Program Overview

Mastertrack Robotics

The Robotics master track provides in-depth expertise in control-oriented robotics, dynamic manipulation, and mobile systems. Students master both theoretical foundations and practical experiments in advanced labs. This multidisciplinary track prepares students to become specialists in robotics, ready to innovate in industry or research.

Study Program

• ECTS credits: 120
• Program type: Master's degree
• Study duration: 2 years
• Language: English
• Title: Master of Science (MSc) in Mechanical Engineering, specialization in Robotics

Labs and Facilities

• Arena for autonomous mobile robots
• Setups for dynamic manipulation
• VR/AR teleoperation
• Industrial packaging line

Career Focus

• Designing autonomous systems
• Improving human-robot collaboration
• Developing intelligent machines with real impact

What Does it Offer?

The Robotics master track offers expertise in control-oriented robotics, dynamic manipulation, and mobile systems. Students gain both theoretical knowledge and practical experience in advanced labs. This track prepares students to become specialists in robotics, ready to innovate in industry or research.

Discover Advanced Technologies

• Control engineering, system dynamics, and motion planning
• AI, machine learning, and computer vision
• Human-robot interaction and coordination between multiple robots
• Hardware design for robots and task-oriented manipulation
• Practical experiments in advanced robotics labs
• Real-time testing in arenas with motion capture and industrial setups

Why Follow this Master Track at TU/e?

• Study in the heart of Brainport Eindhoven: TU/e is located in an innovative ecosystem with direct access to the latest developments in robotics and automation.
• Access to a thriving high-tech ecosystem: Work with researchers and companies developing cutting-edge technologies in intelligent systems and mechatronics.
• Meet the demand from practice: Graduates in robotics are in high demand due to their ability to solve complex societal challenges with automation and AI.
• Make a lasting impact: Use your skills to develop intelligent technologies and shape the future of robotics in various sectors.

Related Master Programs and Tracks

• Master Mechanical Engineering: A master's program with various tracks, including Robotics.
• Mastertrack Advanced Manufacturing across the Scales: A track that delves into manufacturing technologies on a fundamental, experimental, and numerical level.
• Mastertrack Computational Engineering: A track that provides knowledge and skills to understand and apply computational methods, AI, and mathematical models.
• Mastertrack Energy Conversion and Storage: A track that offers specialized knowledge on energy systems and underlying fundamental principles.
• Mastertrack Engineering Fluid Mechanics: A track that provides fundamental insight into fluid flows.
• Mastertrack Engineering Solid Mechanics: A track that teaches the stiffness, deformability, strength, and lifespan of products and constructions.
• Mastertrack Materials for High Tech Systems Design: A track that provides fundamental insight into the properties of advanced technical materials and their application in complex systems.
• Mastertrack Mechatronic Systems Design: A track that teaches the design of multidisciplinary systems and devices.

Student Stories

• "I dream of a smart operation robot": A story about a student passionate about robotics and solving interesting problems with real applications.
• "I dream of robots that can explain what they do and why": A story about a student working on giving robots the knowledge of the world so they can better understand their environment and perform tasks robustly.
• "I dream of robots that work better together": A story about a student researching how robots can collaborate and avoid interfering with each other.

Admission and Enrollment

For information on admission requirements, enrollment procedures, and tuition fees, please refer to the official TU/e website or contact the university directly.