BSc in Engineering (Mechanical)

3 Years On Campus Bachelors Program

University Of Southern Denmark

Program Overview

The BSc in Engineering (Mechanical) at the University of Southern Denmark in Sønderborg is a hands-on, three-year program taught entirely in English, blending theoretical courses with real-world project work to build your skills in designing, analyzing, and innovating mechanical systems. It's perfect for motivated students who love problem-solving, teamwork, and turning ideas into prototypes—especially if you're excited about mechatronics, solid mechanics, and sustainable tech—and it sets you up perfectly for a master's or direct entry into exciting engineering roles.

Curriculum Structure
Year 1 (Semesters 1-2)
Right from the start, you'll dive into the mechanical development process on semester one, tackling basics like mathematics, statics, and strength theory while joining a project group to solve industrial problems and build your first prototypes. In semester two, you'll shift to designing and building mechanical products, applying dynamics and early mechatronic systems knowledge to create functional models using new materials and simulation tools—it's where you really start seeing your ideas come to life in the workshop.

Year 2 (Semesters 3-4)
Semester three focuses on manufacturing and operating mechanical systems, where you'll master solid mechanics and intelligent mechanical setups through projects that simulate real production lines, honing your skills in technical analysis and system reliability. By semester four, you'll explore cooling-heating and power conversion systems, integrating thermodynamics and hydraulic principles to design efficient energy solutions, all while strengthening your project management abilities in team-based challenges.

Year 3 (Semesters 5-6)
In semester five, become an expert in team innovation through specialization tracks, diving into advanced topics like product development and sustainable production, where you'll lead interdisciplinary projects that mirror R&D in top companies. The final semester caps it off with your Bachelor project, often partnering with a company on cutting-edge research in areas like intelligent systems or prototypes, giving you a portfolio-ready showcase of your skills.

Focus areas
Mechatronic systems, solid mechanics, intelligent mechanical and hydraulic systems, product development, sustainability, and production innovation.

Learning outcomes
You'll gain expertise in statics, dynamics, mechanical design, advanced simulation, project management, and developing sustainable products—preparing you to lead R&D teams and solve complex engineering challenges.

Professional alignment (accreditation)
This BSc Engineering degree is fully accredited in Denmark, qualifying you as a Bachelor of Science (BSc) in Engineering (Mechanical) and providing a direct pathway to the two-year MSc in Engineering for professional engineer status.

Reputation (employability rankings)
SDU engineering grads are highly sought after, with versatile careers as development engineers, project managers, or researchers in industries like wind energy, pharma, and offshore—many secure jobs in Denmark or abroad right after, and the program's company projects boost your employability from day one.

Experiential Learning (Research, Projects, Internships etc.)

In the BSc in Mechanical Engineering at the University of Southern Denmark (SDU), you'll dive right into hands-on learning from day one, building real-world skills through problem-based projects that tackle actual industry challenges. You'll work in project groups using advanced simulation techniques, prototyping with new materials, and developing mechanical systems like mechatronic, solid mechanics, and intelligent hydraulic setups—preparing you to step into roles like project manager in R&D. This practical focus combines theoretical courses with dedicated project spaces, ensuring you graduate ready to innovate in product development, sustainability, and production.

Here's what makes the experiential learning so powerful, tailored to this program:
- Problem-based project groups from semester 1: You'll plan, execute, and meet deadlines on mechanical projects solving real company problems, with dedicated spaces for your team work—covering themes like mechanical development, design/building products, manufacturing/operating systems, and cooling-heating/power conversion.
- Advanced simulation and modeling tools: Gain expertise in mathematical models, simulation programs for mechanical constructions, thermo/fluid dynamics, and material properties—essential for technical analysis and design.
- Prototyping and workshops: Design in 3D CAD, build models, test prototypes, and experiment with manufacturing processes, including planning and project management skills.
- Mandatory internships: In the 6th semester (for BEng track, aligning with BSc progression), complete a half-year internship in Denmark or abroad to apply theory to company challenges, build networks, and test skills in real work tasks.
- Bachelor project with companies: Capstone in semester 6 often collaborates with industry or research, focusing on innovation, sustainability, and team expertise.
- Specialized labs and research facilities: Access CIM lab facilities for mechanics/mechatronics, plus IoT labs for programming equipment and developing intelligent systems like robots or autonomous vehicles.
- Industry connections: Direct ties to local businesses in Sønderborg or Odense for project-based solutions in energy, offshore, manufacturing, and automation.

Progression & Future Opportunities

In the BSc in Mechanical Engineering at the University of Southern Denmark (SDU) in Sønderborg, you'll dive right into hands-on learning from day one, building real-world skills through problem-based projects that tackle actual industrial challenges. You'll work in project groups on everything from designing and prototyping mechanical products to simulating advanced systems with new materials, mechatronics, solid mechanics, and intelligent hydraulic setups—all while combining theory with practical application in dedicated project spaces.

This approach ensures you're not just studying concepts but creating solutions: here are some key ways you'll gain experiential learning tailored to this program:

- Project groups from semester 1: Join teams immediately to plan, execute, and meet deadlines on mechanical projects based on company problems, covering themes like mechanical development, product design/build, manufacturing/operation, cooling-heating systems, and team innovation.
- Bachelor project in semester 6: Collaborate with companies or on research projects to apply your skills in product development, technical analysis, and mechanical design.
- Mandatory internship (BEng variant in Odense/Sønderborg context): Spend half a year in a company in Denmark or abroad during the program, testing theory against real challenges, building networks, and developing professional skills like project planning.
- Prototyping and simulation tools: Use advanced simulation techniques, 3D CAD for drawing, workshops for building/testing prototypes, and mathematical models for mechanics, dynamics, statics, and strength calculations.
- Specialized focus areas: Hands-on work in mechatronic systems, solid/fluid mechanics, thermodynamics, energy systems, and numerical simulation through semester-themed projects.
- Dedicated facilities: Access project workspaces, lab facilities via research centers like the Centre for Industrial Mechanics (CIM), and IoT labs for programming equipment and translating theory into solutions.