• Contributed to a DRDO-funded project leveraging computer vision techniques to transform surveillance technology, enhancing object detection, real-timemonitoring, and situational awareness for military applications.• Utilized advanced methods in image processing, machine learning, and deep learning to achieve project goals

• Designed a diesel generator optimized for thermal efficiency and reliable performance in ambient temperatures exceeding 50°C.• Managed procurement of components by coordinating with vendors, requesting quotes, and negotiating for cost-effective solutions.• Conducted research on retrofitting a diesel burner to an LPG burner, exploring potential cost savings and environmental benefits.

• Developed an innovative cooling method for molten Silica Preform, significantly reducing Helium consumption and enhancing process efficiency, while ensuringminimal modifications to the existing system.• Designed a recycling system to recover Deuterium gas wasted during the Gas Dozing process, reducing resource loss and improving operational efficiency