Lead design and release of efforts for automotive hybrid solutions including mechanical and electromechanical systems for Class 8 truck applications
Work with internal team and suppliers to manage requirements, specifications, timing, costs, and validation plans to ensure that product objectives are met
Create, modify, and release mechanical designs for manufacturability, assembly, serviceability, and cost. Generate solid models and engineering drawings with appropriate GD&T in accordance with ASME Y14.5-2018 as needed.
Ensure that products meet all functional and performance targets, as well as necessary safety and emission compliance requirements
Lead the development of key quality and validation documentation including FMEAs, DVP&Rs to establish key failure modes and develop associated product validation plans
Create and manage project plans for assigned components and sub-systems
Work with business development team to Interpret customer requirements and develop system and sub-system product specifications
Support VAVE activities to reduce overall costs
Job Knowledge, Skills, and Abilities Requirements:
Strong follow-through and self-starting nature
Thorough understanding of automotive powertrain and drivetrain components and systems; Class 8, heavy duty truck, and electric vehicle experience preferred
Proven expert in automotive industry and associated toolset expertise. Capable of providing design direction to the engineering team on core mechanical design principles.
Strong experience with fabrication techniques including sheet metal forming, machining, casting, and high-volume manufacturing methods
Proven experience in designing components, bolted joints, sealing systems, etc. to last in harsh environments exposed to vibration, ice, salt spray, dirt, debris, etc.
Experienced in design, modeling, specification, and component selection for thermal systems; experience with automotive HVAC and refrigeration systems is a plus
Experience in FEA (finite element analysis) for structural analysis
Understanding of vibration (including modal, random, static, and sinusoidal) and vibration reduction strategies highly advantageous
Ability to read, understand and generate engineering drawings and specifications, including a strong knowledge of GD&T
Ability to communicate clearly and concisely, both orally and in writing with customers (internal and external), to address their needs promptly and to follow through on commitments
Ability to understand and follow complex verbal and written instructions
Position will involve travel (10% of time) to visit hardware and manufacturing suppliers to support launch programs
Ability to work well in a high-paced environment, set and meet appropriate deadlines
Required Qualifications:
Bachelor’s degree in Mechanical Engineering
10+ Years of Experience in similar engineering roles
Preferred Qualifications/Skills:
Master’s degree in Mechanical Engineering
Experience in design of electrified powertrain systems
Experience in CAD system (Inventor / CREO preferred)