Overview
Skills
Job Details
Onsite/ Remote: Day 1 Onsite at customer location
Job Description: CW ADAS (Advanced Driver-Assistance Systems) and ADS (Automated Driving Systems) Evaluation Engineer
Who we re looking for
Integrated Vehicle Systems (IVS) Department is looking for a passionate and highly motivated ADS (Automated Driving Systems) Evaluation Engineer to join us in creating the future of mobility as we develop next-generation Automated Driving Systems (ADS) and Advanced Driver Assistance Systems (ADAS).
The primary responsibility of this role is to work with evaluation engineers to define performance KPIs for evaluation current and future ADAS (Advanced Driver-Assistance Systems). Example activities include preparing systems, tools, python code, data architeture for evaluation drives as well completing and analyzing collected data from such drives.
We are looking for people who have experience with simulated and in-vehicle evaluation of ADS/ADAS. We want to find those who demonstrate customer-first thinking, partners with internal and external teams, and the ability to proactively and aggressively deliver quality products to our customers.
What you ll be doing
Support the evaluation and tuning of ADAS / ADS systems with a focus on North American road conditions and challenges.
Support the development and initial implementation of proof-of-concept systems.
Configure, modify, and troubleshoot test vehicles, sensors and data acquisition equipment.
Communicate performance issues through project leaders to suppliers & TMC to support proposals of appropriate
countermeasures.
Implement quantitative benchmarking methods for ADAS (Advanced Driver-Assistance Systems) on competitor vehicles using
GPS, camera, or other sensors.
Complete data gathering evaluations on public roads and proving grounds.
Analyze test data and make performance change recommendations to the system owners through project leaders.
Requirements : What you bring
Experience installing, troubleshooting, and using data acquisition & testing equipment such CanAlyzer,
Vbox, Panel 4, CANoie or other data acquisition equipment.
Functional knowledge of high-precision GPS systems, including differential measurements and base station