
Wernigerode, Germany

Wernigerode, Germany

Cost Of Living

Undergraduate Fees International Students

Post Graduate Fees International Students

The university maintains close partnerships with regional and international industries, especially in engineering, manufacturing, wood technology, construction, automation, and digital technologies. Students regularly participate in internships, live projects, company-sponsored research, and thesis collaborations with businesses. TH Rosenheim emphasizes applied education rather than purely theoretical teaching. Laboratories, workshops, project-based learning, and practical semesters are integrated into most programs, helping students develop technical and professional skills aligned with industry needs. The university is internationally recognized for its Faculty of Wood Technology and Construction, one of the most respected centers in Europe for wood engineering, sustainable materials, and bioeconomy research.
A prominent German politician from the Social Democratic Party (SPD), she has served as a member of the Bundestag since ... View More
A prominent German politician from the Social Democratic Party (SPD), she has served as a member of the Bundestag since 2004 and later became Parliamentary State Secretary in Germany’s Federal Ministry for Economic Cooperation and Development. View Less
A globally recognized automotive industry executive who served as CEO of Jaguar Land Rover and later became Chairman of ... View More
A globally recognized automotive industry executive who served as CEO of Jaguar Land Rover and later became Chairman of Jaguar Land Rover. He is known for transforming the company into one of the world’s leading luxury automotive brands. View Less
A Swiss politician associated with the Free Democratic Party (FDP), recognized for his contributions to Swiss public adm... View More
A Swiss politician associated with the Free Democratic Party (FDP), recognized for his contributions to Swiss public administration and politics. View Less
A German author and writer known for literary works and publications in contemporary German literature.
Although primarily known as the university president rather than an alumnus, he has played a major role in transforming ... View More
Although primarily known as the university president rather than an alumnus, he has played a major role in transforming TH Rosenheim into an internationally connected technical university with expanded campuses and research facilities. View Less
An architect and academic associated with the university who contributed significantly to architectural education and ap... View More
An architect and academic associated with the university who contributed significantly to architectural education and applied design studies in Germany. View Less
The infrastructure of Rosenheim Technical University of Applied Sciences (TH Rosenheim) is modern, practice-oriented, and designed to support applied learning, research, and industry collaboration. The main Campus Rosenheim includes more than 100 laboratories, over 50 lecture halls and seminar rooms, and dedicated workshops for engineering, IT, construction, business, and healthcare programs. The campus library offers extensive physical and digital resources, study spaces, group work areas, and access to specialist databases, and is open to both students and the public. Key infrastructure facilities also include advanced research centres such as the ROTEG energy and building technology centre, which focuses on ventilation systems, renewable energy, acoustics, and sustainable construction technologies, as well as the RO-BERTA research project lab for meteorological and engineering applications. In addition, the university is expanding its infrastructure with a new technology park featuring state-of-the-art laboratories for artificial intelligence, robotics, industrial manufacturing, and sustainable building systems, reflecting its strong focus on future-oriented applied sciences.
Student life at Rosenheim Technical University of Applied Sciences (TH Rosenheim) is known for being friendly, balanced, and practice-oriented, with a strong sense of community due to its medium-sized campus and smaller class groups. Students benefit from a familiar atmosphere with close contact to professors, making it easier to ask questions and get academic support compared to larger universities. The campus offers a lively social environment with many student groups, projects, and events, while also maintaining a calm and focused study setting.
Outside academics, student life is strongly shaped by Rosenheim’s location in Bavaria, offering excellent outdoor and leisure opportunities such as hiking, skiing, cycling, and lake activities in nearby Alps and lakes. The city is also well connected to Munich and Salzburg, giving students access to larger cultural, nightlife, and internship opportunities while still living in a quieter, safer town.


Rosenheim Technical University of Applied Sciences has a strong campus recruitment system driven by its close partnerships with industries, practical-oriented curriculum, and regional economic network in Bavaria. The university is known for maintaining strong connections with companies in engineering, manufacturing, automotive, construction, wood technology, automation, IT, healthcare, and digital technologies, which creates excellent career opportunities for students.
The below information is required while
completing the university application :
1. The undergraduate application requirements for Rosenheim Technical University of Applied Sciences (TH Rosenheim) include a school leaving qualification equivalent to the German Abitur, such as 12th grade plus eligibility for university studies in the home country; in some cases, students may also need to complete one year of university or a Studienkolleg in Germany with the Feststellungsprüfung exam.
2. Applicants must meet the language requirements of their chosen program, typically German proficiency (TestDaF, DSH, or Goethe certificates at B2 C1 level) for German taught courses or English proficieny for English taught programs.
3. Applications are submitted through the university’s online portal, sometimes via uni assist, along with required documents like academic transcripts, passport copy, language certificates, and sometimes a CV or motivation letter.
4. Certain programs may also require a pre study internship or additional practical experience, and deadlines generally fall around April July for winter intake and November January for limited summer intake programs.
Know moreRosenheim Technical University of Applied Sciences has a strong campus recruitment system driven by its close partnerships with industries, practical-oriented curriculum, and regional economic network in Bavaria. The university is known for maintaining strong connections with companies in engineering, manufacturing, automotive, construction, wood technology, automation, IT, healthcare, and digital technologies, which creates excellent career opportunities for students.
One of the university’s biggest strengths is its emphasis on applied learning through internships, industrial projects, company-sponsored research, and practical semesters. Many bachelor’s and master’s programs include mandatory internships and collaborative thesis projects with companies, helping students gain industry exposure before graduation.


Rosenheim Technical University of Applied Sciences has earned recognition for its achievements in sustainable engineering, applied research, innovation, and academic excellence. One of its most significant achievements came in 2010, when a university team won 2nd place at the Solar Decathlon Europe in Madrid for designing an energy self-sufficient residential building. In 2012, the university was honored under Germany’s Excellence Initiative for its pioneering cooperation with the Technical University of Munich in wood technology, timber construction, and energy efficiency research. In 2014, TH Rosenheim won the prestigious European Satellite Navigation Competition (ESNC) with its RO-BERTA weather and hailstorm research project, outperforming more than 50 universities and institutions worldwide. More recently, in 2024, a high-rise building project involving the university received the Architecture Prize for Building-Integrated Solar Technology for its innovative photovoltaic façade design, and in 2025, several university research projects were honored with the Innovation Prize for outstanding applied research and technology transfer achievements.


Multiple TH Rosenheim projects were honored for excellence in applied research, industry collaboration, and technology transfer, especially in engineering, digitalization, and sustainable technologies.
A university-associated research and construction project received recognition for building-integrated photovoltaic façade technology, highlighting advances in sustainable building design.
Won for the RO-BERTA project, an innovative system for weather and hailstorm detection, competing against international research teams.
Recognized for outstanding research collaboration in wood technology, timber construction, and energy-efficient building systems, particularly in partnership with leading German technical institutions.
The university team achieved 2nd place for designing an energy-efficient, self-sufficient solar-powered residential house, showcasing excellence in sustainable architecture and engineering.
Rosenheim Technical University of Applied Sciences is widely recognized for its applied research and innovation in sustainable engineering, wood technology, Industry 4.0, and bioeconomy. The university developed the “Additive Manufacturing 4.0 Learning Factory” in 2018, a modern smart manufacturing platform integrating 3D printing, automation, and digital production systems. It is also internationally known for research in sustainable wood processing, bio-based materials, lightweight composites, and circular economy technologies through projects such as FoWoCo and LaHoCo. In the 2020s, the university established the Center for Bio-based Materials (ZBM) and expanded research in hydrogen technology, renewable energy, and AI-assisted industrial systems. In 2025, Bavaria announced a major €190 million all-timber sustainable technology campus project, further strengthening TH Rosenheim’s leadership in sustainable construction and applied engineering innovation.
Researchers at TH Rosenheim have developed several innovative wood-fiber reinforced plastics and lightweight composite materials for: Automotive applications Packaging solutions Construction materials Industrial manufacturing Projects such as: FoWoCo (Foamed Wood Composites) LaHoCo (Wood Fiber Polymer Composites) NaVerPa (Sustainable Packaging Materials) NF-Ripp (Hybrid Natural Fiber Structures)
A major current research initiative focuses on climate-resilient wood and renewable raw materials. The project investigates: Processing of new wood species Recycling systems AI-assisted material analysis Sustainable value chains for renewable resources
The university established the Center for Bio-based Materials (ZBM) to promote environmentally friendly product development and sustainable resource management. Major R&D areas include: Lignin modification Wood fiber engineering Sustainable composite materials Circular economy systems Climate-friendly material development The center works closely with industrial partners and is supported by the Bavarian government.
One of TH Rosenheim’s most recognized innovations is its “Additive Manufacturing 4.0 Learning Factory,” a highly advanced research and teaching platform for Industry 4.0 and smart manufacturing. The facility integrates: 3D printing technologies IoT-enabled manufacturing systems Digital twins Automated intralogistics Real-time production monitoring The project is considered unique in the German-speaking research landscape because it simulates a complete industrial manufacturing chain using digitalized additive manufacturing systems

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