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Students and design engineering activities
DESIGN ENGINEERING · MATERIALS · TECHNOLOGY

Design what does not exist yet.

Combine engineering knowledge, materials science, digital design and creative thinking to develop products for the real world.

Modern design and engineering
MATERIALS + FORM

Engineering with a designer's mindset.

Learn how material properties, technology, ergonomics and visual form work together in successful products.

3D modelling and digital prototyping
DIGITAL WORKFLOW

From an idea to a 3D prototype.

Develop skills in 3D modelling, digital prototyping, generative design and engineering visualisation.

Materials research and product development
RESEARCH + INNOVATION

Understand materials. Improve products.

Explore material performance, testing, structural analysis and quality assurance alongside modern design methods.

Students working on creative engineering projects
YOUR FUTURE STARTS HERE

Build skills across creativity and technology.

Prepare for careers in engineering, product design, digital modelling, R&D and product quality.

3 study levels:
Bachelor's · Master's · PhD
3D modelling, visualisation
and digital prototyping
360° materials, design,
engineering and quality

More than a traditional engineering degree

Our programmes are designed for students who want to understand how products are engineered, how materials influence performance and appearance, and how digital tools can turn an idea into a manufacturable solution.

01 / MATERIALS

Materials & performance

Learn how structure, properties, processing and testing determine the behaviour of modern engineering materials.

02 / DESIGN

Product & digital design

Work with form, ergonomics, 3D modelling, generative methods, visualisation and digital prototypes.

03 / QUALITY

Quality & product thinking

Understand testing, product requirements, quality assurance and how engineering decisions affect the final user experience.

Choose your study path

The department provides education from undergraduate study to advanced research in Materials Science, engineering design and related digital technologies.

BACHELOR'S

Industrial Design, Materials & Product Quality

A multidisciplinary route combining materials science, engineering fundamentals, digital modelling and product design.

240 ECTS
MASTER'S

Advanced Product Design & Engineering Quality

Graduate-level study focused on advanced materials, computer-aided design, product development and quality management.

ADVANCED STUDY
PhD

Materials Science & Engineering Research

Research-oriented education for students interested in advanced materials, modelling, testing and scientific innovation.

RESEARCH DEGREE

What you can learn

The programme connects science and engineering with digital creativity. You learn not only how things look, but why they work.

3D modelling & visualisation
Industrial and product design
Materials selection
Generative design
Digital prototyping
Additive manufacturing
Materials testing & analysis
Quality assurance
UX & digital communication
Project & product thinking

A multidisciplinary learning journey

Instead of separating design from engineering, the programme gradually connects fundamental science, materials, digital tools and product development.

Engineering foundations

Mathematics, physics, mechanics, engineering graphics and fundamentals of manufacturing technologies.

Materials science

Structure and properties of materials, composites, polymers, testing, diagnostics and materials selection.

Design & digital tools

Industrial design, ergonomics, 3D modelling, generative design, visualisation and digital prototyping.

Quality & product development

Quality assessment, standardisation, product evaluation, project work and applied research.

Where can this degree take you?

Graduates can build careers where engineering, materials, digital technologies and product development meet.

Product / Industrial Design Developing concepts, form and product experience.
Materials Engineering Selecting and improving materials for real applications.
CAD & 3D Modelling Creating digital models, prototypes and visualisations.
Quality Assurance Testing products and supporting quality systems.
R&D Researching materials, technologies and new products.
Digital Prototyping Connecting 3D design with manufacturing technologies.

Accredited study programmes

Our programmes undergo national quality assurance and accreditation procedures for higher education.

Bachelor programme accreditation
Bachelor's programme
Master programme accreditation
Master's programme

Ready to start?

Check the current admission requirements

Admission procedures and required documents may change from year to year. Please use the official university admissions information for the current application cycle.

Official admission information

Meet our academic team

Our department brings together experienced materials scientists, engineers and specialists in digital design. This combination allows students to see technical problems from several perspectives.

View department team
CREATE · ENGINEER · TEST · IMPROVE

Bring your ideas into the physical world.

We are ready to help you develop both your technical expertise and your creative potential — from the first sketch to a real engineering solution.

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