Description
General Motors Global Electrification, Controls, Software and Electronics organization is focused on a world with Zero crashes, Zero emissions and Zero congestion. In an embrace of Agile practices and system engineering principals, we develop some of the most advanced and awesome mobility features. This Systems role within the Body/HVAC/Passive Safety Electronics & Controls team will support new technology development applicable to aspects of autonomous, electric, and traditional internal combustion applications. Agile, System Engineering, requirements development, trailer interface or trailering connection, interior or exterior lighting controls, and controls integration knowledge are a definite plus. The drive and tenacity to grow technically and professionally while working some of the most recognized features in General Motors is a must!
The Subsystem Lead Engineer (SSLE) is an Individual contributor with recognized expertise responsible for tasks and work throughout the entire vehicle development lifecycle including requirements definition, functional control strategy, systems design and implementation, testing, and problem resolution.
Create and maintain subsystem/component technical specifications in IBM DOORS; includes functional and performance requirements, diagnostic requirements, and CALibration Bill of Materials (CALBOM).
Work within an Exterior Lighting agile team to provide guidance and input to feature function development; resolve complex issues.
Create and maintain mechanization drawings in alignment with Electrical Architecture ownership; verify System architecture alignment.
Work closely with Subsystem Management Teams (SMT) to provide guidance on functionality associated with specific feature variants.
Work with global software engineers to review software models to ensure compliance to regulatory requirements.
Support subsystem related issue root cause analysis, whether in vehicles or on electrical benches.
Work with global technical teams to perform subsystem level testing and defect reports.
Review Owner’s Manual and Service Information related to the applicable subsystem.
Implement new feature/functions related to the applicable subsystem.
Scheduling meetings to formulate solutions to issues and translate solutions into requirements.
Involved in bench and vehicle verification and validation testing for applicable subsystems.
Complete subsystem level DFMEAs and collaborate in System and Component DFMEAs. Apply learning across applicable subsystems.
Assess JDP and Compass reviews and providing appropriate feedback.
Support advanced technical work projects that drive future features, functions, and vehicle enhancements.
Additional Description
Requirements (Required Qualifications)
Bachelor’s degree in Engineering (Software or Electrical preferred), Math, Physics, or Computer Science.
2 + years of experience in applying microprocessor-based controllers to automotive vehicle electrical systems.
Knowledge of microcontroller architectures, memory technologies, and programming.
Knowledge of vehicle serial data communications (CAN, GMLAN, LIN).
Knowledge of embedded controller systems electrical circuits.
Demonstrated proficiency in writing and comprehending software/hardware requirements.
High level knowledge of software verification/validation process.
Detroit, MI
We envision a future of zero crashes, zero emissions and zero congestion, and we have committed ourselves to leading the way toward this future.
General Motors has been pushing the limits of transportation and technology for over 100 years. Today, we are in the midst of a transportation revolution. And we have the ambition, the talent and the technology to realize the safer, better and more sustainable world we want.
As an open, inclusive company, we’re also creating an environment where everyone feels welcomed and valued for who they are. One team, where all ideas are considered and heard, where everyone can contribute to their fullest potential, with a culture based in respect, integrity, accountability and equality.
Our team brings wide-ranging perspectives and experiences to solving the complex transportation challenges of today and tomorrow.
Headquartered in Detroit, Michigan, GM is:
Over 180,000 people
Serving 6 continents
Across 23 time zones
Speaking 70 languages
At General Motors, innovation is our north star. As the first automotive company to mass-produce an affordable electric car, and the first to develop an electric starter and air bags, GM has always pushed the limits of engineering.
GM is the only company with a fully integrated solution to produce self-driving vehicles at scale.
We are committed to an all-electric future.
2.6 billion EV miles have been driven by drivers of five GM electrified models, including the Chevrolet Bolt EV.
Our future depends on responsible stewardship of the earth, and we continually seek creative and innovative solutions for the environment. Our policies and technologies promote a cleaner planet from supply chain to manufacturing to the vehicles we put on the road.
Across 14 recent new-vehicle launches, we’ve trimmed an average of 357 pounds per vehicle, saving 35 million gallons of gasoline and avoiding 312,000 metric tons of CO2 emissions per year.
Today, our vehicle manufacturing process has the lowest environmental footprint in our history, thanks to steady progress toward achieving our 2020 operational commitments to reduce energy, carbon, water and waste intensity.
We are General Motors. We transformed how the world moved through the last century. And we’re determined to do it again as we redefine mobility to serve our customers and shareholders and solve societal challenges.