University of Ljubljana

What you'll study

The doctoral programme combines original research with targeted coursework and professional development. Candidates normally register in a specific research area and develop an individual research plan under the guidance of a supervisory team. Common research areas include:

• Solid and computational mechanics (including fracture mechanics, multiscale modelling and finite element methods)
• Thermofluids and energy engineering (combustion, heat transfer, renewable energy systems)
• Mechatronics, control and robotics (sensor integration, motion control, autonomous systems)
• Manufacturing and materials engineering (advanced manufacturing, additive technologies, materials characterisation)
• Biomechanical engineering and tribology
• Design optimization, reliability and systems engineering

Programme components typically include advanced elective courses to strengthen subject breadth and research methods; seminars and journal clubs to develop critical reading and presentation skills; transferable-skills training (research ethics, project management, academic writing); participation in conferences and publication of research papers; and teaching or supervision duties as appropriate. Progress is assessed through regular reports, a doctoral committee review, and ultimately the submission and public defence of a doctoral dissertation presenting original research results.

Entry requirements

Applicants are normally expected to hold a relevant masters degree (or recognised equivalent) in mechanical engineering or a closely related engineering or scientific discipline. Typical application materials include:

• A certified transcript of previous academic qualifications and a copy of the diploma supplement where available
• A concise research proposal outlining intended PhD topic, objectives and research methods
• A curriculum vitae detailing research experience, publications and technical skills
• Letters of recommendation, normally two academic references
• Evidence of language proficiency: many supervisors work in English and applicants should demonstrate adequate command of English; knowledge of Slovene is advantageous for teaching duties and local collaboration but not always mandatory

Admission frequently requires confirmation of a willing supervisor at the Faculty of Mechanical Engineering and may include an interview or entrance examination to assess research preparedness. Specific formal requirements and any residency or registration rules follow the universitys doctoral regulations.

Career prospects

Graduates from the doctoral programme in Mechanical Engineering pursue a wide range of careers. Common paths include:

• Academic careers as postdoctoral researchers and university faculty, leading research groups and teaching at higher education institutions
• Research and development positions in industry sectors such as automotive, aerospace, energy, manufacturing, robotics and medical devices
• Research roles in public and private research institutes and laboratories, including national research centres and technology transfer organisations
• Technical and managerial roles in innovation, product development, systems engineering and consultancy where deep analytical and problem‑solving skills are required
• Opportunities in international projects and collaborations funded by research programmes, as well as entrepreneurship based on advanced technologies

Why study at University of Ljubljana

The University of Ljubljanas Faculty of Mechanical Engineering is the principal teaching and research centre for mechanical engineering in Slovenia, offering established research groups and extensive laboratory infrastructure. Students benefit from close links with national research institutes and industry partners, enabling applied projects and technology transfer. The faculty participates in international research networks and collaborative projects, which supports opportunities for mobility, joint supervision and publication in high‑quality journals.

Doctoral candidates receive mentorship from experienced academic staff, access to modern experimental and computational facilities, and a research environment that encourages interdisciplinary collaboration across energy, materials, robotics and manufacturing domains. These strengths make the programme suitable for candidates aiming to contribute to both fundamental knowledge and practical technological advances.