Semester / Bachelor / Master thesis: “The biomechanics of human body during balance on a wobble board and gait perturbed” (70% experimental, 30% theoretical)

Maintaining joint stability and balance is key for human movement, yet current datasets rarely combine EMG, GRF, and MoCap, limiting biomechanical modeling. This thesis will collect a high-quality multimodal dataset capturing muscle co-contraction during wobble-board balancing and controlled gait perturbations, providing a strong basis for future work, including machine learning models of neuromuscular responses.