Team
Administrative & Technical Staff
Apprentice in physics laboratory technician EFZ
Senior Researchers & Group Leaders
Research Areas: Computational mechanics, CFD, Process simulation, Data-driven modeling, High-performance computing
Research Areas: Advanced sensing and controls for multi-source and multi-material metal additive manufacturing
Research Areas: Physical and Mechanical Metallurgy, Multi-material Additive Manufacturing and Sintering, Materials Development for Additive Manufacturing, Sustainability, Materials Characterization
external page Dr. Konrad Papis
Research Areas: Materials for advanced manufacturing, Materials sustainability, Material simulation and Design thinking
external page Dr. Timo Schudeleit
Research Areas: Hybrid manufacturing: Combined additive manufacturing (DMD) and milling, Multi-material additive manufacturing: DMD of metal matrix composites and coating (high speed laser cladding), Ultra-short pulse laser ablation for surface engineering and ultra-hard tool manufacturing
external page Dr. Daniel Werner
Research Areas: Additive-manufacturing of non-metals, Sustainability, Application development, Analysis, Process optimization
Research Areas: Distributed process control systems, Robot performance and accuracy enhancement, Hardware agnostic robot control, Robotic milling and measurement
external page Dr. Sebastian Lang
Research Areas: Thermal Error Compensation, Machine tool simulations, Measurements on machine tools
Postdoctoral Researchers
external page Dr. Enrico Tosoratti
Research Areas: Laser powder bed fusion, Quality management, Computer vision, Machine learning
Research Areas: Deep Learning, Reinforcement Learning, Computer Vision, Wire Arc Additive Manufacturing
Research Areas: Spark Plasma Sintering (SPS) of ceramics and their composites, Materials processing, engineering, and characterization
Research Areas: High Speed Laser Cladding (HSLC), Process development & Parts characterization
Research Areas: Additive Manufacturing, Surrogate Modelling, Computational Heat Transfer, Reinforcement Learning
Research Areas: Applied Computational Fluid Dynamics, Turbulence modeling, Data-driven modeling, Thermal error compensation
Doctoral Candidates
Research Areas: Numerical Simulations for Medical Applications, Machine Learning Surrogate Modeling, Model Robustness and Verification, Statistical Methods
Research Areas: Control and Modeling of Thermal Systems, Applied Computational Fluid Dynamics, Temperature Measurement and Control
Research Areas: Thermal Errors in Machine Tools, Physics Informed Neural Networks, Hybrid Machine Learning Approaches
Research Areas: Large Deformation Continuum Mechanics, Uncertainty Propagation, Development of Computational Methods
Research Areas: Multi-material Laser Powder Bed Fusion with focus on nickel-based alloys and steels
Research Areas: Metal additive manufacturing, Laser powder bed fusion, Powder production and characterization
external page Philip Dreizehnter
Research Areas: Machining Ceramics with Geometrically Defined Cutting Edge, Micro Tool Optimization, Wear Modeling
Research Areas: Highspeed laser cladding, Aluminium alloys and composites
Scientific Collaborators
Research Areas: Numerical Simulation, Smoothed particle hydrodynamics (SPH), Metal additive manufacturing
external page Dr. Nikolai Schröder
Research Areas: Ultra-Short Pulsed Laser Ablation for Precise Surface Engineering, Process Monitoring
Research Areas: Metal Additive Manufacturing, Laser Powder Bed Fusion, Process monitoring, Quality management
Research Areas: Generative AI, Machine Learning in Manufacturing, Reinforcement Learning
Research Areas: Multiphysics Modeling of Abrasive Manufacturing Processes, Coupled DEM-CFD Simulation
Research Areas: Numerical and Data-Driven Modeling and Control of Thermal Systems, Machine Learning, Machine Tools and Thermal Errors
Research Areas: Grinding Process Optimization, Thermal Error Compensation, Measurements on Machine Tools
Davide Pusino
Research Areas: Shape Optimization, Generative Design, Reinforcement Learning