Senior Embedded Controls Engineer – HV Battery Systems

General Motors LLC

Brighton Charter Township (MI)

Hybrid

USD 120,000 - 180,000

Full time

3 days ago

Be an early applicant

Application generator

Get a reply from this employer — a resume and cover letter tailored to exactly what they’re hiring for.

Get past ATS filters

Benefits offered by this job

Relocation benefits

Job summary

General Motors (GM) is seeking a Senior Software Engineer to join the Vehicle Mechatronic Embedded Controls team. You will develop software for embedded controllers in the electrification portfolio, focusing on high voltage contactors and energy management for battery packs.

Hybrid work includes office presence in Milford Proving Grounds, MI, at least three days a week. The role requires 5+ years of embedded software experience, strong C/C++ skills, MISRA knowledge, and familiarity with AUTOSAR,

Qualifications

BS in Engineering – Electrical, Mechanical, Computer or CS.
Minimum 5 years of embedded controls software experience in High Voltage Battery Systems.
Automotive Safety experience (ISO26262).
Proficient in C/C++ programming and diagnostics strategies.

Responsibilities

Deliver high-quality software for embedded controls in electrification, focusing on high voltage contactors and energy management.
Ensure compliance with safety requirements, regulations and MISRA guidelines.
Adhere to software design principles and patterns; understand supervisory controls architecture and hardware abstractions.
Design and implement Physics and Controls requirements to improve mechatronic software, diagnostics, and controller communication.
Maintain knowledge of Ethernet, CAN, LIN, ARXML and automotive communications protocols.
Test and demonstrate software functionality across Controller, System, and Vehicle levels; ensure hardware-agnostic solutions.
Document design requirements and link to traceable test cases.
Utilize automated test tools in build environments, benches, and vehicles.
Lead and guide Agile Scrum team members; foster collaboration and inclusivity.
Coordinate with Systems, Safety, Validation, Electrical Architecture, SDV, Calibration, and Vehicle Performance.
Embrace BDD/TDD and SDV/SOA principles; leverage them for modular software.
Utilize CI/CD pipelines and DevOps practices for development and deployment.
Develop AI-driven diagnostics and predictive analytics for fault detection and prognostics.