Bachelor of Mechanical Engineering

3 Years On Campus Bachelors Program

Czech Technical University in Prague

Program Overview

The Bachelor of Mechanical Engineering at Czech Technical University in Prague (CTU FME) is a dynamic 3-year full-time program that builds a solid foundation in engineering sciences, perfect for students passionate about solving real-world technical challenges through math, physics, and hands-on applications. It suits motivated high school graduates who want a broad overview of mechanical engineering without early specialization, preparing you for exciting careers or seamless progression to master's studies.

Curriculum structure
Year 1 dives into the essentials, strengthening your grasp of Mathematics, Physics, and introductory Continuum Mechanics to model real technical problems with confidence. You'll explore engineering fundamentals while starting to apply them practically, setting a strong base for more advanced topics ahead.
Year 2 ramps up with core subjects like Engineering Materials and Production Technology, teaching you how to select and process materials for innovative designs. You'll also tackle Mechanical Design using cutting-edge digital tools, blending theory with projects in areas like transport or energy to sharpen your problem-solving skills.
Year 3 focuses on integration, deepening Continuum Mechanics alongside automation, informatics, and electrical engineering basics for modern practice. Through compulsory electives and a bachelor thesis project, you'll specialize slightly in fields like technology or energy, culminating in a state exam that showcases your expertise.

Focus areas: Core engineering courses in mathematics, physics, continuum mechanics, engineering materials, production technology, mechanical design, informatics, automation, and electrical engineering—no rigid specializations, but electives in transport, technology, energy, and more.

Learning outcomes: Master theoretical and applied math/physics, mechanics of body systems, continuum mechanics, digital mechanical design, technical materials processing, and interdisciplinary skills for innovative technical solutions.

Professional alignment (accreditation): Fully accredited bachelor program at CTU FME, designed as the ideal pathway to follow-up master's and doctoral programs without extra hurdles, ensuring industry-recognized credentials.

Reputation (employability rankings): CTU FME graduates land well-paid jobs in design offices, production, R&D, and innovative teams across engineering firms, research institutes, and beyond—thanks to practical projects like Formula Student and strong industry ties.

Experiential Learning (Research, Projects, Internships etc.)

At the Faculty of Mechanical Engineering (FME) at Czech Technical University in Prague, our Bachelor of Mechanical Engineering program dives deep into hands-on learning right from the start, so you'll build real-world skills using state-of-the-art labs, workshops, and research facilities spread across our three Prague campuses. You'll get plenty of time in indoor labs and workshops at the main Dejvice site (Technická 4), where most institutes are based, experimenting with mechanical systems, simulations, and prototypes to turn theory into practice. This practical focus prepares you to tackle engineering challenges like a pro, with access to cutting-edge tools for everything from mechatronics to fluid mechanics.

Here are some standout ways you'll gain experiential learning tailored to mechanical engineering: these draw directly from FME's facilities and research ecosystem, giving you an edge employers love:
- Specialized laboratories and workshops: Hands-on work in indoor labs at Dejvice for mechanics, mechatronics, and biomechanics experiments, including parameter identification and verification of mechanical models.
- Research institutes and centers: Collaborate in places like the Department of Mechanics, Biomechanics and Mechatronics, Institute of Fluid Mechanics and Energetics, and national centers such as the Josef Božek Centre for Vehicles (focusing on powertrains and sustainable mobility) or the Center of Aviation and Space Research with dynamometers and test stands.
- Simulation and digital tools: Master numerical methods, programming custom applications, and simulations of mechanical systems—key in specializations like Applied Mechanics and Mechatronics.
- Student teams and group projects: Join active student groups for collaborative projects, like building ultralight aircraft (UL-39 Albi) or hybrid manufacturing tech, fostering teamwork on real prototypes.
- Advanced research facilities: Access unique infrastructure for aviation testing (e.g., propeller stands in Hradec Králové, flying test beds), plus centers for smart technologies and automotive R&D with industry partners like ŠKODA AUTO.

Progression & Future Opportunities

The Bachelor of Mechanical Engineering at CTU Prague isn't just about lectures and exams—it's designed to get your hands dirty with actual engineering work from day one. Over your 4 academic years, you'll move beyond theory by working in state-of-the-art facilities, collaborating on real industrial projects, and developing the practical skills that employers actually want.

The Faculty operates across multiple specialized centers in Prague that give you access to cutting-edge equipment and research infrastructure. Whether you're designing heating systems, building computer-aided models, or working on production machinery, you'll have access to workshops, indoor laboratories, and institutes staffed by industry experts. This isn't a program where you just read about mechanical engineering—you experience it.

- Hands-on workshops and indoor laboratories across three campus locations, including the main Dejvice campus (Technická 4) where most institutes and workshops are based

- Industrial partnerships and live projects: You'll participate in real development projects implemented in cooperation with industry partners, applying theoretical knowledge to actual engineering challenges

- Specialized institutes and research centers including the Institute of Fluid Mechanics and Energetics, Institute of Technical Mathematics, Institute of Mechanics and Mechatronics, and the Research Center for Mechanical Engineering Technology—all available for student involvement

- Multiple field specializations allowing you to choose from Energetics and Process Technology or Computer Supported Construction, each with dedicated tutors and specialized equipment

- Computer-aided design tools and experimental testing: In Computer Supported Construction, you'll master industry-standard design software and learn experimental testing methods for machines and components

- Advanced research facilities including dynamometer facilities, propeller test stands, and dedicated laboratories for testing and development work

- Access to multiple campus locations including specialized centers like the Center of Aviation and Space Research and research laboratories supporting your field of study