Muhammad Ikhwan
Papers
1
Total Citations
2
H-Index
1
About
Muhammad Ikhwan’s research centers on robotics modelling, simulation, and educational technology, with a focus on making complex robotic systems accessible for learning. His most-cited work, “Robotil Modelling and Simulation: Theory and Application” (2010), introduces a virtual robotics simulation platform designed to integrate comprehensive information about robot arms into an interactive training environment. This system serves as an alternative to physical robotics labs, enabling students to practice and understand robotic arm operations without costly hardware. Although his citation count remains modest—with this paper accruing 2 citations—Ikhwan’s contribution lies in bridging theory and practical application for STEM education. His work addresses a critical gap in robotics pedagogy by providing a low-cost, scalable simulation tool that can be deployed in classrooms with limited resources. Ikhwan’s approach emphasizes hands-on learning through virtual environments, a methodology gaining traction in modern engineering curricula. His efforts highlight the potential of simulation-based training to democratize robotics education, particularly in developing regions. For students and researchers exploring accessible robotics learning tools, Ikhwan’s work offers a foundational model for integrating simulation into teaching practice.
Research Focus
Key Achievements
Top Papers
- 1Robotil Modelling and Simulation: Theory and Application2 citations · 2010