Responsible for developing an overall system test plan and test strategies to ensure that advanced driver assistance systems (ADAS) technologies/products are tested thoroughly to meet quality standards. Design, Develop, Commission, and Deploy world-class Hardware-in-the-loop (HIL) and associated infrastructure using technologies such as, but not limited to, Matlab, Simulink, dSPACE, NI Veristand, ETAS Labcar, IPG Carmaker, etc. to test both ECU-Level and System-Level software requirements. Design and Develop Controls Test System software (i.e. Plant Models, Loss Models, Closed Loop Control Algorithms, etc.) and hardware components as required to safely test ECUs and systems in the Hardware-in-the-loop environment. Develop test automation scripts and libraries using industry-standard test automation tools. Perform Data Analysis on the test execution output files to generate plots, charts, reports, spreadsheets, presentations, etc. Develop Testing Infrastructure to auto-test ECU functional requirements within a real-world Vehicle Level environment. Define a global standard of test reporting and management system according to industry standards. Perform bench level tests, create reports, create defects, and review them with the Verification Project Lead. Support the selection and design of new test equipment such as HILs, RCP systems, and custom Test Properties. Develop and provide test infrastructure user instruction manual and training, as required, to the cross-functional team. Lead the planning, scheduling, monitoring, and reporting of all bench testing/automation related activities for various projects. Present test results to the development teams/customer as required. Provide the best and cost-effective solution to fulfill legal and industry standards. Quote activities for system test for new Magna business. Ensure that products follow Magna’s Global Product Engineering Process (GPEP)/PDP deliverables. Ensure compliance to Company procedures (e.g. Process - Work Instructions) and applicable standards (e.g. ISO/TS 16949, ISO/IEC TR 15504). Utilize the S.I.M.I.L.A.R. concept of systems engineering: Work with customer at program initiation to understand the problem space in order to accurately State the problem, analyze the customer requirements and to enter them into the Magna application life cycle (ALM) tool. Investigate alternatives, Model the system - develop system models as appropriate in order to gain a clear and concise performance and functional perspective, Integrate sub- systems into a functioning product, Launch the system to ascertain product functionality and performance, Assess product performance and Re-evaluate designs, solutions and data to ensure conclusions.
