Engineer, Lighting Systems

EDAG Mexico•Novi, MI

About The Position

Working together, growing together, derating new things together: EDAG connects people and the future. Company and workforce share the same vision. With a familiar atmosphere and at the same time the potential of a global world-class development company. You'll go your own way in your career at a high level - nationally and internationally. Take your next step and support us as an ENGINEER LIGTHNG SYSTEMS. DESCRIPTION Future Product Development of Body Exteriors. Become part of an iconic brand that is set to revolutionize the all-electric pick-up truck & rugged SUV marketplace by achieving the following: Responsible for developing companies Lighting Standards (interior and exterior) to ensure a robust product. Ensuring appropriate vehicle connection points for electrical are present in the base truck and SUV vehicle architectures. Participate in and/or lead development of RFQ packages, tech reviews, and supplier selection. Lead Product Development Team(s) to collaborate cross-functionally across Scout internal functions, and suppliers to set design direction and lead development, packaging, and execution of unique Scout accessories to bring them to market. Contribute to the development of product specification books, test plans, DVP&R, DFMEA, Control Plans, and Quality Assurance requirements. Direct design and analysis groups to create 3D math models (CAD), complete 3D packaging, and validate with analytical models (Optics, FEA, CFD, etc.) to fulfill functional and design requirements, and ensure compatibility, using Design Rules, Regulatory items, and attributes such as NVH, water management, craftsmanship, etc. Be a key member and decision maker within the technical leadership team and liaison with all Scout functional teams. Develop and maintain all component and subsystem requirements and specifications, including device transmittals and interface control documents (ICD). Ensure all program targets, including Piece Cost, ED&D Budget, Timing, Weight, and Quality, are met. Track open issues and collaborate with other functional groups as needed to drive issues to resolution efficiently and effectively. Ensure on-time validation and adequate testing coverage for all requirements (component, system, and vehicle) is achieved and traceability is maintained for assigned systems and components. Conduct product evaluation and design reviews during prototype and pre-production development phases. Develop prototypes for virtual and physical verification testing, including field testing. Proactively stay attuned to new advancements, market trends, consumer experience and propose system improvements accordingly. Follow automotive industry design best practices, such as: Robust Engineering, Design for Manufacturability, and Design for Serviceability.

Requirements

Project Duration: Until 12/31/2030
Bachelor’s or master’s degree in mechanical, electrical engineering, mechatronics engineering, optical engineering or a relevant field.
Demonstrated experience in solving complex technical challenges in product design and development.
Ability to travel globally and be willing to participate in events on behalf of the company from time to time.
Computer aided design ( CAD ) tools, including CATIA V5/V6 experience is highly recommended.
Product lifecycle management ( PLM ) tools, including Teamcenter experience is highly recommended.
Computer aided engineering ( CAE ) awareness and/or direct experience.
An ability to build strong working relationships with people across all organizational levels.
Strong understanding of mechanical design principles , including GD&T (Geometric Dimensioning & Tolerancing), material selection, and design for manufacturing (DFM) .
Hands-on experience in automotive product launch , including prototype builds and production ramp-up.
Familiarity with design and engineering considerations for high-volume automotive production .
Ability to work collaboratively within cross-functional teams , including suppliers, design studios, and vehicle engineering teams.
Excellent communication skills to effectively present technical concepts, findings, and recommendations to both technical and non-technical stakeholders.

Responsibilities

Responsible for developing companies Lighting Standards (interior and exterior) to ensure a robust product.
Ensuring appropriate vehicle connection points for electrical are present in the base truck and SUV vehicle architectures.
Participate in and/or lead development of RFQ packages, tech reviews, and supplier selection.
Lead Product Development Team(s) to collaborate cross-functionally across Scout internal functions, and suppliers to set design direction and lead development, packaging, and execution of unique Scout accessories to bring them to market.
Contribute to the development of product specification books, test plans, DVP&R, DFMEA, Control Plans, and Quality Assurance requirements.
Direct design and analysis groups to create 3D math models (CAD), complete 3D packaging, and validate with analytical models (Optics, FEA, CFD, etc.) to fulfill functional and design requirements, and ensure compatibility, using Design Rules, Regulatory items, and attributes such as NVH, water management, craftsmanship, etc.
Be a key member and decision maker within the technical leadership team and liaison with all Scout functional teams.
Develop and maintain all component and subsystem requirements and specifications, including device transmittals and interface control documents (ICD).
Ensure all program targets, including Piece Cost, ED&D Budget, Timing, Weight, and Quality, are met.
Track open issues and collaborate with other functional groups as needed to drive issues to resolution efficiently and effectively.
Ensure on-time validation and adequate testing coverage for all requirements (component, system, and vehicle) is achieved and traceability is maintained for assigned systems and components.
Conduct product evaluation and design reviews during prototype and pre-production development phases.
Develop prototypes for virtual and physical verification testing, including field testing.
Proactively stay attuned to new advancements, market trends, consumer experience and propose system improvements accordingly.
Follow automotive industry design best practices, such as: Robust Engineering, Design for Manufacturability, and Design for Serviceability.