Sr Diagnostic Controls Engineer | Weldonit

Hybrid Position: The role will allow employees to work offsite but will also require onsite work-based business needs. Overview Responsible for design and development of diagnostic software for electrified drivetrain system. Develop system safety software & diagnostics for electrified drivetrains within a cross functional development team. Job Responsibilities Develop torque security diagnostics features for electrified drive systems Develop system safety software and associated diagnostics for powertrain controls Develop in a model-based development environment using Matlab/Simulink tool chain Ability to create SW architecture components that support AUTOSAR framework within an ETAS or Vector BSW environment Work with cross functional team to create internal software requirements for electrified drivetrain systems Support external customers to define software features and system interfaces for different vehicle classes Develop requirements and collaborate with ECU hardware suppliers to address ISO-26262 functional safety requirements and technical safety requirements as required for target ASIL-C compliant electrified drivetrain system Create DFMEA, FTA, DVP&R and other supporting development work-products to meet ISO-26262 compliance for electrified drivetrain Document requirements, track issues, and maintain controls development activities within an ALM environment like Polarion Troubleshoot issues and testing systems on benches, dynos and in vehicles Required Qualifications Master’s degree in electrical engineering, Computer Science, or related field 5+ years of experience developing application software for power-train controllers and/or power electronics for automotive applications Experience with low level driver development and/or BSW integration for multi-core MCU’s Experience utilizing Matlab/Simulink/Stateflow, CANalyzer, CANape, tools for controls software development for real-time controls, experience with C-code generation, AUTOSAR BSW like ETAS or Vector, prior embedded software development in automotive environment 5+ years of experience in use of CAN, CCP, XCP communication and diagnostics test tools (i.e. Vector CANoe/CANape/CANalyzer) Experience developing FTA, DFMEA, FIT analysis to meet ISO 26262 Functional Safety requirements for electronic hardware Bonus Potential This position is eligible for Incentive Compensation Plan, which offers payouts based on company performance, job level, and individual performance. #J-18808-Ljbffr