ADAS Algorithm Engineer - Simulink/Matlab & C Implementation

Pentangle Tech Services | P5 Group; Detroit (MI); On-site; USD 95,000 - 140,000; Full time

Job summary

Pentangle Tech Services - Detroit, MI is seeking engineers to develop and validate ADAS software. Responsibilities include designing and maintaining SW requirements, implementing ADAS algorithms in C and Simulink, and generating production-quality code.

You will test across MIL, SIL, and vehicle environments, review results, and collaborate on build and integration tasks. The role emphasizes hands-on implementation, code coordination, and test-driven verification within a modern automotive SW

Responsibilities

• Responsible for the creation and maintenance of SW requirements
• Design, implement and test ADAS algorithms based on customer and internal requirements
• Implement ADAS algorithms in Simulink and generate code with Matlab encoder
• Implement ADAS algorithms in C
• Test implementations in MIL and SIL, on bench (monitor HIL) and in vehicle, unit tests and SW quality tests to ensure flawless implementation
• Create checkpoints in version control system for code handover
• Integrate Algorithm code into SW build environment
• Compile and flash complete SW onto ADAS sensor
• Plan implementation efforts with APL and FO
• Review test reports from MIL/SIL/HIL/Vehicle tests, analyze failures, provide guidance for test case creation
• Troubleshoot bench test issues, vehicle test issues related to feature
• Peer review code/model
• Analyze reported issues
• Review algorithm test reports

Job description

Pentangle Tech Services - Detroit, MI is seeking engineers to develop and validate ADAS software. Responsibilities include designing and maintaining SW requirements, implementing ADAS algorithms in C and Simulink, and generating production-quality code.

You will test across MIL, SIL, and vehicle environments, review results, and collaborate on build and integration tasks. The role emphasizes hands-on implementation, code coordination, and test-driven verification within a modern automotive SW