Perform complex sub-system analysis to define functional controls and hardware requirements, including noise factors, interface mapping, and actuator/sensor performance
Job Summary
Perform complex sub-system analysis to define functional controls and hardware requirements, including noise factors, interface mapping, and actuator/sensor performance.
Leverage physical and virtual environments to establish and test use cases, create technical specification documents, and lead Triad meetings.
Root cause sub-system related issues, translate solutions into requirements, and maintain architecture models using Rhapsody.
Matching Summary
Perform complex sub-system analysis to define functional controls and hardware requirements, including noise factors, interface mapping, and actuator/sensor performance.
Skills & Requirements
Must-have
Sub-system analysis and requirements definition
Vehicle development lifecycle expertise
Requirements management software usage
Failure Mode and Effect Analysis (FMEA)
Agile and systems engineering knowledge
Embedded controls development and calibration
Nice-to-have
Physics-based understanding of Voice-of-Customer
Drive and tenacity for technical growth
Collaboration with Controls and Software Engineers
Guidance for feature design verification plan
Key Requirements
Bachelor’s Degree in Engineering
Minimum 5 years of experience with General Chassis Systems/Vehicle Dynamics/Kinematics
Minimum 5 years of experience with ASIL D safety systems
Strong analytical problem-solving skills
Demonstrated communication and interpersonal skills