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Kevin Ilham Apriandy is an emerging robotics researcher whose work centers on humanoid robot development, kinematics analysis, and computer vision systems. Based primarily within the RoISC research group, his contributions have focused on advancing the T-FLoW 3.0 humanoid robot platform — a sophisticated system demanding expertise across mechanical design, mathematical modeling, and autonomous perception. Apriandy's most recognized contribution, cited seven times, presents a comprehensive forward kinematics framework for a 7-DoF robotic arm paired with a 6-DoF hand, employing rotational matrices to achieve precise mathematical modeling of human-like limb movement. Complementing this, his prosthetic robot hand research introduces an innovative lever-based finger mechanism, offering a novel approach to grasping and manipulation. His work on bipedal locomotion further extends kinematic analysis to walking pattern generation — addressing one of humanoid robotics' most complex challenges. Beyond mechanical systems, Apriandy has contributed meaningfully to robotic perception through FLoW-Vision, a 3D computer vision system enabling object recognition and pose estimation, cited five times. Collectively accumulating over 17 citations across four publications, his research demonstrates a well-rounded technical foundation in humanoid robotics, positioning him as a promising contributor to intelligent robotic systems development.