Smart Materials and Systems
The Master of Science in Smart Materials and Systems is an innovative graduate program designed for students aiming to deepen their knowledge in next-generation material technologies and intelligent system design. Delivered full-time and internationally oriented, the program integrates scientific foundations with advanced engineering applications. Through interdisciplinary coursework and hands-on experience, students gain expertise in responsive materials, embedded systems, and modern electrical engineering. The program spans four semesters and accepts students in both the winter and summer semesters.
Located in Wuppertal, a dynamic center for engineering and applied sciences, this master’s program emphasizes technological innovation and research excellence. With strong links to scientific institutions and industrial partners, students benefit from practical training, cutting-edge laboratories, and collaborative projects. The course reflects Germany’s ongoing leadership in engineering education, making it a strong choice for those seeking to specialize in intelligent materials and future-oriented system technologies.
Key information
Key Facts
- Degree: Master of Science (M.Sc.)
- Standard period of study: 4 semesters
- Location: Wuppertal
- Study Type: Graduate (full-time)
- Admission semester: Summer & Winter Semester
- Area of study: Electrical Engineering
- Admission modus: Without admission restriction
- Main language: English
Program Structure
Core Scientific Foundations
- Smart and Functional Materials
- Material Characterization Methods
- Modeling of Active Systems
- Electronics and Control Principles
Advanced Engineering Applications
- Embedded and Intelligent Systems
- Actuators, Sensors, and Integrated Design
- Simulation Techniques and System Optimization
- Laboratory Projects in Smart Materials
Specialization & Research Skills
- Adaptive Systems and Applications
- Industrial Collaboration Project
- Research Methods in Engineering
- Innovation and Technology Development
Master’s Thesis
- Independent Research Project
- Scientific Documentation & Defense
Career Opportunities
Graduates can pursue roles in advanced engineering sectors such as smart materials development, sensor systems, automation technologies, applied research, and product innovation. Opportunities also extend to R&D departments, high-tech manufacturing, and academic pathways. The program’s interdisciplinary nature enables graduates to work across engineering, materials science, and technology-driven industries worldwide.
Why Choose This Program
This program combines material science and intelligent system engineering, offering a strong scientific foundation paired with practical application. Students benefit from modern lab facilities, research collaborations, and exposure to emerging technologies in responsive materials.
With its interdisciplinary approach and international orientation, the program prepares students for evolving engineering careers. Its strong industry connections and project-based learning environment help students develop both technical expertise and innovation-driven problem-solving skills.
Contact Information
Student Advisory Service – University of Wuppertal
Gaußstraße 20, 42119
Wuppertal, Germany
Tel: 0202 / 439-2595
Fax: 0202 / 439-2597
Email: zsba@uni-wuppertal.de
International Office – University of Wuppertal
Gaußstraße 20, 42119
Wuppertal, Germany
Tel: 0202 / 439-3247
Fax: 0202 / 439-3856
Email: icenter@uni-wuppertal.de
