The Embedded Software Architect role involves the following:

• Design and develop software architecture for Propulsion System functions
• Establish Software Architecture Guidelines for Application and BSW layer SW development
• Implement RTE configurations and generate RTE files
• Develop SW Variant management strategy for engine, transmission, electrification and Hybrid projects
• Prototype latest AUTOSAR concepts and deploy concepts to Powertrain projects
• Review Implementation of Controls Simulink Model algorithms
• Review high level Implementation of BSW Modules and CDD SW components
• Responsible for multi-core runnable/function portioning
• Participate in AUTOSAR Consortium work groups, AUTOSAR Global conferences
• Prepare SW component ARXML files using standard AUTOSAR tools (dSPACE SystemDesk, Davinci Developer etc.)
• Support troubleshooting of issues in deploying AUTOSAR software stacks and FCA-defined software components
• Establish and maintain a working knowledge of AUTOSAR standards
• Work with internal, Tier 1 and Tier 2 software engineers to consistently deploy FCA’s Powertrain Software Architecture Strategy across Powertrain engine, transmission, hybrid and electrification projects
• Support FCA and Tier 1 engineers with training and general support
• Develop Guidelines for efficient SW Implementation
• Participate in AUTOSAR tools supplier evaluations
• Support Legacy and next generation projects Controller resources optimizations
• Support SW debugging issues

Basic Qualifications:

• Bachelors of Electrical, Computer, or Software Engineering, or equivalent experience
• Minimum 6 years of embedded software development
• Minimum 5 years of experience with AUTOSAR architecture, concepts, specifications, tools, and production implementation (design, development, and test)
• Understanding of AUTOSAR software constructs and their implementation
• Experience using AUTOSAR Application layer Software Development
• Experience with dSPACE SystemDesk, Matlab/Simulink, Lauterbach debuggers
• Understanding of software/hardware design and their failure modes
• Understanding of engineering theory and operation principles of mechanical/electrical mechanisms
• High level of analytical ability where problems are unusual and difficult
• Knowledge of computer software as it pertains to engineering
• High level of interpersonal communication skills (written and oral).
• Able to work independently with a high degree of initiative
• Knowledge of Communication protocols, OBD/UDS protocols testing using CANALYSER, CANOE, standard diagnostic tools

Preferred Qualifications:

• Masters of Electrical, Computer, or Software Engineering
• 6 years of automotive experience
• Knowledge and experience with serial data communication protocols
• Experience with UDS/OBD Protocols
• Experience with EEPROM, FEE memory concepts
• Experience using AUTOSAR software configuration tools to generate Basic Software (e.g. Vector DaVinci, Mentor VSA, EB Tresos etc.)
• In-depth knowledge of requirements engineering process (FMEA, Preliminary Hazard analysis)
• DFSS training
• Knowledge of vehicle electrical systems
• Knowledge and experience with serial data test tools and oscilloscopes