ADAS Interior Perception Systems Engineer

Ford•Dearborn, MI

16h

About The Position

Collaborate with feature systems engineers to define design objectives, functional requirements, and architectural decisions for driver engagement systems. Develop and apply systematic, statistical methods to translate feature-level requirements into specific system performance expectations. Define and develop performance requirements and associated metrics for perception systems, including establishing Key Performance Indicators (KPIs) for availability, accuracy, and false positive rates. Evaluate a variety of perception interfaces, such as gaze and pose angle, and interior zones. Work with vendors to measure system sensitivity to individual factors (e.g., height, seating position, facial attributes), vehicle characteristics (e.g., sensor packaging, interior geometry), and environmental conditions (e.g., ambient light, sun angle). Explore and propose system architecture modifications to decrease application sensitivity. Investigate and implement strategies to reduce sub-demographic systematic errors. Partner with vendors and our hardware team to refine sensor and illuminator packaging requirements. Design a validation strategy to quantify system robustness against interacting noise factors for both platform and application sign-off Define real-world usage profiles to estimate system performance for a representative population in naturalistic driving conditions. Support root cause analysis for any field issues with cross-functional team. Established and active employee resource groups

Requirements

Bachelor's Degree in Electrical Engineering, Computer Science, or related field
3+ years of experience as a systems engineer (in automotive, aerospace, defense, or related industry) decomposing/authoring system/sub-system requirements
Proficiency in statistical analysis and experimental design
3+ years of experience with perception systems
Strong communication skills and ability to lead ad-hoc teams

Nice To Haves

Master's Degree in Electrical Engineering, Computer Science, or related field
5+ years of experience as a systems engineer
5+ years of experience delivering production hardware/embedded software
Understanding of functional safety (ISO 26262) and SOTIF standards and processes
Experience with systems modeling and/or requirements management tools (SysML/MagicDraw, Polarion, JAMA, DOORS, etc.) and failure mode analysis techniques.

Responsibilities

Collaborate with feature systems engineers to define design objectives, functional requirements, and architectural decisions for driver engagement systems.
Develop and apply systematic, statistical methods to translate feature-level requirements into specific system performance expectations.
Define and develop performance requirements and associated metrics for perception systems, including establishing Key Performance Indicators (KPIs) for availability, accuracy, and false positive rates.
Evaluate a variety of perception interfaces, such as gaze and pose angle, and interior zones.
Work with vendors to measure system sensitivity to individual factors (e.g., height, seating position, facial attributes), vehicle characteristics (e.g., sensor packaging, interior geometry), and environmental conditions (e.g., ambient light, sun angle).
Explore and propose system architecture modifications to decrease application sensitivity.
Investigate and implement strategies to reduce sub-demographic systematic errors.
Partner with vendors and our hardware team to refine sensor and illuminator packaging requirements.
Design a validation strategy to quantify system robustness against interacting noise factors for both platform and application sign-off
Define real-world usage profiles to estimate system performance for a representative population in naturalistic driving conditions.
Support root cause analysis for any field issues with cross-functional team.