As an Senior Engineer in Chassis Controls & Electronics, you will develop, build, calibrate and validate the systems responsible for Chassis and Vehicle Dynamics control. You will work closely with teams across the engineering group to deliver world-class vehicle dynamics-shaping functions from concept to production.

**A strong desire to create state-of-the-art engineering products as an integral part of a very capable team**

Role:

Develop, plan, and execute validation for software and hardware related to braking, steering and suspension control systems with excellence and great detail Create and execute system design validation plans for virtual, HiL and vehicle environments Develop test procedures, align with homologation, and write and maintain validation reports Support test automation and continuous integration Support root cause analysis for issues identified in prototype and customer fleet and propose corrective actions Support prototype vehicle software bring-up and troubleshooting Work with multiple complex projects in a demanding environment Travel domestically and internationally as required

Qualifications:

BS/BEng or MS/MEng in a relevant Engineering/Physics/Mathematics discipline, or equivalent experience 4+ years of software/hardware testing experience Understanding of Vehicle Dynamics in theory and practice Hands-on practical experience in prototype development Ability to read and work with electrical schematics Understanding of automotive communication protocols and ECU diagnostics

Advantageous:

Experience with verification/validation of control units Experience with Vector tools (CANape, CANalyzer, CDMStudio, etc.) Proficiency with software development (Matlab/Python/CAPL scripting, model based) Familiarity with ECE and FMVSS test regulations Familiarity with test equipment such as Torque Sensing steering wheels, instrumented tie rods, and GPS Vehicle testing and dynamic driving experience is a plus Desire for continual learning Excellent problem-solving ability, with an ability to use fundamental principles and data-driven action