BSc Mechanical Engineering

3 Years On Campus Bachelors Program

Delft University of Technology

Program Overview

The BSc Mechanical Engineering at Delft University of Technology (TU Delft) is a hands-on program that builds your skills in designing innovative tools and systems to tackle real-world challenges in areas like health, transport, energy, and high-tech manufacturing—perfect if you're passionate about creating sustainable solutions and love blending math, physics, and practical projects. It suits motivated students who enjoy teamwork, problem-solving, and turning ideas into working prototypes, setting you up for an exciting career where you make life better and more efficient.

Curriculum Structure
Year 1: You'll kick off with a strong foundation in core engineering principles, diving into mechanics, materials, and basic design through projects like building mechanisms that solve practical problems, such as the famous 'Climbing Stacker' for wind turbines. Courses like Mathematics, Physics, and Mechanical Design get you comfortable with calculations, forces, and sketching real devices, while group challenges teach you to prototype safely and cost-effectively. It's an exciting start that hooks you on how theory meets hands-on building right away.

Year 2: Building on basics, you'll explore dynamics and energy systems, learning to model moving parts and energy flows with courses like Dynamics, Thermodynamics, and Fluid Mechanics. Expect projects simulating real machines, like wave energy extractors, where you design transmissions and test efficiency, sharpening your skills in simulation and teamwork. This year ramps up the challenge, showing you how to optimize designs for sustainability.

Year 3: The final year focuses on advanced integration and specialization, with courses such as Control Engineering, Manufacturing Technology, and Project Management, culminating in a major design project that mirrors industry work. You'll apply everything to complex systems, like sustainable transport or high-tech equipment, preparing you to lead innovations. By graduation, you'll have a portfolio of pro-level projects that stand out to employers.

Focus Areas: Dive into cutting-edge tracks like Multi-Machine Engineering for transport systems, Energy Flow & Process Technology for sustainable energy solutions, or High-Tech Engineering for next-gen products—each building on shared core courses in mechanics and design.

Learning Outcomes: Gain a broad, in-depth mastery of mechanical engineering, from innovative design and manufacturing to operation of complex systems, with skills in thermodynamics, fluid dynamics, modeling, and sustainability to drive real impact.

Professional Alignment (Accreditation): The program aligns with industry standards through practical projects judged by companies like Huisman Equipment, ensuring your skills match global demands; it's part of TU Delft's accredited engineering education emphasizing employability.

Reputation (Employability Rankings): TU Delft's Mechanical Engineering grads are top-tier, with the faculty leading in health, energy, and high-tech solutions—students win industry-acclaimed design competitions annually, feeding into Europe's best engineering job market.

Experiential Learning (Research, Projects, Internships etc.)

At Delft University of Technology, our BSc Mechanical Engineering program dives right into experiential learning from day one, building your practical skills through hands-on projects, labs, and real-world challenges that mirror industry demands. You'll work with cutting-edge tools and facilities designed for mechanical engineers, gaining confidence in designing, testing, and optimizing systems like never before. This approach ensures you're not just learning theory—you're applying it to solve actual problems in energy, manufacturing, and high-tech systems.

Here are some standout ways our program delivers that hands-on edge:
- State-of-the-art laboratories for mechanical analysis, drive & energy systems, and process equipment design, where you'll run experiments in fluid dynamics, heat transfer, and multiphase flow.
- High-end fabrication tools like laser cutting and 3D printing in precision and microsystems engineering labs, perfect for building and testing micro- and nano-scale prototypes.
- Software and simulation tools including finite/discrete element modeling, dynamic/multi-agent simulation, mathematical optimization, and process modeling for real-time system design.
- Group projects and design assignments tackling industry cases like port logistics, autonomous vehicles, offshore platforms, and intelligent material handling, often in collaboration with companies.
- Industrial internships integrated into advanced tracks, giving you 15 ECTS of on-site experience in production, energy, or high-tech environments.
- Research-designated facilities in departments like Process & Energy and Precision & Microsystems Engineering, with hands-on access to equipment beyond typical industry standards for fabrication, characterization, and testing.

Progression & Future Opportunities

By the time you graduate from the B.Sc. Mechanical Engineering (Werktuigbouwkunde) at TU Delft, you’ll be stepping into one of the strongest engineering job markets out there. The combination of deep technical knowledge and hands-on problem-solving means you’ll be ready for roles like mechanical engineer, design engineer, project engineer, or systems engineer—whether in high-tech companies, manufacturing, or cutting-edge innovation sectors. And because TU Delft has such a strong global reputation, your degree carries real weight with employers worldwide.

What really makes a difference here is the environment and support around you:

Career support that actually helps: TU Delft’s Career Centre supports you with internships, CV building, networking events, and direct connections to employers.
Excellent employability: Engineering graduates from TU Delft are known to find jobs quickly, thanks to strong demand across industries like energy, robotics, automotive, and tech.
Strong industry connections: The university works closely with leading international companies, so you’ll often get exposure to real-world projects, internships, and collaborations.
Global reputation advantage: TU Delft is consistently ranked among the top engineering universities in the world, which gives you a big edge when applying for jobs internationally.
Wide career flexibility: You won’t be limited to one path—you can move into industries like aerospace, automotive, robotics, sustainable energy, or advanced manufacturing.
High-tech ecosystem: Being in Delft puts you right in the middle of a technology-driven environment, with lots of opportunities to connect with innovative companies.

Further Academic Progression:

Most students naturally continue with a Master’s degree (MSc) after this program, often at TU Delft itself. You can specialise in areas like robotics, energy systems, aerospace, or systems engineering, depending on what excites you most. And if you’re aiming even higher, this degree can also lead you into a PhD and research career, especially if you’re interested in innovation and developing future technologies.