Senior System & Subsystem HIL Simulation Integration Engineer

General Motors•Warren, MI

2d•Hybrid

About The Position

As we move towards our ZERO ZERO ZERO vision for the future, we are looking to add hardworking individuals to the Software Development & Integration Lab Team! GM is seeking engineers with a complement and collection of skills to join the company to be a part of our amazing transition. As a Senior System & Subsystem HIL Integration Engineer, you will be responsible for integrating the simulation framework with bench wiring, loads, & instrumentation, along with ECU hardware, software, and calibrations. Additionally, you will observe, report, & facilitate the quick resolution of issues for various vehicle domains such as Electrification, Active Safety, Chassis, and Body Controls. You will work to develop new bench capabilities, improve simulation models, make efficiency & process improvements, and implement automation. Specific design and build activities that you will be responsible for include: Design, Implement, and Test Novel HIL Bench Solutions, Simulation, and Instrumentation for new vehicle features and technology. Develop test configurations, and real-time Hardware-In-the-Loop (HIL) Simulation Models using Matlab/Simulink through collaboration with bench users. Adapt and Integrate Chassis, Active Safety, Electrification, and Propulsion System controllers and Plant Models with HIL bench. Develop and/or adapt Vehicle Dynamics simulation models (e.g. CarSim, VeDyna, or ASM-VD) with other plant models for bench use. Develop solutions for instrumentation and simulation of Electronic Controls Unit (ECU) sensors and actuators. Develop HIL test automation and scripting solutions to enhance testing efficiency. Train and support lab users on Hardware-In-the-Loop bench usage. Define bench and test property technical requirements. Electrical design integration and verification

Requirements

Integrating the simulation framework with bench wiring, loads, & instrumentation, along with ECU hardware, software, and calibrations.
Observe, report, & facilitate the quick resolution of issues for various vehicle domains such as Electrification, Active Safety, Chassis, and Body Controls.
Develop new bench capabilities, improve simulation models, make efficiency & process improvements, and implement automation.
Design, Implement, and Test Novel HIL Bench Solutions, Simulation, and Instrumentation for new vehicle features and technology.
Develop test configurations, and real-time Hardware-In-the-Loop (HIL) Simulation Models using Matlab/Simulink through collaboration with bench users.
Adapt and Integrate Chassis, Active Safety, Electrification, and Propulsion System controllers and Plant Models with HIL bench.
Develop and/or adapt Vehicle Dynamics simulation models (e.g. CarSim, VeDyna, or ASM-VD) with other plant models for bench use.
Develop solutions for instrumentation and simulation of Electronic Controls Unit (ECU) sensors and actuators.
Develop HIL test automation and scripting solutions to enhance testing efficiency.
Train and support lab users on Hardware-In-the-Loop bench usage.
Define bench and test property technical requirements.
Electrical design integration and verification

Responsibilities

Design, Implement, and Test Novel HIL Bench Solutions, Simulation, and Instrumentation for new vehicle features and technology.
Develop test configurations, and real-time Hardware-In-the-Loop (HIL) Simulation Models using Matlab/Simulink through collaboration with bench users.
Adapt and Integrate Chassis, Active Safety, Electrification, and Propulsion System controllers and Plant Models with HIL bench.
Develop and/or adapt Vehicle Dynamics simulation models (e.g. CarSim, VeDyna, or ASM-VD) with other plant models for bench use.
Develop solutions for instrumentation and simulation of Electronic Controls Unit (ECU) sensors and actuators.
Develop HIL test automation and scripting solutions to enhance testing efficiency.
Train and support lab users on Hardware-In-the-Loop bench usage.
Define bench and test property technical requirements.
Electrical design integration and verification