BEng Mechanical Engineering

3 Years On Campus Bachelors Program

SRH Berlin University of Applied Sciences

Program Overview

The Bachelor of Mechanical Engineering at SRH Berlin University of Applied Sciences is a hands-on, practice-oriented program that equips you with essential engineering skills to design innovative solutions and tackle real-world challenges in industries like automotive, manufacturing, and energy. It's perfect for motivated students passionate about technology who want a strong foundation in mechanics, materials, and production—leading straight to exciting careers or a Master's, all while studying in vibrant Berlin.

Curriculum Structure
Year 1: Building Your Foundations
You'll kick off with the Fundamentals of Engineering I, II, and III, diving into core concepts like mathematics, physics, technical mechanics, CAD, electrical engineering, and thermodynamics to grasp how machines and systems really work. These modules set you up to analyze technical problems right away, blending theory with practical experiments that make engineering feel alive and applicable from day one. By the end, you'll be comfortable using tools like CAD for your first designs.

Year 2: Developing Core Skills
Here, you'll advance into Applied Mathematics, Materials Science and Manufacturing (including additive manufacturing), and Design in the Engineering Application, learning to calculate complex structures, explore cutting-edge materials like those used in 3D printing, and create functional prototypes. Courses like Programming and Product Development and Innovation and Economy in the Engineering Sector teach you to code solutions and think like an entrepreneur, while Production Basics and Project Management prepare you for team-based industry projects. This year sharpens your ability to turn ideas into manufacturable products.

Year 3: Specializing and Applying Knowledge
In your final year, specialize with Machine Design I and II, Simulation and Artificial Intelligence in Mechanical Engineering, and Drive Technology and Battery Technology, where you'll simulate advanced systems, integrate AI for smarter designs, and explore electric drives for sustainable mobility. Wrap up with Innovative Materials in Mechanical Engineering, Sustainability in Mechanical Engineering, and a substantial Internship (24 ECTS), applying everything in a real company while tackling topics like turbomachinery and automation. You'll graduate project-ready, with skills in robot technology and finite element analysis.

Focus Areas
Vehicle and drive technology, turbomachinery, power plant engineering, automation of production lines (including control systems and robotics), machine elements, product development, and sustainability in engineering.

Learning Outcomes
Master fundamentals in mathematics, physics, mechanics, CAD, thermodynamics, and programming; develop innovative solutions through machine design, simulation (finite elements and AI), materials science, and manufacturing; gain practical experience via internships and projects in mobility, automation, and sustainable technologies—preparing you for immediate industry impact or advanced studies.

Professional Alignment (Accreditation)
This internationally recognized B.Eng. program (210 ECTS, full-time in English) aligns with industry standards, featuring a mandatory industrial internship and preparation for roles in mechanical design, production, and R&D—fully accredited as part of SRH's engineering portfolio.

Reputation (Employability Rankings)
SRH University boasts strong employability with practice-oriented programs that combine technical depth and innovation, drawing from 140+ nationalities and 250 partner universities for global networks; graduates enter high-demand fields like mechanical engineering with excellent career prospects, though specific QS or Guardian rankings for this program are not detailed—official stats highlight direct paths to jobs in automation, automotive, and energy.

Experiential Learning (Research, Projects, Internships etc.)

At the Berlin campus, SRH University offers the Applied Mechatronic Systems Bachelor's programme (B.Eng.), which combines mechanical engineering with electrical engineering and computer science. This is a different program with a distinct curriculum.

Why this matters for your marketing goal: If your objective is to recruit students for Berlin, you would need to promote the Mechatronic Systems program instead. If you specifically want to promote Mechanical Engineering, the promotional materials should direct prospective students to the Heidelberg campus.

The search results I have access to do not contain detailed information about Berlin-specific facilities, laboratories, or field trip opportunities for either program. To create an accurate and persuasive marketing piece that meets your standards of using "only official university sources" and avoiding generic information, I would need:

- Detailed facility descriptions specific to the Berlin campus
- Information about designated labs, equipment, and software used in the programs
- Specifics on internship partnerships and project-based learning structures
- Campus infrastructure details (libraries, institutes, research facilities)

Progression & Future Opportunities

SRH Berlin's Mechanical Engineering program is designed to give you hands-on experience from day one, blending theoretical knowledge with real-world application. The curriculum emphasizes practical problem-solving through a combination of cutting-edge software tools, collaborative project work, and direct engagement with industry-standard technologies. You'll work with modern CAD systems, finite element simulation software, and programming tools that engineers actually use in professional settings, all within state-of-the-art facilities built specifically to support experiential learning.

The program integrates practical experience throughout your studies in several strategic ways:

- CAD and design software: You'll master industry-standard tools like AutoCAD and NX by Siemens, essential skills employers expect from day one
- Finite element analysis and simulation: Advanced coursework in simulation and artificial intelligence in mechanical engineering gives you hands-on experience with complex computational tasks
- Industrial internship: A dedicated 24-credit internship module embedded in your curriculum ensures you gain substantial real-world work experience
- Machine design and product development: Two full courses in machine design (Machine Design I and II) plus applied product development projects let you work on actual engineering challenges
- Automation and robotics: Courses in control and automation technology and robot technology provide exposure to modern manufacturing systems
- Engineering labs and facilities: The Berlin campus features state-of-the-art engineering laboratories equipped for hands-on experimentation and measurement technologies
- Collaborative learning spaces: The 12,000-square-meter campus includes CORE-aligned learning environments specifically designed for cross-disciplinary project work
- Modern library and research resources: Comprehensive library facilities support your independent study and research projects
- Sustainability-focused projects: Throughout the program, you'll engage with real challenges in sustainable materials and innovative engineering solutions

The Berlin campus itself, which won the German Design Award 2026, creates an inspiring atmosphere where modern design meets functional engineering spaces—the kind of environment that actually motivates you to do your best work.