4 Years On Campus Bachelors Program
The International Bachelor of Engineering at Rosenheim University of Applied Sciences is a flexible four-year program designed for international students, starting with three semesters of English-taught basics in engineering fundamentals and German language to ease your entry, then shifting to German-taught main studies where you pick one of seven specializations like Mechanical Engineering or Engineering and Management. It's perfect if you're a young international eager for hands-on German engineering training, top labs, and real-world practice that leads straight to in-demand jobs across industries.
Curriculum Structure
Year 1 (Semesters 1-2): You'll kick off with a shared foundation for all specializations, diving into core engineering basics like Mathematics (15 ECTS credits), Physics (5 ECTS), Engineering Mechanics (5 ECTS), Electrical Engineering (10 ECTS), and Engineering Informatics (5 ECTS), all taught in English alongside integrated German classes to build your skills smoothly. This broad setup gives you a solid technical base while introducing diversification in semester 2 with subject-specific modules, helping you explore options without committing too early.
Year 2 (Semester 3): Building on the basics, semester 3 ramps up specialization with mostly program-specific modules in English and some German ones to prepare the switch, including advanced Mathematics, Engineering Mechanics, and intro courses tailored to your interests like electrical or mechanical topics. You'll gain confidence in applying fundamentals through practical exercises, setting the stage for deeper dives while improving your German for future semesters.
Years 3-4 (Semesters 4-8): From semester 4, you choose your specialization (e.g., Electrical Engineering and Information Technology, Plastics Engineering, or Mechatronics) and dive into German-taught compulsory modules, FWPM specialist electives, and a mandatory practical semester like Industrial Project Work (IPA) in a company for real-world experience. The final semesters focus on advanced topics, projects, and electives to personalize your profile, culminating in your Bachelor of Engineering degree after 240 ECTS credits, with flexibility for dual studies or international internships.
Focus Areas: Hands-on labs, interdisciplinary skills, seven career-driven specializations (Electrical Engineering and Information Technology, Energy and Building Technology, Engineering and Management, Plastics Engineering/Sustainable Polymer Engineering, Mechanical Engineering, Mechatronics, Medical Technology), practical training, and German industry integration.
Learning Outcomes: Gain broad engineering competence, international collaboration skills, German proficiency, and specialization expertise for roles in R&D, production, management, or tech integration across sectors like automation, renewables, and aerospace.
Professional Alignment (Accreditation): The program follows official study and examination regulations at TH Rosenheim, awarding a Bachelor of Engineering (240 ECTS) aligned with German engineering standards and the Rosenheim study model for practice-oriented, dual-study compatibility.
Reputation (Employability): Graduates are highly sought for Germany's engineering job market, with strong career prospects in industry thanks to practical focus, industry-experienced lecturers, and top facilities—preparing you for immediate employment in innovative fields.
Experience Engineering Excellence at Rosenheim
The International Bachelor of Engineering program at TH Rosenheim is specifically designed to blend rigorous academic training with hands-on professional experience. What makes this degree truly distinctive is the Rosenheim study model, which uniquely integrates theory and industrial practice throughout your entire four-year journey. Rather than waiting until you graduate to apply what you've learned, you'll be working in real engineering environments from day one, developing the practical skills that employers desperately want.
The program structure deliberately intertwines classroom learning with practical phases. During semesters 3 to 6, you'll complete practical phases (P3 to P6) between your theoretical coursework, allowing you to immediately test your knowledge in actual engineering settings. You also have the flexibility to complete a dedicated practical semester in your sixth semester as industrial project work within a company, giving you an extended period of concentrated professional experience. This isn't a generic internship program—it's a carefully structured pathway where your university education and workplace training reinforce each other continuously.
The experiential learning opportunities embedded throughout your studies are substantial:
- Dual study options — You can pursue the program as a dual degree, combining your studies with in-depth professional training at a partner company, or as a non-dual program with flexible practical phases
- Industrial project work — Your practical semester is completed as team-based industrial project work (IPA) in a company, or as an individual project upon request
- International internship possibilities — The university supports internships conducted abroad through coordination with the International Office
- Integrated German language training — During your first three semesters, you'll participate in integrated German language classes taught alongside engineering fundamentals, preparing you for German-language coursework and professional communication
- Specialization-specific laboratories — Depending on your chosen specialization (Electrical Engineering and Information Technology, Energy and Building Technology, Plastics Engineering, Mechanical Engineering, Mechatronics, Medical Technology, or Engineering and Management), you'll access discipline-specific practical facilities
- Broad engineering fundamentals with hands-on application — Your foundation includes 15 credit points in mathematics, 5 in physics, 5 in engineering mechanics, 5 in electrical engineering, and 5 in applied informatics—all taught with practical relevance
- Company partnerships — The university provides model contracts for dual studies based on hochschule dual templates, ensuring structured partnerships with leading companies
This program gives you a genuine competitive advantage: while other graduates are still figuring out how to apply their textbook knowledge, you'll already have years of verified professional experience and established industry connections. You're not just earning a degree—you're building a career.
At the International Bachelor of Engineering at Rosenheim Technical University of Applied Sciences, you'll dive right into hands-on learning from day one, building real-world skills through the university's Rosenheim study model that tightly weaves theory with industry practice—think practical semesters, internships, and project work right alongside your classes. This means you'll get plenty of time in labs and with cutting-edge tools specific to engineering fields like mechanical, electrical, and energy systems, all while specializing in one of seven career-focused areas at Campus Rosenheim. Whether it's tackling simulations, team projects, or on-site industry stints, our program equips you to hit the ground running as a sought-after engineer in Germany.
Here's how our experiential learning comes to life with program-specific opportunities and facilities:
- Practical semesters and internships: Complete a dedicated practical semester (like industrial project work in teams) in semester 6 or spread study-accompanying internships across practical phases P3-P6 for real engineering experience—dual study options with company partners are fully supported via model contracts.
- Group projects and team work: Engage in collaborative industrial project assignments (IPA) during practical phases, often abroad with International Office support, building skills in assembly, operations, and technical management.
- Laboratories and specialized facilities: Access engineering labs tailored to specializations like Electrical Engineering & IT, Energy & Building Technology, Mechatronics, and Plastics Engineering for hands-on work in physics, mechanics, and building systems at Campus Rosenheim.
- Digital tools and software: Work with engineering informatics (5 CPs), technical simulation software, and applied informatics tools essential for all tracks, plus modules like Fluid Mechanics, Solar Technology, and Building Physics simulations.
- Field trips and industry integration: Leverage the Rosenheim model's practical phases for company-based exposure, including potential international internships, tying directly into specializations like Medical Technology or Sustainable Polymer Engineering.
This practical edge is why our graduates are in high demand—imagine applying right away with your Bachelor of Engineering in hand. Ready to engineer your future?



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