BSc in Mechanical Engineering

3 Years On Campus Bachelors Program

Budapest University of Technology and Economics

Program Overview

The BSc in Mechanical Engineering at Budapest University of Technology and Economics (BME) is perfect for students passionate about designing innovative machines, systems, and processes in a field that's endlessly versatile and future-proof. You'll build a rock-solid foundation in engineering sciences like mechanics, materials, fluids, and thermal systems, while gaining hands-on lab skills, design experience, and essential soft skills like management and sustainability—ideal if you're creative, independent, and ready to lead in a fast-evolving tech world, with options to specialize in Process Engineering or Engineering Design and Technology.

Curriculum Structure
Year 1 dives into the essentials, strengthening your math and physics toolkit with courses like Vector and matrix algebra, Calculus, and Physics for engineers to give you the analytical power needed for real-world problem-solving. You'll also tackle Technical drawing and Engineering fundamentals, sparking your creativity early through practical sketches and core concepts that set the stage for everything ahead. It's an exciting start that builds confidence fast, blending theory with your first taste of engineering tools.

Year 2 ramps up with core mechanical know-how, including Machine elements, Product design, and Manufacturing, where you'll learn to assemble and innovate components that make machines tick. Add in Technical measurements and Finite element method (FEM) for precise analysis, and Control techniques to master how systems respond dynamically—perfect for turning ideas into functional prototypes. By year's end, you'll feel like a pro tackling design challenges with both intuition and data.

Year 3 focuses on advanced systems and energy, exploring Fluid mechanics, Heat engines, and Material science and testing to understand how fluids power everything from engines to turbines. You'll dive into Energy processes and equipments and specialized electives like Computational fluid dynamics (CFD) or Injection Molding, honing skills for efficient, sustainable tech. This year polishes your expertise, preparing you to innovate in high-impact areas like clean energy and advanced manufacturing.

Focus Areas
Specializations in Process Engineering (covering energy processes, fluid flow systems, acoustics, CFD, and environmental management) or Engineering Design and Technology (including machine tools, composites, CAD/CAM, and polymer processing).

Learning Outcomes
Graduates emerge with strong engineering sciences (mechanics, materials, fluids, thermals, controls), practical lab/design skills, independence, creativity, leadership, and soft skills like management and sustainability—ready for professional practice in advancing tech.

Professional Alignment (Accreditation)
BME's programs meet rigorous international standards, with the Mechanical Engineering BSc aligned to EU engineering education frameworks, ensuring your degree is recognized globally for professional engineering roles.

Reputation (Employability Rankings)
BME ranks among Europe's top technical universities, with its engineering programs highly valued in QS World University Rankings for engineering and technology; graduates boast excellent employability, often landing roles right after BSc or advancing to top MSc/PhD paths with scholarships and research grants.

Experiential Learning (Research, Projects, Internships etc.)

At Budapest University of Technology and Economics (BME), our BSc in Mechanical Engineering program stands out because it goes way beyond textbooks—you'll build real-world skills through hands-on experiences tailored to mechanical engineering. From day one, you'll dive into practical projects, advanced labs, and industry connections that prepare you to design, innovate, and solve problems like a pro. The Faculty of Mechanical Engineering offers cutting-edge facilities, including specialized colleges and labs where you apply theory to actual engineering challenges.

Here are some standout ways you'll gain experiential learning specific to this program: these opportunities let you deepen your skills in a supportive, collaborative environment:

- Join the BME College for Advanced Studies of Mechanical Engineering, established in 2012 by student groups at the Faculty of Mechanical Engineering—it runs departments focused on practical knowledge extension, professional cooperation, and programs like lectures and events with industry pros.
- Participate in the László Gillemot College for Advanced Studies (founded 2018), offering factory visits, special laboratory sessions, and material science courses not covered in standard classes, plus support for research, dissertations, TDK (scientific student conference), and conferences.
- Work on group projects and experimental circles, such as building demonstration tools, problem-solving seminars, programming sessions, and innovative ideas using the college's multi-million-forint tool park for hands-on practice.
- Access drive technology laboratories for exploring electronic and mechanical developments in industrial equipment, with opportunities for joint workshops and innovative redesign competitions tied to industry partners.
- Engage in professional development activities like continuous courses, demonstrations, and independent projects that bridge theory and practice across mechanical engineering topics.

These experiences, combined with BME's modern campus labs and doctoral-level research support like the Géza Pattantyús-Ábrahám Doctoral School of Mechanical Engineering Sciences, will give you a huge edge when you graduate. Imagine turning your ideas into reality here—students rave about how it launches them into top careers. Ready to take the next step? Apply now for the BSc in Mechanical Engineering and let's chat about scholarships or your fit.

Progression & Future Opportunities

At Budapest University of Technology and Economics (BME), our BSc in Mechanical Engineering program stands out for its strong focus on experiential learning, where you'll build real-world skills through hands-on projects, specialized colleges, and industry connections right from the start. You'll dive into practical training via dedicated student colleges at the Faculty of Mechanical Engineering, factory visits, special lab sessions, and collaborative programs that go beyond the classroom to prepare you for a dynamic career. This approach ensures you're not just learning theory—you're applying it with cutting-edge tools and teamwork in a supportive environment.

Here are some key ways our program delivers hands-on experience tailored to mechanical engineering students:
- BME College for Advanced Studies of Mechanical Engineering: Join this group, established in 2012 by Faculty of Mechanical Engineering student initiatives, for practical deepening of knowledge through lectures, courses, factory visits, and programs organized with industry partners.
- László Gillemot College for Advanced Studies: Dive into materials science with special laboratory sessions, factory visits, and support for scientific projects, TDK supervision (student research competitions), and conference participation—perfect for mechanical engineering students seeking advanced practical skills.
- Drive Technology Laboratory: Access this facility to explore electronic and mechanical developments for industrial equipment, including opportunities for joint workshops and innovative redesign competitions with industry and partner universities.
- Group Projects and Experimental Circles: Participate in project-based work, problem-solving seminars, demonstration tool building, and experimental circles that emphasize teamwork and practical application across mechanical engineering topics.
- Research Opportunities: Engage with the Géza Pattantyús-Ábrahám Doctoral School of Mechanical Engineering Sciences, which supports undergrad involvement in cutting-edge mechanical research through labs and PhD-linked projects.
- Modern Campus Facilities: Work in state-of-the-art buildings on our dual-campus setup (historical and modern areas by the Danube), equipped with excellent internet, lecture halls, and tools for independent professional projects.