surjeet chauhan

At UMET, characterizing materials at the microstructural level, analyzing thermal properties, and studying phase transformations to improve material performance.

Optimizing the microstructure of sintered metallic materials to enhance thermal conductivity and mechanical stability. Developing structured brake lining materials using additive manufacturing, foundry, and powder metallurgy. Conducting mechanical, thermal, and physical tests to ensure optimal performance under high-friction conditions. Performing braking system tests with instrumented thermal measurements (thermocouples & infrared cameras) to analyze friction and wear behavior.

- Contributed to the development and deployment of new manufacturing methodologies, enhancing operational efficiency and productivity by 15%. - Conducted thorough quality control inspections, ensuring adherence to industry standards and product specifications, thereby maintaining high-quality output. - Successfully identified and resolved production issues, employing proactive problem-solving skills to minimize downtime and optimize manufacturing processes. - Acquired practical knowledge of lean manufacturi

Subjects: 1.Mechanics of materials 2.Durability of materials 3.composite materials 4.Selection of Materials 5.Rheology of ploymers

Throughout my academic journey, I dedicated my focus to mastering the intricacies of thermal dynamics, manufacturing processes, and their interplay within industrial settings. My coursework provided me with a comprehensive understanding of heat transfer, thermodynamics, and the principles governing