Bachelor in Engineering – Mechanical Engineering

3 Years On Campus Bachelors Program

University of Luxembourg

Program Overview

The Bachelor in Engineering – Mechanical Engineering at the University of Luxembourg is a trilingual (DE, FR, EN) 3-year program (180 ECTS) that gives you a rock-solid foundation in designing, building, and innovating machines and systems using cutting-edge computer-aided tools—perfect if you're passionate about hands-on problem-solving in high-demand fields like industry 4.0, energy transition, and automation. It suits motivated students who thrive in small classes with close ties to research and Luxembourg's booming engineering job market, setting you up to jump straight into roles like mechanical engineer or design specialist, or seamlessly pursue a Master's.

Curriculum Structure
Year 1 builds your core skills through an exciting mix of fundamentals, starting with computer-aided design to spark your creativity in modeling real-world machines, mathematics to sharpen your analytical edge, and technical mechanics alongside thermodynamics to understand how forces and energy shape engineering solutions. You'll get comfortable with the basics in a supportive environment that blends theory with practical applications right from the start.

Year 2 ramps up with a dedicated mobility semester (30 ECTS), letting you study abroad or dive deeper into specialized tracks while reinforcing essentials like physics and informatics from earlier semesters. This phase hones your global perspective and adaptability, key for modern engineers tackling cross-border projects.

Year 3 culminates in advanced, industry-focused challenges, including your Bachelor thesis to showcase original work, machine design for creating efficient systems, manufacturing technology (Fertigungstechnik) to master production processes, and robotics to explore automation's future. It's your launchpad to professional expertise, with projects that mirror real jobs in Luxembourg's tech-driven economy.

Focus areas: Mechanical engineering, automatics and robotics, aviation and space exploration, biomedical engineering, mechatronics—tailored to Luxembourg's needs in energy, environment, and digital innovation.

Learning outcomes: Graduates gain practical skills to construct machines and plants, proficiency in CAD/CAE tools, and readiness for jobs or Master's programs, with strong emphasis on energy transition, digitalization, and industry 4.0.

Professional alignment (accreditation): Aligned with European standards for engineering education, preparing you for roles like mechanical engineer, design engineer, or researcher; access to PhD paths and Luxembourg's accredited engineering ecosystem.

Reputation (employability rankings): University of Luxembourg's engineering programs boast excellent employability, with graduates highly sought in Luxembourg's economy—small classes and research links ensure top skills for immediate job market entry or Master's success (official stats highlight strong career options in high-demand fields).

Experiential Learning (Research, Projects, Internships etc.)

In the Bachelor in Mechanical Engineering at the University of Luxembourg, you'll dive right into hands-on learning from day one, building practical skills through a mix of theoretical foundations and real-world applications like computer-aided design (CAD), technical mechanics, and thermodynamics. Our state-of-the-art facilities in the Department of Engineering give you access to cutting-edge labs and equipment tailored for mechanical engineering, ensuring you're working with tools that mirror industry standards and prepare you for innovative careers.

Here are some standout ways you'll gain that experiential edge:
- CAD software and design tools: Right in year one, you'll use CAD for Baukonstruktion (structural design), mastering industry-standard software to create and simulate mechanical designs.
- Advanced laboratories: Work in state-of-the-art labs dedicated to mechanical engineering research, including those focused on applied mechanics for fatigue/strength assessment of materials and bridges, plus energy efficiency in buildings.
- Research group projects: Join projects in our Applied Mechanics and Energy Efficiency group or broader mechanical engineering research on sustainable construction and design, tackling real mechanical challenges from bones/muscles to Industry 4.0 solutions.
- Multidisciplinary facilities: Access 18 specialized labs across seven research areas in the Department of Engineering, with over 100 years of expertise supporting hands-on innovation in mechanical fields.

Progression & Future Opportunities

The Bachelor in Mechanical Engineering at the University of Luxembourg provides students with genuine hands-on experience from day one. The program equips you with practical skills through a carefully structured curriculum that combines theoretical knowledge with real-world application. You'll work with industry-standard tools and gain access to the university's cutting-edge engineering facilities, where you can apply what you learn in lectures to solve actual mechanical challenges—from analyzing material fatigue and structural strength to designing energy-efficient solutions.

The first year alone introduces you to computer-aided design (CAD), mathematics, technical mechanics, and thermodynamics, giving you the technical foundation needed for advanced projects. Beyond the classroom, the program emphasizes contemporary engineering concerns, particularly around sustainability and energy efficiency, meaning your projects will tackle real problems facing industry today.

Here's what makes the learning experience concrete and career-relevant:

- State-of-the-art laboratories within the Department of Engineering support hands-on innovation across civil, mechanical, and electrical engineering disciplines
- Applied Mechanics and Energy Efficiency research group focuses on real-world mechanical challenges, from material and structural assessment to sustainable building design—areas where you can engage directly
- Computer-aided design (CAD) skills built into the curriculum, starting in year one, using industry-standard software
- Sustainability-focused projects aligned with the program's overarching theme of "construction and design" of products with environmental responsibility in mind
- Department of Engineering facilities include multiple specialized laboratories and research spaces designed to support student learning and innovation
- Energy efficiency emphasis throughout the program, connecting your studies to practical applications in building design and mechanical systems

The 180-credit program spans three years with teaching delivered in German, French, and English, ensuring you develop multilingual technical communication skills—essential in Luxembourg's international engineering sector.