Muhammad Adrian Bagaskara
Papers
1
Total Citations
6
H-Index
1
About
Muhammad Adrian Bagaskara is a robotics researcher whose work focuses on adaptive locomotion systems for disaster response, particularly through hexapod robot design. His most impactful contribution, "The Application of Push Button Switch as Inverse Kinematics Input on Adaptive Walking Method for Hexapod Robot" (2020, 6 citations), addresses a critical challenge in search-and-rescue operations: navigating unstable, debris-filled environments where human entry is too dangerous. By integrating push-button switch inputs with inverse kinematics, Bagaskara developed a method that allows hexapod robots to adapt their gait in real time, enabling stable traversal over uneven terrain. This innovation directly targets the urgent need to locate survivors trapped in collapsed structures after natural disasters, reducing risk to rescue personnel. While his citation count is modest, the practical significance of his work lies in its potential to save lives through autonomous, adaptive robotics. Bagaskara’s research bridges mechanical engineering and computational control, offering a scalable solution for emergency robotics. His approach exemplifies how low-cost, intuitive input systems can enhance robot autonomy in high-stakes environments, making him a notable contributor to the field of disaster robotics.
Research Focus
Key Achievements
Top Papers
- 1