Design/Release Engineer - Driveline/Disconnects

This role demands knowledge in various disconnect technology, various disconnect architectures for all driveline and axle products, including electrified products; typical disconnects include front axle disconnects, integrated differential disconnects, integrated to output shaft, bolt on to gear reducer and Wheel-end Disconnect systems. Lead the design and development of driveline systems and components, including transfer case shift systems, wheel-end disconnects, front axle disconnects, gears, differentials lockers, ELDs and actuators.

The Driveline Disconnects Engineer will be responsible for the design, development, and validation of driveline systems and components. This role demands knowledge in various disconnect technology, various disconnect architectures for all driveline and axle products, including electrified products; typical disconnects include front axle disconnects, integrated differential disconnects, integrated to output shaft, bolt on to gear reducer and Wheel-end Disconnect systems. Key responsibilities include supporting engineers across multiple programs to ensure the delivery of a balanced, integrated, and validated system that meets stringent functionality, performance, and durability requirements. The specialist will leverage their expertise to optimize the designs and contribute to innovative solutions for improved performance and reliability. 

 

Job Responsibilities:

• Lead the design and development of driveline systems and components, including transfer case shift systems, wheel-end disconnects, front axle disconnects, gears, differentials lockers, ELDs and actuators. 

• Collaboration: Work closely with key stakeholder teams such as CAE, NVH (Noise, Vibration, and Harshness), durability, vehicle dynamics, packaging, and manufacturing to ensure seamless integration and performance. 

• DVP&R Execution: Develop and execute validation plans, including component/system bench/vehicle testing, to verify the performance and durability of driveline systems. 

• Root Cause Analysis: Identify and resolve technical issues related to driveline systems, utilizing root cause analysis and problem-solving techniques.   

• Supplier Design Approvals: Drive approvals for supplier design selection through appropriate assessments and adherence to engineering best practices. 

• Best Practices and Documentation: Create, implement, and manage engineering best practices, including the development and maintenance of core DFMEA (Design Failure Mode and Effects Analysis) and DVP (Design Verification Plan) documents related to driveline systems. 

• Continuous Improvement: Proactively seek opportunities to improve designs, processes, and products through innovative solutions and best practices. 

• Technical Specification: Generating detailed system and sub-system technical specifications (SSTS/TTS) to ensure functional objectives are met. Manage these documents to ensure alignment of requirements with supplier base. 

• Mentoring: Mentor and provide technical direction to other driveline engineers  

• Total Warranty Cost Reduction: Identify areas of improvement to reduce total warranty costs and propose technical solutions. 

• Presentation Skills: Prepare and present technical reports, design reviews, and project updates to stakeholders. 

• Industry Competitiveness: Stay up-to-date with the latest advancements in driveline technologies and incorporate innovative solutions into product designs.