RIMARY RESPONSIBILITIES:
80 Generally assigned to develop & improve existing and new automotive electromechanical systems (e.g. may be responsible for
changes based on new requirements, or may contribute to the application of new technology/ innovations).
80 Captures customer requirements, regulations and product specifications into the design of the assigned products/systems,
80 Define and execute the Statement of Work / Statement of Requirement for the system.
80 Define, cascade and oversee execution of Statement of Work/ Statement of Requirements for sub-systems and system
components.
80 Generate functional strategies for vehicle level mechatronic systems including definition of I/O’s and interactions with complete
documentation.
80 Ensures customer requirements, regulations and product specifications are executed in the system design of the assigned
products. Works with interdisciplinary engineering teams to ensure compliance with Mechatronics System Development Process
plus operational, cost, timing, safety, reliability, quality, and manufacturing feasibility parameters.
80 Consults and collaborates with personnel in various engineering and design activities relative to product development
requirements in order to create/support robust electro-mechanical systems control methods to eliminate campaign failure modes.
80 Writes/compiles engineering content for the following deliverables: product specifications (STS, SSTS), component
specifications (CTS), RASIC matrix, mechanization drawings and ICD, System Bill of Materials, System DFMEA, compliance
matrix, system DVP&R’s, 8D’s, prototype control plans, key product characteristics, engineering changes and work orders.
80 Participate in creation and analysis of system models.
80 Big picture innovation – ability to define and sell system level functions
80 Manage projects in Polarion, ensuring completion of delegated work packages.
80 Complete ISO 26262 work packages as required.
80 Support customer system level discussions.
QUALIFICATIONS & SKILLS:
80 Must want to be a System Engineer.
80 Must have demonstrated ability to apply system methodologies to design and be able to develop cascading requirement
scenarios.
80 Must have demonstrated excellence in communication / presenting / influencing / salespersonship skills.
80 Bachelor’s degree in Mechatronics /Electrical/ Engineering Physics / Computer Engineering/Control Systems from an accredited
University
80 5-10 years of engineering experience.
80 Bachelor’s degree in Mechanical Engineering with more than 5 years’ experience with systems or embedded SW product
applications.
80 Completion of SCFI Mechatronics 1 and Mechatronics 2 courses is a benefit.
80 Completion of ISO 26262 and ASPICE courses is a benefit.
80 Possess detailed documentation practices.
80 Vehicle level bus communication protocol development experience (i.e. CAN, LIN)
80 System/Subsystem architecture development experience for safety critical components
80 Working knowledge of electrical hardware (including wire harness), software and electrical circuit theory as it relates to
embedded controls for electro-mechanical systems.
80 Must have automotive production launch experience with an embedded SW product.
80 Working knowledge of C/C+, Assembly language, Arduino code, Matlab, Simulink, Labview, Lab windows or other software
design/test tools
80 Understanding of standard software processes and industry requirements IEEE, CMMI, MISRA, AUTOSAR, USCAR