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About

Lisanne Kremer is a researcher specializing in human-robot collaboration, human factors, and the application of Industry 4.0 technologies within healthcare settings. Her work sits at a critical intersection of engineering, ergonomics, and medical systems design, addressing one of the most pressing challenges of modern healthcare: how emerging robotic and digital technologies can be meaningfully and safely integrated into clinical environments under conditions of staff shortages and demographic pressure. Kremer's most influential contribution, "An Investigation into the Implication of Human-Robot Collaboration in the Health Care Sector" (2019, 9 citations), established a foundational framework for understanding how manufacturing-derived robotics can be adapted for healthcare applications. Her subsequent research on robot trajectories and situational awareness (2020, 8 citations) demonstrated rigorous experimental approaches to optimizing human-robot interaction dynamics. Notably, her work incorporating eye-tracking methodology to assess mental workload and technology acceptance reflects a sophisticated, evidence-based approach to evaluating real-world usability under stressful conditions. Expanding into digital tools, Kremer has also explored virtual process simulation in operating room environments, highlighting the potential of prospective ergonomics and digital planning for improving surgical workflows. Collectively, her research provides students and practitioners with essential insights into designing safer, more human-centered healthcare environments in an increasingly automated world.