Bachelor’s degree
Plastics Engineering

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Dean of Studies: Prof. Dr-Ing. Norbert Müller

Central Student Advisory Service: Dipl.-Ing. (FH) Silke Kroneck

Plastics are much better than you think. They are far more than just everyday materials and are, without a doubt, one of the most important materials for our future! From 3D printing and innovative protective clothing to plastics for renewable energy and medical care, the possible applications are virtually limitless. Plastics enable the development of new products and solutions that make our lives more efficient, safer, and more environmentally friendly.

In the Bachelor’s degree programme in Plastics Engineering, you’ll learn everything you need to hit the ground running in this exciting, future-oriented industry!

Most technical innovations wouldn’t have been possible without plastics. Don’t believe it? Take a look at our overview of the 20 most important innovations of the past 20 years—and discover how indispensable plastics were then and still are today.

Our conclusion: Plastics are indispensable and, when used skilfully, excellent materials!

Plastics play a key role in areas such as lightweight construction, robotics, information technology, and healthcare. They enable new technologies and revolutionize existing systems. Whether in medical technology, personal mobility, or energy supply—plastics are a crucial foundation for all future technologies.

Do you want to help shape our future? In the Plastics Engineering degree programme, you can dive into this exciting and dynamic field. And you’ll have one very important realization—plastics are much better than you think!

The Plastics Engineering programme is internationally accredited by ASIIN e.V.

• Start of programme: Winter semester
• Academic Degree Bachelor of Engineering (B.Eng.)
• Duration: 7 semesters (6 theoretical semesters + 1 practical semester)
• Dual study options: “Studies with advanced in-company training” and cooperative degree programme available
  – see further information on dual study models
• There are no admission restrictions for this programme.

In the study of plastics engineering at the Technical University of Rosenheim, you will learn everything you need for working with plastics in practice.

In the first two semesters, the focus is on the fundamentals that every engineer should master. These include modules in mathematics, physics, chemistry, and engineering mechanics. In the third and fourth semesters, you will learn a great deal about the specific properties of plastics – how they behave, what they are suitable for, the possibilities for processing them, and how their properties can be tested. In many modules, you will also carry out practical measurements or produce your own test components.

During the practical semester, which takes place in the fifth semester, or in the accompanying practical parts of the degree programme, you will already apply much of your knowledge and skills. In four modules, you can choose from an extensive list what you would like to focus on in more depth. These modules are listed in the study plan as FWPMs (elective compulsory modules).

In the sixth and seventh semesters, you will learn methods that are important for a professional and responsible approach to plastics. You will learn how to create life cycle assessments and how to properly integrate aspects of sustainability.

A good overview is also provided in the flyer for the Bachelor's degree programme in Plastics Engineering.

Research

Learn about our ongoing research projects:

→ Injection Molding and Fiber Composite Technology Research

→ Research Group Activities and News (LinkedIn)

There are many ways to get involved in these projects—through your industrial project work or your bachelor’s thesis. Some projects also offer student assistant positions from time to time.

In the study plan, you will find detailed information on the structure of your programme and the contents of each module. The Study and Examination Regulations (SPO) set out the legal framework for your studies. Which study plan and SPO apply to you depends on when you began your programme. If you are starting Plastics Engineering now, the 2022 documents apply.

A growth market awaits you. That’s one reason why career prospects for Plastics Engineering graduates are outstanding. Plastics are indispensable in nearly every sector of modern industry—from medical technology and aerospace to e-mobility. Whether in the automotive industry, the food sector, energy, or information technology, many exciting career opportunities await you.

You can work in product development, materials testing, sales, or production—either at large corporations or innovative start-ups.

TH Rosenheim maintains excellent ties with many leading companies, which often helps our graduates get off to a flying start. Many alumni have gone on to successful careers as in-demand experts, taken on leadership roles, and even reached top management.

As many of our graduates say:

“If I had the choice again today, I would still study Plastics Engineering.”

See what drives them and learn about their missions:

https://www.plastverarbeiter.de/markt/deshalb-wuerden-ingenieure-nochmal-kunststofftechnik-studieren-502.html

For general questions about studying in Rosenheim, admission requirements, or the application process, please contact the Central Student Advisory Service.

For subject-specific questions about Plastics Engineering, programme details, or academic advising, please get in touch with the Dean of Studies.

We’ll provide you with all the information you need—contact us by email or phone; we look forward to supporting you on your journey into the world of plastics!

Student Office

Evelyn Lang

Room: D 1.13a (campus map) 

Phone: +49 8031 805-2720

Fax: +49 8031 805-2702

E-Mail: studiensekretariat-ing@th-rosenheim.de

Office hours: Mon–Thu 08:00–11:00, Fri closed

Dean of Studies (Programme Director)

Prof. Dr.-Ing. Norbert Müller

Practical Semester Coordinator

Prof. Dipl.-Ing. Martin Würtele

Examination Board Contact (Credit transfers, accreditation)

Prof. Dr. rer. nat. Dirk Muscat

Academic Advisor

Prof. Dr.-Ing. Norbert Müller