Vikram Balaji

Papers

Total Citations

H-Index

About

Vikram Balaji’s research lies at the intersection of control systems, robotics, and engineering education. His most impactful work, “Optimization of PID Control for High Speed Line Tracking Robots” (31 citations), introduces a refined PID control strategy tailored for high-speed autonomous navigation. By implementing an array of ten infrared sensors on a prototype robot, Balaji demonstrated how classical control theory could be adapted for real-time, dynamic environments—a contribution that has informed subsequent work in mobile robotics and embedded control design. In parallel, his paper “Robotic Training to Bridge School Students with Engineering” (9 citations) addresses a critical gap in STEM outreach. Balaji advocates for robotics as a pedagogical bridge, arguing that hands-on robotic platforms can cultivate engineering thinking from an early age. This work reflects his broader commitment to democratizing technical education and inspiring future engineers. Though his citation counts are modest, the practical, applied nature of his research—spanning control optimization and educational robotics—underscores a career focused on tangible impact. Balaji’s contributions are particularly notable for their dual emphasis: advancing technical performance in robotics while simultaneously lowering barriers to engineering literacy.