Final-year Mechanical Engineering student with hands-on experience in design and structural analysis. Proficient in thermal management, heat exchanger optimization, and finite element analysis using ANSYS. Demonstrates strong problem-solving skills, adaptability, and teamwork in both academic and practical settings. Committed to applying engineering knowledge to real-world challenges and advancing professional development.
Multi-Spindle Nut Fastening Device, 2025, Designed manufacturing automation solution for automotive industry applications, Applied mechanical design principles and stress analysis for component reliability, Utilized CAD/CAE tools for prototype development and design validation Battery Thermal Management System, 2024-2025, Developed cooling system design for electric vehicle applications, Performed thermal analysis using FEA simulation techniques, Optimized performance for enhanced heat dissipation and temperature uniformity
Design and Optimization of Battery Thermal Management in Electric Vehicles, 2nd International Conference on Materials and Energy Science, 2025, Conducted FEA-based thermal analysis of battery cooling systems, Applied computational methods to optimize heat dissipation and thermal uniformity, Utilized ANSYS for thermal simulation and design validation