Developing a structural-failure model for composite aero-structures for OpenAeroStruct (a low-fidelity aero-structural optimization tool created using the openMDAO framework) working on the principle of the Tsai-Wu Failure criteria for fiber-reinforced composite materials. Furthermore, conducting several aero-structural benchmark studies using OAS to study the differences in the optimal design between low and high-fidelity tools.

- Working at the Aerospace Materials Laboratory under Prof. Henry Sodano on enhancement of interlaminar properties of Carbon Fiber Reinforced Composites using Aramid Nano-fibers derived from raw Kevlar.

- Working under the direct guidance of Dr. Vivek Kumar Singh at Space Application Centre (SAC-ISRO) on Numerical analysis of Heat-pipes used by ISRO Spacecrafts.- Developed Maple-based Numerical Models to determine the Maximum Heat Transport Capacity of Aluminum - Ammonia and Copper – Water Axial Grooved Heat Pipes.- Studied and implemented the physics to enable the prediction of the Heat Transfer performance of Multi-Material Heat Pipes and Heat Pipes with Bends.

- Managing operations for 3D Printing consultancy and services using FDM and SLA Technologiesacross India.- Worked on Design and Fabrication of 3D Printed Models of anatomicalsubjects for pre-surgical assistance to doctors amidst 2 life saving operationsusing D2P Software by 3D Systems.

- Worked under the guidance of Prof. S. Suresh on the research and development of 3D Printed ammonia-based flexible heat pipes for aerospace applications under micro-gravity conditions for thermal management of ISRO Spacecrafts.- Conceptualized, Designed, and Fabricated Axial groove-based flexible heat pipe using Fusion 360, NTopology, and SLS 3D Printing. Validated the design using DoME-based computational Python scripts and COMSOL Multiphysics.

The Technical Council works at par with the Students' Council to achieve collaborative excellence by administering technology in NIT-T. We take initiatives for community development and address campus issues by imparting feasible technical solutions. Along with ensuring the smooth functioning of student-run technical clubs, we coordinate with the on-campus centers of excellence such as the ISRO research center, Siemens Lab, CEDI, IoT lab, and Scient to establish a platform for technology to thrive.

The Technical Council works under the aegis of Pragyan (the international techno-managerial organization of NIT Trichy) as the "Pragyan Technical Council.". The council's versatile nature has made it possible to aid Pragyan through ideation for technical showcases, the introduction of initiatives (such as the PEARLS portal & Human Library), and engaging the student community (through events like InHott, The Inter Hostel Technical Tournament & Gamescapes).The Technical Council strives towards improving synergy between students, Technical Clubs, Pragyan, and the college administration.

Worked as a Mechanical Design Engineering Intern for Designing and Developing products, fixtures and jigs at the Sensor Manufacturing based start-up (Founded in IITM Research Park) Ideated and designed (Product Development + CAD) products like: - Non-Destructive Testing Sensor Probes- NDT Sensor Assembly Fixture- Ultrasonic Sensor Tester Assembly