Budapest University of Technology and Economics

Programme overview

The BSc Mechanical Engineering is a 7‑semester, 210 ECTS undergraduate programme delivered in English. It combines core engineering sciences with applied laboratory and design experience, and supports development of independence, leadership and continuous professional growth. Two named specialisations are offered: Process Engineering and Engineering Design and Technology.

What you'll study

The curriculum balances mathematics, engineering fundamentals, soft skills and applied engineering modules. Areas and representative subjects listed on the programme page include:

• Engineering fundamentals — physics for engineers, technical drawing, machine elements.
• Mathematics — vector and matrix algebra, linear systems, calculus, differential equations, geometry, probability and statistics (22 credits).
• Soft skills — professional English, communication, management and presentation skills, plus elective English for engineers and intercultural skills (15 credits + elective).
• Design and manufacturing — product design, manufacturing, technical measurements, finite element method (20 credits).
• Electronics, control and IT — control techniques, electromechanics, programming fundamentals (19 credits).
• Fluids and heat transfer — fluid mechanics, fluid machinery and systems, mass and heat transfer, heat engines (38 credits).
• Materials — material science and testing, polymer science and technology (16 credits).
• Specialisation tracks (43 credits each) — Process Engineering: energy processes and equipment, fluid flow systems, acoustics, CFD, air pollution and waste management. Design & Technology: injection molding, metal foaming, novel engineering materials, machine tools, composites, CAD/CAM, non‑destructive testing, polymer processing.
• Project work — individual project, internship and thesis work.

Entry requirements

Applicants need an eligible high‑school qualification, proof of English language proficiency and must pass the university's admission tests. Detailed deadlines and application steps are available on the institution's e‑admission pages.

Career prospects

The programme prepares graduates for a wide range of roles such as design engineer, project manager or consultant across sectors like automotive, aerospace, energy and manufacturing. The course emphasises transferable skills — analytical thinking, project management, teamwork, communication and technical proficiency — useful within engineering and in other professional fields.

Scholarships & funding angle (general)

The programme page references tuition fees and scholarship opportunities and notes a preparatory programme and housing information are available. Prospective applicants should consult the programme website and the university's admissions pages for current funding options and eligibility rules.