SRH University is a state-recognized private university in Germany with multiple campuses including Berlin, Heidelberg, Leipzig and Munich where this programme is offered. The Bachelor in Applied Mechatronic Systems equips students with interdisciplinary engineering skills across mechanical engineering, electrical engineering and computer science, focusing on the design and implementation of electromechanical systems.

 

Why Study Applied Mechatronic Systems at SRH University

• Mechatronics sits at the intersection of core engineering disciplines — ideal for future engineers wanting broad technical expertise in automation, robotics, embedded systems, smart manufacturing and automotive systems.
• Strong English-taught programme, suitable for international students without German language requirements.
• Extensive lab work & real projects prepare you for industry roles.
• Global trends included: machine learning, Internet of Things (IoT), smart manufacturing and robotics.
• You'll earn the Siemens SMSCP credential — an industry-recognized microcontroller and automation certificate.

 

Programme Structure & Subjects

The curriculum mixes theory, labs, and hands-on practice with industry project opportunities.

Core Fundamentals

• Mathematics I–III

• Physics

• Mechanical Engineering

• Engineering Drawing & Design

• Electrical & Electronics Engineering

• Programming & Advanced Programming

• Embedded Systems

• Sensor & Actuator Networks

• Microcontrollers

Applied & Advanced Topics

• Measurement Technologies / Mechatronics Lab

• Statistics & Scientific Work

• Imaging Technologies

• Drives & Power Electronics

• Artificial Intelligence / Machine Learning

• Smart Manufacturing

• Internet of Things & Cloud Technologies

• Engineering Teamwork Labs (AI, Embedded, Autonomous Systems)

Final Phase

• Internship / Company or Research Project

• Bachelor’s Thesis (15 ECTS)

Certification

Students complete the Siemens Mechatronic Systems Certificate Program (SMSCP Levels 1–2) — valuable for careers in automation and control systems.

 

Specialisations / Focus Areas

While this is one cohesive programme, it covers multiple interlinked engineering domains:

• Mechanical Systems Design
• Electrical & Electronics Integration
• Software & Control Systems
• Robotics & Automotive Mechatronics
• AI & Smart Manufacturing
• IoT & Cloud Technologies

 

Highlights of the Programme

• Interdisciplinary engineering — mechanical, electrical & software integration with real application.
• Hands-on labs & industry projects with companies — practical skills.
• Emerging tech exposure — robotics, AI, IoT, smart manufacturing.
• Siemens SMSCP certification adds professional validation.
• English-taught — accessible to international students without German language requirement.

 

Career Outcomes

Graduates are prepared for diverse engineering and technical roles, including:

• Industrial Development Engineer (design/planning/testing)
• Production / Quality Assurance Engineer
• Automation & Control Systems Specialist
• Robotics & Embedded Systems Engineer
• Smart Manufacturing / IoT Engineer
• Technical Sales & Product Support
• Project Management in Tech Industries

 

Visa Requirements (International Students)

If you are a non-EU/EEA student (e.g., from India):

• You need a German student visa before arrival.
• Submit your letter of admission, proof of financial resources (blocked account or equivalent), health insurance, and accommodation proof.
• After arrival, apply for a student residence permit.
• Students can generally work part-time (e.g., up to ~120 full or 240 half days/year) under German visa rules.