Kevin Vartanian

Papers

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About

Kevin Vartanian is a researcher specializing in the design and actuation of advanced prosthetic and robotic systems, with a particular focus on shape memory alloy (SMA) technologies. His most cited work, "Design of a Lightweight Shape Memory Alloy Stroke-Amplification and Locking System in a Transradial Prosthetic Arm" (2021), introduces a compact, energy-efficient mechanism that amplifies the limited stroke of SMA wire actuators and locks them post-actuation—a critical innovation for reducing power consumption in prosthetic limbs. This contribution addresses a key challenge in soft and smart actuation: balancing lightweight design with functional stroke and energy retention. Though early in his career, Vartanian’s work has already garnered attention for its practical approach to improving transradial prostheses, offering a pathway toward more natural, low-power, and durable assistive devices. His research sits at the intersection of materials science, mechanical design, and rehabilitation engineering, aiming to make SMA-driven prosthetics more viable for real-world use. With a growing citation footprint, Vartanian is establishing himself as a promising voice in the development of smart, adaptive robotic systems for human augmentation.