Electronics Design Engineer (Multiple Openings)

Automotive lighting products from I I Stanley•Livonia, MI

1d•Onsite

About The Position

I I Stanley Company, Inc., a leading supplier of automotive lighting products, was established in Battle Creek, Michigan in 1985. Founded on the principles of respect, trust, and value, we serve a wide range of customers – domestic and foreign – by supplying them with high-quality automotive headlamps, tail lamps, fog lamps.

Requirements

Bachelor – Electronics Engineering, Electronic Electrical Design or a related field of study; will accept equivalent foreign degree
Three (3) years in the position above, Hardware Engineer or a related role.
Experience must include: 1. DFMEA, Simulations and CATIA; 2. Design of electronic circuits for automotive RCL, CHMSL, Head Lamps Display Solutions; and 3. EMI and EMC debugging

Responsibilities

Conduct feasibility studies and engineering analyses for new concepts
Propose advanced electronics architectures for forward and signal lighting systems
Lead and participate in the design and simulation of electronic circuits to meet legal, customer, and internal requirements
Participate in the electronics portion of pre‑development projects, requests for quotations (RFQs), and requests for information (RFIs)
Lead the creation of design documentation such as block diagrams, circuit schematics, electronics BOMs, worst‑case analyses, wire harness diagrams, DFMEA, and DVP&R
Identify and communicate electronics issues to the design project leader and/or section manager
Provide advanced electronics design and development expertise for timely support of new projects, implementation of new technologies, and other large and complex assigned projects
Provide electronics design guidance and technical advice to team members for new product development for prototype and pre‑production hardware
Recommend and implement design changes to production products based on prototype testing results
Research and develop design solutions to automotive lighting engineering issues
Generate intellectual property and new concepts to improve electronics design capabilities
Create and develop new techniques or methodologies for new products with new light sources manufacturing techniques, and other emerging technologies
Initiate and lead large‑scale projects to enhance the electronics design team’s capabilities
Maintain open communication with internal project teams and external customers and suppliers
Manage time effectively to complete all program deliverables on schedule; and mentor and coach junior‑level electronics engineers to elevate the overall skill level of the design team