With a fervent passion for automotive design and manufacturing, I am deeply committed to driving innovation and efficiency in the rapidly evolving landscape of modern vehicles. My career aspirations are centered around enhancing my skill set in understanding the intricacies of innovative vehicle designs and staying at the forefront of the ever-growing vehicle dynamics. I am actively seeking opportunities that allow me to put my knowledge and experience into action. Whether it's designing autonomous vehicles that can redefine transportation as we know it or contributing to the growth of electric vehicles, I am ready to tackle these challenges head-on.
Results-driven professional with a proven track record of solving complex issues within the realm of 4G and 5G telecom applications in real-time. An adept communicator, I have successfully managed client meetings and conflict resolution, ensuring the smooth delivery of mobile services. My expertise extends to troubleshooting various aspects of mobile services, and I take pride in mentoring colleagues in rapid problem-solving techniques and facilitating their understanding of essential tools. Proficient in the use of ticketing software, including BMC REMEDY and JIRA, as well as call flow tools and network architecture. A dedicated problem-solver committed to enhancing telecom operations.
During my my time here, I have excelled as a Design and Production Engineer, focusing on the creation of state-of-the-art gym equipment. I possessed a solid track record of streamlining production processes and collaborating with cross-functional teams to design efficient manufacturing fixtures, all while applying lean manufacturing principles. My strong communication skills have enabled me to actively engage with clients, understanding their unique needs and delivering solutions accordingly. Additionally, I have extensive experience in conducting product demonstrations and overseeing trials for innovative designs, consistently upholding a commitment to innovation and quality in my work.
A project-based internship that revolved around the design and structural analysis of the aircraft wing. The project included a 3D CAD design in SolidWorks followed by structural analysis in ANSYS. The project highlighted many calculations of internal and external loads, drag and lift, capacity, FOS, and other such factors while designing the wing.