• Independently executed a project to design & develop a submersible underwater light communication device using Li-Fi• Conducted sea condition analysis and simulated in ANSYS, achieving 91 % optical transparency at 50m depth underwater• Engaged in customer requirement analysis, product R&D, PCB integration, and process documentation, enhancing product reliability and efficiency

• Researched and developed methodologies for stability analysis of load-lifting device, establishing first framework within the company• Developed MATLAB-based code as an alternative to proprietary software for stability analysis as per Eurocode 3 standard• Created a guideline document for the systematic implementation of stability analysis

• Developed methodologies for process and cost optimization in a high-precision automated manufacturing system.• Created an efficient nesting method for raw material using CATIA, saving 36% of material cost• Developed an optimized robotic tool path using CNC programming, reducing machining time and cost by 50%• Led the implementation, achieving a 42% reduction in overall production costs, resulting in company adoption for mass production

For Physics Lab course (PH 117).Responsible for Managing experimental setups, assisting during experiments & evaluating the results.

Physics Lab course (PH 117). Responsible for Managing experimental setups, assisting during experiments & evaluating the results.