Papers
3
Total Citations
6
H-Index
2
About
Denis Pfeifer is a pioneering researcher at the intersection of digital twin technology and advanced manufacturing, with a primary focus on virtual commissioning, CNC-controlled robotics, and energy-efficient production systems. His groundbreaking work centers on the innovative reuse of extended digital twins—originally developed for virtual commissioning—to enable dynamics-based trajectory planning in CNC-controlled robotics. Pfeifer’s major contribution lies in demonstrating how industrial robots can be controlled via CNC controllers instead of traditional robot controllers, offering superior precision and flexibility. He has also developed an engineering platform that streamlines the design and operation of such systems, significantly reducing development time. Additionally, his research on offline and online energy simulation using virtual commissioning models addresses the critical gap in considering dynamical behavior and energy consumption during manufacturing system development. Though early in his career, Pfeifer’s work has already garnered attention, with his 2024 paper on digital twin reusage accumulating 3 citations and his 2025 platform paper receiving 2 citations. His achievements include pioneering a framework that bridges virtual commissioning with real-time CNC control, positioning him as an emerging leader in smart manufacturing and digital twin integration.
Research Focus
Key Achievements
Top Papers
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