Engineer.Electrical.II

NOV•Provo, UT

About The Position

Description Key Responsibilities Design and develop electrical systems for products/equipment, from concept through release and production support. Translate requirements into electrical architectures, schematics, wiring diagrams, and interface/control definitions. Select and specify electrical components (power supplies, sensors, actuators, connectors, harnessing, PCBA components, etc.). Capable to repair PCBA’s including soldering through hole, SMT, fine pitch components and wire Create and maintain engineering documentation: schematics, BOMs, cable/harness drawings, wire diagram, test procedures, component libraries, and change orders (ECR/ECO). Build prototypes and support lab/field testing; troubleshoot issues using appropriate diagnostic tools (DMM, oscilloscope, logic analyzer, etc.). Create verification and validation (V & V) documentation (DVP&R) and perform virtual and/or physical product V & V testing. Support verification and validation by developing test plans & test fixtures, executing tests, analyzing results, and documenting conclusions. Collaborate with manufacturing on design-for-manufacture/assembly, wiring practices, work instructions, and transition to production. Investigate and resolve production and field issues; perform root-cause analysis and drive corrective actions (CAPA). Ensure designs meet applicable safety, EMC/EMI, environmental, and regulatory requirements as needed. Participate in design reviews, risk assessments (DFMEA), and project planning; communicate progress and risks.

Requirements

Bachelor’s degree in Electrical Engineering (or closely related field).
Typically 4–7+ years of relevant electrical engineering experience (or equivalent combination of education and experience).
Proficiency with electrical design tools (e.g., OrCAD/Altium, AutoCAD Electrical, EPLAN, KiCad, or similar).
Experience creating schematics, wiring diagrams, and electrical documentation packages.
Working knowledge of fundamental electrical engineering principles (analog/digital basics, power distribution, grounding, protection, sensors/actuators and transmission line characteristics).
Hands-on troubleshooting ability with standard lab instrumentation.
Strong communication skills and ability to work effectively in cross-functional teams.
Practical problem solving and attention to detail
Ownership of deliverables and follow-through
Clear technical capabilities
Clear technical documentation
Collaboration and stakeholder management
Comfort balancing performance, cost, manufacturability, and schedule

Nice To Haves

Experience with embedded processing in C.
Schematic and PCBA design and layout.
Familiarity with relevant standards and compliance (e.g., UL/IEC, NFPA 70/79, CE marking, EMC).
Experience with cable/harness design, connector selection, and environmental sealing practices.
Experience with functional safety concepts and risk methods (FMEA, fault tree).
Exposure to PLM/ERP systems (Windchill) and structured change control (ECR/ECO).

Responsibilities

Design and develop electrical systems for products/equipment, from concept through release and production support.
Translate requirements into electrical architectures, schematics, wiring diagrams, and interface/control definitions.
Select and specify electrical components (power supplies, sensors, actuators, connectors, harnessing, PCBA components, etc.).
Capable to repair PCBA’s including soldering through hole, SMT, fine pitch components and wire
Create and maintain engineering documentation: schematics, BOMs, cable/harness drawings, wire diagram, test procedures, component libraries, and change orders (ECR/ECO).
Build prototypes and support lab/field testing; troubleshoot issues using appropriate diagnostic tools (DMM, oscilloscope, logic analyzer, etc.).
Create verification and validation (V & V) documentation (DVP&R) and perform virtual and/or physical product V & V testing.
Support verification and validation by developing test plans & test fixtures, executing tests, analyzing results, and documenting conclusions.
Collaborate with manufacturing on design-for-manufacture/assembly, wiring practices, work instructions, and transition to production.
Investigate and resolve production and field issues; perform root-cause analysis and drive corrective actions (CAPA).
Ensure designs meet applicable safety, EMC/EMI, environmental, and regulatory requirements as needed.
Participate in design reviews, risk assessments (DFMEA), and project planning; communicate progress and risks.