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DAT2.X AEB Software Integration Engineer

L6

fordDearborn, MItoday
Overview: In this role, you contribute to Ford’s ADAS by developing and integrating sensor and software models for core pre-collision features. You will work within the ADAS ECU context to meet system and acceptance criteria through rigorous testing. You join a cross-functional team to refine feature models, run validations, and enable rapid prototyping. This position offers hands-on development, testing, and data-driven improvement of active safety systems in a hybrid, team-oriented environment. Compensation / Benefits Immediate medical, dental, vision coverage Paid parental leave and ramp-up programs Tuition assistance Vehicle discount program for employees and families Flexible and generous paid time off Community and employee resource groups
Responsibilities: Lead overall feature model integration with other feature models according to the ADAS ECU software schedule Support model peer reviews and resolve integration compatibility issues Interface with module teams to ensure system function and requirements are met Develop test methods to evaluate true/false positives and real-world performance; define acceptance criteria Lead core development and sign-off of feature-level vehicle performance Root cause analysis and resolution of feature issues in development and sign-off Utilize rapid prototyping tools such as MABx and dSPACE; flash Simulink models and monitor signals Operate Active Safety test rigs and robotic platforms for surrogate targets Assist feature calibration to meet performance requirements Develop Matlab scripts/tools/GUI for feature processing and analysis Collaborate with HIL/CAD teams to reduce vehicle testing dependencies Perform data analytics on connected vehicle data; develop dashboards to identify trends and improvements
Key requirements: Bachelor’s Degree in Electrical, Mechanical, Aerospace, Controls or Software Engineering 1 year of experience in radar/camera/ultrasonic sensors, feature model integration, or software development Understanding of embedded hardware and software design Control algorithm development using Matlab/Simulink; coding in Matlab or Python Applications engineering for active safety systems (e.g., ACC, AEB, RBA, BLIS, AFL) Experience with laboratory and vehicle testing including data collection and analysis collaboration analytical thinking effective communication radar/camera/ultrasonic sensors embedded hardware/software Matlab/Simulink
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Level

LeadL6

Location

Dearborn, MI

Occupation

Automotive Engineers

Industry

Automobile and Light Duty Motor Vehicle Manufacturing

Posted

today

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