About the Role
As a Lead Product Design Engineer, you will spearhead the development of complex mechanical systems, transforming conceptual ideas into high-performance, manufacturable solutions. You will leverage advanced CAD modeling and simulation expertise to drive innovation, optimize product lifecycles, and ensure seamless integration from initial design through to production launch.
Responsibilities-
Architect and refine detailed 3D models, layouts, and assembly drawings to meet rigorous performance and quality standards.
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Lead cross-functional design reviews, utilizing CAE and simulation data to validate product integrity and manufacturability.
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Drive continuous improvement initiatives by conducting cost-benefit analyses and implementing Design for Manufacturing (DfM) best practices.
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Manage the end-to-end product release process, ensuring technical documentation and intellectual property are accurately maintained.
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Collaborate with internal teams and external partners to resolve complex engineering challenges and optimize assembly efficiency.
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Mentor junior engineering staff, fostering technical growth and sharing best practices to elevate overall team performance.
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Support pre-production and launch activities on the manufacturing floor to ensure design intent is successfully executed.
Qualifications-
Bachelor’s degree in Mechanical Engineering or a related technical field.
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10+ years of professional experience in product design and development, preferably within the automotive or high-volume manufacturing sector.
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Expert-level proficiency in CAD software (e.g., Siemens NX, CATIA) and GD&T standards.
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Proven track record of leading product launches and managing complex engineering programs.
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Strong analytical skills with the ability to perform stack-up analysis and simulation studies.
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ASME certification in Geometric Dimensioning and Tolerancing (GD&T).
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Experience with patent application processes and intellectual property management.
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Active membership in professional engineering organizations.
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Advanced knowledge of PFMEA and DFMEA methodologies.
