Miqdad Taqi Mohamed Mushadiq

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About

Miqdad Taqi Mohamed Mushadiq is an emerging researcher at the forefront of assistive robotics and biomedical engineering, with a focused interest in the design and optimization of robotic-powered prostheses. His seminal work, "Robotic-Powered Prosthesis: A Review and Directions" (2024), has already garnered 4 citations, establishing a foundational perspective in a rapidly evolving field. In this review, Mushadiq critically examines the integration of artificial limbs engineered for optimal power efficiency, a key challenge in enhancing user mobility and independence. He systematically analyzes current design paradigms, highlighting the trade-offs between actuation power, battery life, and user comfort, while proposing future directions for energy-efficient, adaptive prosthetic systems. His contributions are particularly notable for bridging the gap between mechanical efficiency and real-world usability, offering a roadmap for developing prostheses that are not only more responsive but also less burdensome for daily wear. As a young investigator, Mushadiq’s work signals a promising trajectory toward more accessible, high-performance assistive devices, making him a voice to watch in the next generation of rehabilitation technology.