Salary
💰 $110,700 - $199,300 per year
About the role
- Responsible for product development from concept through production, including new product development, sustaining engineering support, and resolving field problems
- Lead mechanical product design and/or redesign; create part assemblies and detailed part drawings
- Lead prototyping and assembly of samples; manage complex product test and evaluation programs
- Lead product design/development projects and teams; collaborate with and influence cross-functional members
- Present project status to management and participate in daily cross-functional management meetings
- Mentor and develop other engineers; apply LEAN process methodology to projects and daily responsibilities
- Teach and lead aspects of product design process, develop part geometry, assembly designs, and drawings
- Develop and approve engineering data (Engineering Change Notices, bills of material, parts tracking)
- Manage vendor partners and tooling vendors; design parts and identify finishing requirements for multiple manufacturing methods
- Generate and track capital expenditure plans and tooling vendor timelines to meet project schedules
- Schedule and conduct pilot/preproduction runs, first article inspections, tool run-offs; plan production release
- Lead stage-gate product delivery meetings and champion concept development from project charters and specification matrices
- Ensure manufacturability and continuously implement process improvements related to productivity, quality, purchasing, engineering, and manufacturing
- Develop certification and validation test plans; submit test and prototyping requests; review functional specifications and competitive samples
Requirements
- Bachelor's Degree in Engineering or related discipline required
- Successful track record in engineering lighting, appliances, consumer products, or related electromechanical manufacturing
- Proficiency in 3D CAD and Microsoft Office programs; SolidWorks and CAD data management highly preferred
- Proficiency in manufacturing methods: progressive die sheet metal tooling, fabricated sheet metal and brake forming, aluminum and zinc die casting, aluminum and plastic extrusions, plastic injection molding, spinning
- Proficiency in finishing techniques: painting, plating, anodizing, vacuum metaling
- Thorough understanding of standards and test processes for UL/CSA, DLC, and/or Energy Star
- Familiarity with national and local electric codes and building construction methods
- Proficiency in thermal testing and test methods of recessed luminaires
- Proven leadership and ability to influence cross-functional teams
- Strong verbal and written communication, including sketches, engineering drawings, presentations, renderings, and prototypes
- Availability to work from Des Plaines, IL facility at least 50% of the time
- Availability to travel domestically and internationally up to 20% of the time
- Ability to lift up to 75 lbs.