Sustainable and Smart ManufacturingLife cycle 2

    • Reducing energy and resource consumption
    • Understanding life cycles of all manufacturing components (e.g. product, machine tool, tools, auxiliary materials)
    • Leveraging manufacturing
    • Process modeling and virtual manufacturing
    • Human-centered design and manufacturing
    • 3D Printing

Abrasive ProcessesMechanisms

  • Understanding process mechanisms
  • Greening tool design, finding bio-inspired processes and tool designs
  • Investigating minimum energy in grinding
  • Linking process, surface integrity, and part function
  • Developing novel applications in energy generation, energy storage, and bioengineering
  • Surface engineering for tribology tasks, aesthetic purposes, food processing, etc.


Data-Driven Human Cyber-Physical Systems Collaboration

Development of an energy-efficient cylindrical grinding machine

Integrated STEM Approach for Studying Aerospace Engineering Design and Manufacturing

IRTG 2057 – International Research Training Group (IRTG) “Physical Modeling for Virtual Manufacturing Systems and Processes”

Modular Hybrid Desktop Machine

Optimising Turbo-Spindle Efficiency for Machining at Ultra-High Speed (OpTEMUS)

Surface engineering for food safety

Understanding Machining Distortion to Improve Manufacturing Sustainability

More projects

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