Summer school: precision in high-tech systems

This summer school introduces students to the fundamentals of precision engineering within high-tech systems, focusing on how mechanical design, control, thermodynamics and material choices contribute to achieving extreme accuracy and stability. The course blends theoretical foundations with practical insights from industry and research.
Over four weeks, students will explore how precision is achieved in systems such as lithography machines, robotics, and other mechanical and optical instruments for high-tech. The first three weeks are delivered in a hybrid format, combining interactive online lectures, assignments, and collaborative design challenges. The final week is held on-site, featuring hands-on lab sessions, system demonstrations
Students will learn to identify sources of error, understand the role of metrology and control systems, and apply basic modeling techniques to analyze precision-critical components. The course emphasizes real-world applications and prepares students for selecting a master program which prepares them for future roles in high-tech industries.

LO1: Explain and apply basic principles of precision engineering and its relevance in high-tech systems.LO1a explain how material properties influence vibration behavior and precision performance.
LO1b** apply** this for material selection for high tech applications.
LO2:** Identify and analyze** sources of mechanical and thermal errorLO2a explain the principles behind thermal fluctuations and air flow.
LO2b apply these for thermal management and environmental isolation of precision systems.
LO3: Apply basic modeling and control strategies to improve system accuracy.

LO4: Interpret metrology data and explain its role in system calibration.

LO5: Design and evaluate a precision-critical subsystem

Individual written test (60%), Project result (40%)

• Basics of Precision engineering, Leach and Smith

3 weeks hybrid/online and 1 week on-site in Eindhoven. Online lectures, online projects, self-study, exam, project presentations, lab/company visit