Work cross-functionally with product, technical program management, software, and hardware engineering to analyze system behavior and design, integrate, verify and deploy features for AD/ADAS systems
Develop system level vehicle requirements and decompose to lower-level subsystems (e.g. sensor, compute, planner, perception, etc.)
Develop system latency budgets based on scenario analysis and working cross functionally across different disciplines
Generate evaluation system for assessing system performance against product level Key Performance Indicators
Define and support the execution of systems verification and validation testing in simulation and on vehicle level
Define system and sub-system level architecture
Lead cross-functional technical design reviews
Requirements
8+ years of professional work experience, preferably working around complex system development
Master’s degree in one of the following fields: mechanical, computer engineering, systems engineering or related disciplines
Experience working with complex safety-critical systems combining all parts of the autonomy/ADAS stack
Expertise in transforming high-level mission or product requirements into a robust architecture, including detailed requirement decomposition and ensuring end-to-end traceability
Demonstrated experience performing engineering analysis & trade studies of entire system covering perception, planning, mechanical components, controls, and safety
Demonstrated experience defining and executing verification and validation testing for complex systems
Demonstrated experience in design, executing and interpreting verification and validation tests results in simulation environments as well as in-vehicle
Demonstrated experience in successfully launching automotive programs or other domain-specific initiatives for customers
Ability to influence, negotiate, and inspire others in a matrixed environment
Proven ability to operate effectively and autonomously across multiple teams in situations of ambiguity, with only high-level direction
Experience in requirement derivation, tracking, and verification test processes (V diagram) in automotive applications
Understanding of typical vehicle communication protocols/interfaces
Software coding skills (Python, C/C++ or other)
Benefits
Excellent health, wellness, dental and vision coverage
A rewarding 401k program
Flexible vacation policy
Family planning and care benefits
Applicant Tracking System Keywords
Tip: use these terms in your resume and cover letter to boost ATS matches.
Hard skills
system behavior analysissystem level vehicle requirementslatency budgets developmentsystem performance evaluationverification and validation testingsystem architecture designengineering analysisrequirement decompositionverification test processessoftware coding (Python, C/C++)