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About

Nika Goljar is a leading researcher in neurorehabilitation robotics, specializing in the development of innovative technologies to restore motor function after stroke. Her work focuses on three key areas: upper-limb haptic training, gait symmetry correction, and psychophysiological human-robot interaction. Goljar’s major contributions include designing a variable structure pantograph mechanism with a spring suspension system for comprehensive upper-limb movement training—a cost-effective, versatile device aimed at overcoming barriers to widespread rehabilitation robot use (18 citations). She also pioneered a novel robot-assisted approach for improving gait symmetry after stroke, addressing the critical issue of hemiparetic gait asymmetry through adaptive robotic assistance (12 citations). Her research on psychophysiological responses during robot training (14 citations) provides objective insights into patient engagement and recovery phases, enhancing the design of responsive rehabilitation systems. Goljar’s work has advanced the field by bridging engineering innovation with clinical needs, offering practical solutions for balance, propulsion, and symmetry training. Her studies, including dynamic balance assessment and case-based robot-supported interventions, demonstrate a commitment to translating robotic technologies into effective, patient-centered therapies for stroke survivors.