- Guide a team of three engineers in the development of a Hybrid Walk and Roll Quadruped Robot- Fostered a collaborative team environment, encouraging innovation and efficient communication.- Oversaw the integration of LiDAR and Camera systems to enable real-time environmental perception.- Implemented sensor fusion techniques to enhance the robot's ability to interact with its surroundings.- Directed the utilization of onboard computing, ensuring efficient processing of sensory data.- Provided progress reports to stakeholders, highlighting achievements, challenges, and proposed solutions.

- Successfully integrated prosthetic grippers into the rehabilitation center's facilities.- Conducted sessions for rehabilitation center staff on the proper use and maintenance of prosthetic grippers.- Conducted troubleshooting and maintenance to ensure seamless operation of prosthetic grippers.- Provided hands-on assistance and guidance, addressing individual concerns, and optimizing gripper functionality for enhanced patient experience.- Implemented continuous improvement strategies based on feedback from patients, doctors, and staff.- Worked closely with doctors and rehabilitation specialists to incorporate medical insights into the prosthetic gripper integration process.

- Developed a user-friendly Graphical User Interface for toll booth operators to exempt special vehicles (Ambulance etc.).- Established a comprehensive database for tracking exempted vehicles.- Streamlined the exemption process for improved toll plaza operations.- Monitored exemptions, unpaid vehicles, peak hours, and lane-wise traffic volume.- Linked all NLC toll plazas online for centralized monitoring.- Established a control room at NLC headquarter.- Designed and implemented a dashboard for real-time analysis of traffic trends.- Enabled real-time oversight, ensuring prompt responses to operational issues.