ADAS Functional Integration

As a Functional Integration engineer, you will be responsible for working with internal teams and suppliers to design, develop and validate ADAS systems. You will be responsible for solving integration issues and ensuring that the entire system is ready for production. - Lead the initial triage of system integration issue discovery and resolution of software bugs, gaps in specifications, and specification conflicts - Collaborate closely with VF (Vehicle Function) writers to correct internal specifications errors - Collaborate closely with the vehicle build teams to solve any issues with inter-module communication on bench and development vehicles. - Collaborate closely with the build and systems teams to solve any architectural issues with the development vehicles - Collaborate closely with partner teams to comprehend feature-level KPIs and convert these goals into performance at the vehicle level. Develop standardized tests and procedures to better objectively bound feature calibrations - Own the vehicle system level integration with partner modules/software teams As functionality matures, begin to calibrate various ADAS features in vehicle with the supplier. Notes: - It is expected that you will spend a significant amount of time in vehicles in this role - It is expected that you will interact with global team members both within your immediate team and with the teams that you closely collaborate with - Since this is a very dynamic role other temporary assignments may arise through the normal course of business **Basic Qualifications:** - Bachelor's degree in Computer Science, Computer Engineering, Electrical Engineering, Mechanical Engineering, or related field - A minimum of 5 years of experience - High level of technical problem-solving ability and techniques - Good communication skills and the ability to interface with HiL testing, vehicle integration and validation engineering organizations - Previous experience with topics such as CDA (vehicle diagnostics), CANalyzer, CANape, CAN networks, ethernet, etc - Good knowledge of vehicle dynamics - Ability to interface effectively with Tier I and Tier II automotive suppliers **Preferred Qualifications:** - Master's degree in Computer Science, Computer Engineering, Electrical Engineering, Mechanical Engineering, or related field - Background in software development in embedded systems, control systems, Matlab Simulink/Stateflow, or algorithm development in C++, C, and/or Python - Basic knowledge of Functional Safety - Basic knowledge of automotive diagnostics - Experience with Automated Driving vehicle motion controls development - Experience in Driver Assistance or Automated Driving systems - Calibration experience in ADAS, powertrain, etc (feature calibration or toolset background)