Veer Pal

• Lead a team of design engineers, ensuring on-time project delivery with zero quality deviations • Provide technical strategy and engineering inputs during RFQ stages and customer technical discussions • Drive product design and development for TI Europe and TI Asia programs supporting global OEMs including Nissan, Toyota, and Volvo • Own end-to-end design responsibility for Brake Lines, Fuel Lines, Fuel Tank Top Lines, Brake & Fuel Bundles, and High-Pressure (HP) Lines • Design and develop check-foils, gauges, and associated validation tools • Develop complex 3D models from 2D inputs and create detailed manufacturing drawings for Sheet Metal and Plastic components • Review and validate 3D models, engineering drawings, and design calculations to ensure technical robustness and compliance • Lead design optimization initiatives and present engineering modifications to global teams and customers • Ensure 100% PLM compliance and configuration governance using Teamcenter 14 • Build technical capability within the team through structured training and development plans • Collaborate cross-functionally with global engineering and project management teams to align deliverables with customer specifications • Independently manage customer-driven engineering changes, software version updates, and controlled global releases

• Led product design and development of Car Seat Slider assemblies and critical components • Created GD&T-based associative drawings and detailed manufacturing documentation • Ensured timely release of engineering drawings and technical product sheets aligned with project milestones • Developed and maintained structured BOMs for complete assemblies • Delivered design optimizations in response to evolving customer requirements and cost targets • Managed engineering change processes including ECR and ECN execution • Coordinated supplier development activities for purchased parts and sub-assemblies • Prepared and maintained APQP and PPAP documentation for smooth project approvals • Aligned cross-functional teams (manufacturing, quality, procurement) to meet APQP phase deliverables • Managed pilot builds and production trials to ensure seamless transition from development to mass production

• Led product design and development of Car Seat Recliner and 2-Wheeler assemblies involving forging, sheet metal, and plastic components • Developed GD&T-based associative drawings for parts and assemblies ensuring manufacturing accuracy and compliance • Prepared and executed APQP and PPAP documentation to support structured product development • Managed prototype design, validation activities, and supplier development for new product launches • Coordinated validation of seat recliner assemblies with ARAI (Automotive Research Association of India) • Collaborated with cross-functional teams to ensure timely completion of APQP milestones • Oversaw pilot lot builds and production trials to enable smooth transition to mass production

• Developed 3D models for blow-moulded, injection-moulded, and casting components using CAD tools • Executed reverse engineering activities to support product replication and improvement • Designed core and cavity layouts for plastic components, including single and multi-parting line moulds • Generated detailed associative 2D drawings to support manufacturing and tooling • Created CNC tool paths using UG NX and DelCam for precision machining • Coordinated closely with CNC engineers and tool-room teams to ensure timely tooling development and delivery