Akhmad Jayadi

Papers

Total Citations

H-Index

About

Akhmad Jayadi is a robotics and control systems researcher whose work centers on the development of intelligent autonomous mobile robots. His most recognized contribution lies in the area of obstacle avoidance for mobile robotic platforms, particularly through the application of proportional control systems. In his widely cited 2021 study on the Pioneer P3-DX robot, Jayadi demonstrated how proportional control mechanisms enable mobile robots to navigate complex environments efficiently, avoiding collisions that would otherwise impede mission completion. This foundational research addresses a critical challenge in autonomous robotics: equipping machines with the sensory and computational capability to operate safely and reliably in dynamic, real-world settings. With 7 citations, his work has begun to influence peers working at the intersection of control engineering and mobile robotics. Jayadi's research contributes meaningfully to the broader goal of building more capable, self-sufficient robotic systems suited for practical deployment. His focus on accessible yet rigorous control strategies makes his work particularly valuable for students and early-career engineers seeking to understand the fundamentals of robot autonomy and motion planning.