Principal Model-Based Systems Engineer

Eaton Corporation•Raleigh, NC

17h•Hybrid

About The Position

Eaton Corporation’s Electrical Sector America (ES/A) is seeking a Principal Model-Based Systems Engineer. This position will report directly to the Technical Director of Model-Based Engineering. This is a hybrid position based in Raleigh, NC or Pittsburgh, PA. Relocation will be provided. The Principal Model-Based Systems Engineer will be an integrated member of an interdisciplinary product development team, with primary systems engineering responsibilities including Requirements Engineering, Architecture, Design and Verification and Validation (V&V) strategies and plans. Accountability includes strategic initiatives, but is also heavily linked to tactical streams, working very connected with product teams on the different ES/A divisions to ensure smooth and efficient project execution, aiming continuous improvement on engineering cycle time acceleration and product quality. You will have a strong focus on complex Cyber-Physical Systems, encompassing Firmware (FW), Software (SW), Control Systems, Model-Based Design, and interactions with Hardware Elements (ex. Control Boards, Sensors, Actuators, etc.). Your work will be connected with other product systems engineers to enable a very strong system engineering strategy and execution for HW and SW elements. You will work across Division and Centers of Excellence (COEs) to deliver optimum system level solutions and will be also responsible for increasing capabilities across Divisions in ES/A on systems engineering applied to Cyber-Physical Systems.

Requirements

Bachelor's degree in Engineering or Computer Science from an accredited institution
Minimum Ten years of experience performing Model-Based Systems Engineering Roles (containing experiences such as VOC to VOE translation, architecture design, requirements engineering, product lifecycle management, system integration)
Eaton will not consider applicants for employment immigration sponsorship or support for this position. This means that Eaton will not support any CPT, OPT, or STEM OPT plans, F-1 to H-1B, H-1B cap registration, O-1, E-3, TN status, I-485 job portability, etc.

Nice To Haves

Master’s or specialization in Electrical Engineering from an accredited institution
Experience in mentoring junior team members, fostering their professional growth, and nurturing a learning environment that supports the development of testing skills and expertise
Systems engineering certification (INCOSE ASEP/CSEP/ESEP, etc.)
System Integration Experience
Demonstrated and substantive experience working and interfacing with agile, scrum and/or DevOps frameworks

Responsibilities

Requirements Definition, Traceability, Analysis, Qualification, Communication, and management at successive levels of abstraction for Cyber Physical Systems.
Partnering with several cross-functional organizations and stakeholders (ex. Marketing, Sales, Service, Engineering, Supply chain etc..), to elicit customer needs and develop proper requirements sets at different levels in the organization (from System to Subsystem Level Requirements around SW, FW and HW development)
Work in conjunction with other Systems Engineers, both at product and subsystem levels, as well as the engineering teams, to come up with optimized, scalable, and re-usable Cyber-Physical Architectures for our products.
Define, in collaboration with other process partners and stakeholders, an efficient Model Based Systems Engineering methodology to support all related product development and systems engineering activities for Cyber Physical Systems: that includes, beyond requirement engineering and architecture design, elements as System Models and Simulation Requirements aiming product acceleration and increased quality.
Assist development and Quality Assurance (QA) teams in test case development to ensure proper test methodologies and coverage for specific features and functions.
Educate Engineering, Marketing, and other stakeholders on industry best practices regarding systems engineering functions and behaviors.
Bridge in between Product Level Requirements and Architecture to Software and Hardware systems and teams, what requires a very strong foundation in Controls, MBD, SW and HW architectures, requirements, and workflows (ex. Agile methodology, Automated Testing, CI/CD pipelines, Model-Based Design workflows, etc.)
Apply understanding of organization goals/strategies in defining embedded and controls systems architectures, from MCU/SoC/microprocessor selection though controls and MBD software approaches, in collaboration across the divisions and related COEs