Program Overview

Master's Track High-Tech Systems

The Master's track High-Tech Systems is a two-year program that focuses on the design and development of intelligent high-tech systems. This track is part of the Master of Science in Mechanical Engineering program at Eindhoven University of Technology (TU/e).

Key Facts

• Degree: MSc in Mechanical Engineering, specialization in High-Tech Systems
• Labs: Mobility lab, motion/dynamics lab, robotics lab (Gemini Noord)
• Career Focus: Designing precision systems, mastering control engineering, and innovating in high-tech industries like semiconductors, automotive, energy, and healthcare
• ECTS points: 120
• Education type: Master program
• Duration: 2 years
• Language: English
• Degree: Master of Science (MSc)

What's in it for me?

The High-Tech Systems Master's track allows students to explore physical and data-driven modeling, develop a deep understanding of control and systems theory, and gain hands-on experience in control engineering. Students will gain a strong theoretical foundation while engaging in hands-on experimentation with advanced equipment. This track prepares students to become systems specialists ready to innovate in high-tech industries and research.

What will I learn?

• Control engineering and system theory
• Physical and data-driven modeling
• Dynamics and mechanical vibrations
• Real-time experimentation in advanced labs
• Challenge-Based Learning (CBL) projects in control and learning control
• Internships and master's projects with industry and research institutes

Why should I follow this master's track at TU/e?

• Learn at the heart of Brainport Eindhoven: TU/e is embedded in one of Europe's leading high-tech regions, offering direct exposure to cutting-edge technologies and industrial collaboration.
• Access a thriving high-tech ecosystem: Work with companies and researchers driving innovation in intelligent systems, precision engineering, and automation.
• Meet real-world demand: HTS graduates are highly sought after in industries where precision, control, and system integration are key to solving global challenges.
• Make a lasting impact: Use your skills to advance high-tech systems and shape the future of automation, energy, mobility, and healthcare.

Related Master's Programs and Tracks

• Master Mechanical Engineering
• Master's track Advanced Manufacturing across the Scales
• Master's track Computational Engineering
• Master's track Energy Conversion and Storage
• Master's track Engineering Fluid Mechanics
• Master's track Engineering Solid Mechanics
• Master's track Materials for High Tech Systems Design
• Master's track Mechatronic Systems Design

Admission and Enrollment

This program is NVAO-accredited. In the Netherlands, the NVAO assesses the internal quality assurance of universities and colleges and the quality of their programs.