programs, employment contracts, access to cutting-edge research infrastructure, and guidance from internationally recognized experts.
Planning a Funded PhD by January 2027? Start NOW! – Fully Funded 2026
🔹 Overview
- Fully funded PhD positions in AI, Data Science, Biomedical Research, and Medical Imaging.
- Structured doctoral programs with interdisciplinary and clinically connected research.
- Access to clinical environments and real-world health data.
- Employment contracts with competitive salaries and waived tuition fees.
- Supervision by internationally recognized researchers.
🔹 Research Areas / Projects
AI, Imaging & Biomedical Engineering:
- AI models using imaging and genetics to predict breast cancer risk in BRCA variant carriers.
- Digital biomarkers for AI-guided therapy in heart failure (D-BEAT).
- Optimizing cardiovascular implant surfaces for hemocompatibility.
Inflammation, Immunology & Cardiovascular Disease:
- Thrombo-inflammatory drug candidates in humanized mouse models.
- Mechanisms linking infection and coagulation.
- Platelets as biomarkers for safer medical devices.
- Role of T cells and IgG antibodies in atherosclerosis.
- Fibroblast-targeting therapies in systemic sclerosis.
- Ashwagandha supplementation in endometriosis: RCT integrating clinical and mechanistic outcomes.
Metabolism, Kidney & Systemic Disease:
- Metaflammation in kidney diseases and dialysis.
Molecular Biology, Transport & Cancer Mechanisms:
Planning a Funded PhD by January 2027? Start NOW! – Fully Funded 2026
- Molecular mechanisms of chemotherapy response in colorectal cancer organoids.
- Lysosomal dipeptide transporter MFSD1 studies.
- Biophysical characterization of organic cation transporter 3 (OCT3).
- Hormone replacement therapy effects on BRCA1/2 variant carriers.
Neuroscience & Systems Biology:
- Prefrontal circuits for value-based decision making.
- Neuromodulation in prosocial behavior.
- Validation of novel peripheral pain targets.
🔹 Eligibility
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- Master’s or MD degree (or equivalent) relevant to the project.
- Can apply while completing Master’s if finishing within 6 months.
- Strong academic performance and research experience.
- English proficiency (written and spoken).
- Experience in writing and presenting scientific results.
- Motivation to work in an interdisciplinary international environment.
Preferred:
- Recent Master’s/MD within 3 years.
- Directly relevant research experience.
- Practical experimental or computational skills.
- Evidence of prior research output (theses, publications, reports).
🔹 Required Documents
- CV (Curriculum Vitae)
- Master’s/MD degree certificate and transcript
- Statement of Purpose / Motivation Letter
- Referee contact details (evaluations submitted online)
- Relevant publications or research outputs (if any)
🔹 How to Apply
- Submit applications via the official online tool.
- No need to contact PIs in advance.
- Application deadline: 26.04.2026
- New positions added until 30.03.2026
- Queries: phdrecruitment@meduniwien.ac.at
- Start early to allow referees enough time to submit evaluations.
🔹 Official Links
🔹 Benefits
- Fully funded with salary and waived tuition.
- Project-driven, interdisciplinary research experience.
- Access to clinical data and cutting-edge research infrastructure.
- Mentorship from internationally recognized researchers.
Helen Oesha holds a Doctorate in Entrepreneurship and is a dedicated advocate for youth empowerment through education. Since 2021, she has been guiding students toward scholarships and international opportunities, making higher education more accessible worldwide. Oesha platform is widely regarded as a leading source for discovering global opportunities. Having personally experienced the challenges and success of funded doctoral studies, she is passionate about bridging the gap between ambition and access, helping students realize their dreams and reach their highest potential.