E. Rohland
Papers
1
Total Citations
19
H-Index
1
About
E. Rohland’s research lies at the intersection of rehabilitation robotics and human locomotor biomechanics, with a focus on restoring real-world mobility after neurological injury. Their most-cited work, “Robotic body weight support enables safe stair negotiation in compliance with basic locomotor principles” (2019, 19 citations), addresses a critical gap in rehabilitation: while treadmill and overground walking are commonly trained, stair negotiation—a demanding, high-risk daily task—is often neglected. Rohland demonstrated that robotic body weight support systems can be programmed to safely assist stair climbing while preserving fundamental locomotor patterns, offering a novel pathway for more comprehensive gait retraining. This contribution is particularly impactful because it bridges the gap between laboratory-based therapy and real-world functional independence. By prioritizing ecological validity and patient safety, Rohland’s work has influenced the design of next-generation rehabilitation exoskeletons and body-weight support systems. Their research underscores a commitment to translating biomechanical principles into practical, patient-centered technologies—an approach that continues to shape how clinicians integrate robotic assistance into neurorehabilitation.
Research Focus
Key Achievements
Top Papers
- 1