*Job Description:*

   - 4 to 7 years of experience in automotive domain.
   - Proficiency with Microsoft Office applications (MS Word, MS Excel, MS
   Powerpoint)
   - Knowledge of embedded software engineering practices, structured
   analysis and design methodologies, and object oriented concepts
   - Knowledge of major automotive electrical subsystems (Body, Chassis,
   Powertrain, Infotainment, Safety etc.)
   - Ability to coordinate and complete tasks per a release schedule
   - Ability to identify non-compliance to standards and resolve the issues
   - Ability to verbalize problem statements as well as suggested
   enhancements.
   - Automotive, UML,  DOORS, IBM Rational Synergy, IBM Rational Change,
   Rational Team Concert, Rhapsody.

*Person should have:*

   - Experience developing automotive electrical system components and/or
   systems
   - Experience developing UML-based system and/or software models
   - Familiarity with IBM Rational Rhapsody tool
   - Experience using IBM Rational Change and IBM Rational Synergy
   (formerly Telelogic Change / CM Synergy) change and configuration
   management tools.


*The job involves:*

   - Review functional requirements documented in Subsystem Technical
   Specifications (SSTS) and provide feedback to requirements authors improve
   clarity or consistency with established GM requirements strategies.
   Collaborate with requirements authors and other stakeholders as needed to
   ensure high quality, executable Subsystem requirements.
   - Develop functional partitioning and allocation scenarios comprehending
   system constraints, cost /resource optimizations, robustness, and
   implementation complexities.
   - Create and maintain the FPA UML Model for assigned subsystems using
   the Rhapsody tool according to the established release schedule.
   - Review Node/Feature report output from UML Model extraction script to
   verify correct information prior to delivery to Network Engineering team.
   - Collaborate with Architecture Analysis team to execute required
   analyses for high impact changes.
   - Good to have about CAN networks.
   - Good to have knowledge about CAN network signal database (dbc files).
   - Good to have knowledge about ECU development process.
   - Good to have knowledge about different diagnostic protocols like
   GMLAN, KWP, UDS.
   - Good to have knowledge of AUTOSAR architecture.
   - Good to have knowledge of programming languages like embedded c, c++.

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