Functional System Architect (FSA) - Engine Controls - Torque

General Motors•Milford Charter Township, MI

8d•Hybrid

About The Position

The Role: Join the Engine & Transmission Controls (ETC) group as a Functional System Architect (FSA) in charge of understanding and defining functional system requirements and architectures in relation to Torque Architecture, Engine Protection and more. As an FSA, you are the technical leader of large group of engineers to define all aspects of engine controls and diagnostic systems. You will provide mentoring, guidance to the Sub-System Lead Engineers work products within our team. You will be seen as one of the technical experts in ETC and thus mentor and develop the department’s knowledge of your space. What You'll Do: Develop and drive the requirements architectural vision and ART Solution context for your domain. Define ART solutions, break down initiatives & capabilities into deliverables, and create ART features in Jira. Champion the roll-down from Feature Technical Specification, System Technical Specification, Initiative, and Product Teams to create requirements architecture. Ensure seamless integration of Air Delivery, Exhaust Gas Estimation, EGR, etc into the vehicle, including interfaces with other ARTs, hardware teams, advanced work teams, integration teams. Act as the lead contact for the Engineering Pillar of the Product Team. Define the solution context, including supporting technologies, interfaces, APIs, and requirements. Prioritize TFRP with the Systems Engineering organization and Product Team. Pursue and support innovation opportunities within the domain. Own the FMEA cross-functional linkage. Define Functional Controls and Hardware Requirements: Define functional requirements and map inputs to outputs. Define remedial actions based on fault detection, propagation, and maturation. Create context diagrams, functional architecture diagrams, and hardware integration of functions. Develop acceptance criteria for new/modified features and ensure they are met prior to release. Define function interface requirements, including aging, build variation, noise factors, and environmental factors. Define how inputs to the function transform outputs, including latency, overshoot, and oscillation. Define signal/data retention requirements and diagnostic, degraded state, remedial action, and recovery requirements. Define use cases and measurable/objective performance requirements for normal and degraded states. Support the hardware development cycle and hardware PMTs as new technologies are investigated and applied.

Requirements

Bachelors Degree in engineering
7+ years of experience with Engine Controls Systems.
7+ years of experience with engine integration.
Expert understanding of the physics related to related engine combustion and/or fluid dynamics.
High level of analytical problem-solving ability, including independent judgment and decision making skills, where problems are very ambiguous.
Ability to prioritize work with only limited direction from manager
High level of oral and written communication skills
High level of interpersonal styles and communication Skills to lead a large group of engineers and also work cross functionally for best results.
Experience with Requirements management tools (i.e. Doors, DNG, etc.)
Experience with Change management tools (i.e. Jira)
Background using simulation environments and Plant modeling for fault insertion analysis, testing, requirements generation (Matlab/Simulink, GMSIM, D-Space, ETAS, other)

Nice To Haves

Masters or PHD in engineering with an emphasis on Controls or mechatronic Systems.
Experience with OBD regulations/requirements, and regional federal regulatory requirements.
Experience working in embedded controls/software organization

Responsibilities

Develop and drive the requirements architectural vision and ART Solution context for your domain.
Define ART solutions, break down initiatives & capabilities into deliverables, and create ART features in Jira.
Champion the roll-down from Feature Technical Specification, System Technical Specification, Initiative, and Product Teams to create requirements architecture.
Ensure seamless integration of Air Delivery, Exhaust Gas Estimation, EGR, etc into the vehicle, including interfaces with other ARTs, hardware teams, advanced work teams, integration teams.
Act as the lead contact for the Engineering Pillar of the Product Team.
Define the solution context, including supporting technologies, interfaces, APIs, and requirements.
Prioritize TFRP with the Systems Engineering organization and Product Team.
Pursue and support innovation opportunities within the domain.
Own the FMEA cross-functional linkage.
Define functional requirements and map inputs to outputs.
Define remedial actions based on fault detection, propagation, and maturation.
Create context diagrams, functional architecture diagrams, and hardware integration of functions.
Develop acceptance criteria for new/modified features and ensure they are met prior to release.
Define function interface requirements, including aging, build variation, noise factors, and environmental factors.
Define how inputs to the function transform outputs, including latency, overshoot, and oscillation.
Define signal/data retention requirements and diagnostic, degraded state, remedial action, and recovery requirements.
Define use cases and measurable/objective performance requirements for normal and degraded states.
Support the hardware development cycle and hardware PMTs as new technologies are investigated and applied.