Bachelors in Mechanical Engineering

3 Years On Campus Bachelors Program

Technical University of Liberec

Program Overview

The BSc Mechanical Engineering at the Technical University of Liberec is a practical, career-focused program designed for students who want to understand how machines and engineering systems are designed, built, and improved. It’s especially suited for those who enjoy problem-solving and want to combine technical knowledge with real-world applications in areas like manufacturing, automation, and design.

Curriculum Structure

Year 1

In the first year, you’ll build a strong foundation in core engineering subjects such as Mathematics I, Mechanical Engineering, and Programming. You’ll also work with practical modules like CAD – Constructive Geometries and Design I, while studying Materials I and Chemistry to understand how materials behave in engineering applications.

Year 2

The second year takes you deeper into technical concepts, with subjects like Mechanics I (Statics), Physics I, and Technology I. Alongside this, you’ll continue with Materials II and Design II, helping you connect theoretical knowledge with practical engineering challenges and system development.

Year 3

In your final year, the focus shifts to more specialised and applied areas such as robotics, automation, and computer modelling. You’ll work on projects that reflect real industry scenarios, giving you the confidence and skills needed to step into engineering roles or continue with advanced studies.

Focus Areas

Mechanical systems, automation and robotics, computer modelling, materials engineering, machine design

Learning Outcomes

You will graduate with the ability to design and analyse mechanical systems, apply engineering principles to real-world problems, use modern tools like CAD and programming, and adapt to evolving technologies in engineering and manufacturing

Professional Alignment (Accreditation)

Recognised Bachelor’s degree aligned with European higher education standards, allowing progression to Master’s studies and supporting international career opportunities

Reputation (Employability / Recognition)

The university has a strong applied engineering focus and close connections with industry, particularly in manufacturing and automotive sectors, which helps graduates transition smoothly into professional roles

Experiential Learning (Research, Projects, Internships etc.)

One of the best things about this program is how naturally it blends theory with real, hands-on experience. From early on, you’ll be working with the same tools and technologies used in the industry, not just learning concepts in isolation. As you move forward, practical learning becomes even more central—through lab work, design projects, and direct exposure to modern engineering environments:

You’ll work with CAD tools across modules like CAD Structural Design and Constructive Geometries, designing and modelling real mechanical components
You’ll build strong digital skills through subjects like Programming, Modelling and Simulation, and Applied Cybernetics, learning how engineers test and optimise systems
You’ll gain practical exposure to automation and robotics, including how industrial robots are used in real production settings
You’ll have access to modern laboratories within the Faculty of Mechanical Engineering, where you can explore areas like digital manufacturing and engineering analysis
You’ll work with 3D printing and additive manufacturing technologies, including advanced materials used in real-world engineering applications
You can take part in a student design office, where you’ll collaborate on real projects and solve problems similar to those faced in industry
The program includes a mandatory work experience component, giving you direct exposure to professional engineering environments
Through project-based learning, including your final thesis, you’ll apply everything you’ve learned to real engineering challenges
You’ll benefit from facilities and expertise across specialised departments such as manufacturing systems, applied mechanics, and advanced technology research institutes

Progression & Future Opportunities

Graduates of this Mechanical Engineering program are well prepared to step directly into the engineering world or continue their studies with confidence. You’ll develop a solid mix of theoretical knowledge and practical skills, opening doors to roles such as mechanical engineer, design engineer, production engineer, or project engineer across industries like automotive, manufacturing, and energy.

This strong career readiness is supported by the university’s industry focus and practical training approach:

The program is designed around modern industrial trends, ensuring your skills match current employer expectations
Strong industry connections in sectors like automotive and manufacturing create real pathways to internships and jobs
Graduates are equipped with both theoretical and practical problem-solving skills, making them valuable in technical and non-technical roles
Opportunities exist in international and local companies, especially small and medium-sized engineering firms
The degree prepares you for smooth entry into the labour market or progression into advanced studies
Access to Erasmus+ mobility and scholarships adds international exposure and employability advantages
The qualification follows European higher education standards, giving it recognition across Europe

Further Academic Progression:
After completing this program, you can continue directly into a Master’s degree in areas such as Mechanical Engineering, Machines and Equipment Design, Innovation and Industrial Engineering, or Materials and Technology. This allows you to specialise further, move into research and development roles, or even progress toward a PhD if you’re aiming for advanced technical or academic careers.