Electrical Engineer

• Serve as the senior technical resource during assigned shifts
• Monitor and manage electrical, mechanical, and environmental systems
• Lead response to alarms, events, and abnormal conditions
• Conduct detailed facility walkthroughs and validate system performance
• Lead shift turnovers and status communications
• Operate and maintain UPS, generators, switchgear, ATS/STS, PDUs, and RPPs
• Lead preventive and corrective maintenance activities
• Enforce LOTO, electrical safety, arc-flash, and PPE requirements

Chief Electrical Engineer

• Define and architect innovative rack-level power distribution topologies (AC, DC, HVDC)
• Investigate new technologies in solid-state protection, intelligent power switching, and metering, and AI-enabled load balancing
• Evaluate and integrate breakthrough approaches such as power sidecar systems, in-rack busbars, and modular busway systems
• Translate innovative ideas into manufacturable, standards-compliant solutions
• Guide engineering teams in rapid prototyping and proof-of-concepts to validate new concepts
• Anticipate industry shifts (AI-scale, 1MW+ racks, OCP-HPR standards) and propose next-gen architectures
• Partner with market-leading technology vendors (compute, rack, power components) where appropriate to accelerate development and ensure interoperability
• Represent nVent as a leader with a point of view in customer innovation forums and industry standards bodies

Senior Principal Electrical Engineer

• Develop electrical wiring designs of a functional system including the selection of aircraft-type conductors and electro-mechanical components such as connectors, relays, switches, circuit breakers, and terminal junction systems.
• Support design requirements for electrical power generation, conversion and distribution systems, and circuit protective requirements for aerospace vehicle systems including Electrical Loads Analysis, test procedures, power architectures, reports, analyses, and other vehicle power related deliverables.
• Responsible for all aspects of system/component design and development including trade studies, layouts, architecture definition, system test & verification, and troubleshooting.
• Participate on a subcontractor management team and act as the technical point of contact with suppliers for hardware development, qualification, and procurement.
• Perform system level test planning, execution support, verification, data processing, and troubleshooting.
• Perform system level evaluations to verify requirements and ensure airworthiness criteria are met.

Electrical Engineer, Principal Electrical Engineer – Vehicle Subsystems & Integration

• Develop electrical wiring designs of a functional system including the selection of aircraft-type conductors and electro-mechanical components.
• Support design requirements for electrical power generation, conversion and distribution systems, and circuit protective requirements for aerospace vehicle systems.
• Responsible for all aspects of system/component design and development including trade studies, layouts, architecture definition, system test & verification, and troubleshooting.
• Participate on a subcontractor management team and act as the technical point of contact with suppliers for hardware development, qualification, and procurement.
• Perform system level test planning, execution support, verification, data processing, and troubleshooting.
• Perform system evaluations to verify requirements and ensure airworthiness criteria are met.

Principal Electrical Engineer – Vehicle Subsystems & Integration

• As a SCADA Project Engineer, you will be on the construction team responsible for the engineering, procurement and commissioning of supervisory control & data acquisition (SCADA) systems and associated communications infrastructure related to cutting-edge renewable energy projects.
• You will be responsible for coordinating with multiple stakeholders to develop conceptual designs.
• You will be responsible for managing the procurement, final detailed designs, commissioning, and acceptance testing on renewable energy projects.
• The SCADA & IT systems of these projects may include RTACs, RTUs, plant controllers, network switches, firewalls, annunciators, HMIs and all associated connectivity on wind, solar and battery storage renewable energy projects.

Project Engineer, Renewable Electrical Engineering – SCADA

• Develop CAD models/drawings/schematics to support various projects
• Use AutoCAD Electrical
• 40 hours per week, remote for 3 to 6 months.