Delhi, India
Mechanical Engineer with over 7.5+ years of experience in Design Validation & Product Verification (DV&PV) across the automotive and manufacturing industries. Skilled in leading cross-functional teams, managing international stakeholders, and aligning global engineering standards to deliver high-quality, compliant products. Currently working with ROKI R&D India, closely coordinating with the Japan R&D team and suppliers to design, test, and validate automotive air filter systems. Strong background in vibration & dynamics testing, environmental simulation testing, and advanced material and product testing (mechanical, tensile, compressive, EMI/EMC, ESD, noise attenuation, and more). Proven track record in leveraging expertise across ECE, ISO, ASME, JIS, and JASO standards, conducting FMEA and risk assessments, and implementing APQP & PPAP quality planning for automotive products. Skilled in aligning global engineering practices, facilitating seamless collaboration between stakeholders across regions, and ensuring robust testing outcomes and compliance. Passionate about Project Management and seeking roles where I can contribute to R&D, Product Testing, and Validation, utilizing my experience to drive innovation and excellence.
Led cross-functional teams in developing and validating automotive air filters for major OEMs, ensuring compliance with ECE, ISO, and ASME standards. • Managed end-to-end project lifecycles, including planning, resource allocation, and timeline adherence, resulting in on-time delivery of high-quality testing outcomes. • Serve as primary liaison between ROKI R&D India and Japan R&D, aligning design specification, testing requirements, and project objectives across stakeholders. • Coordinate with Japanese suppliers and global plants for the development and validation of prototype and mass production parts. • Developed and implemented advanced testing methodologies for automotive air filters, focusing on performance, durability, and environmental simulation, while adhering to APQP and PPAP processes. • Conducted FMEA and risk assessments to identify and mitigate potential issues, ensuring product reliability and reducing time-to-market by optimizing testing protocols. • Collaborated with engineering, quality, and procurement teams to streamline processes; prepared detailed technical reports and presentations for stakeholders to facilitate decision-making. • Ensured all testing activities met stringent automotive industry standards (ECE, ISO, JIS, JASO), enhancing product quality and customer satisfaction.
• Oversaw Dynamics and Vibration Lab Testing projects for leading automotive clients, ensuring compliance with international standards. • Coordinated with clients to define testing requirements and managed micro-planning for new projects, ensuring seamless execution of complex testing procedures. • Directed testing activities for automotive components such as I&E systems, seats, cooling systems (radiators, condensers, intercoolers), and airbags, utilizing shakers and climatic chambers for vibration and shock tests. • Developed and maintained APQP documentation for new product development and process changes, supporting quality assurance and facilitating smooth product launches. • Conducted vibration and shock tests, analyzing data to provide actionable insights for product improvement; prepared comprehensive reports for stakeholders, ensuring clarity and compliance with regulatory requirements. • Engaged with external and internal stakeholders to ensure alignment on project goals, timelines, and deliverables, fostering strong client relationships.
Led manufacturing projects for copper and its alloys, ensuring timely delivery and adherence to quality standards, with materials widely used in automotive electrical systems and heat exchangers. • Supervised production processes, identified inefficiencies, and implemented process improvements, enhancing production efficiency and cost-effectiveness, aligning with lean manufacturing principles. • Collaborated with cross-functional engineering teams to develop strategic plans and resolve production challenges, demonstrating strong problem-solving and teamwork skills. • Conducted rigorous quality assurance inspections and testing, ensuring compliance with industry safety and quality standards, mirroring automotive validation protocols.
• Oversaw operations and maintenance of Passenger Boarding Bridges (PBBs), ensuring high reliability and uptime, managing complex electromechanical systems critical for aviation safety. • Coordinated with diverse stakeholders, including airlines, airport authorities, and security agencies, to facilitate seamless project execution and resolve operational issues. • Developed and implemented preventive maintenance strategies, significantly reducing downtime and enhancing system reliability, skills applicable to automotive equipment management. • Prepared comprehensive project documentation, including progress reports and incident analyses, ensuring compliance with operational standards and regulatory requirements, similar to APQP and PPAP processes in automotive manufacturing.