Electrical Engineer

• Lead and execute advanced power system studies—ampacity, short circuit, grounding, harmonics, transient, and more.
• Serve as a technical expert and project leader, ensuring accuracy, quality, and innovation in every deliverable.
• Partner with internal teams and clients to translate analysis into real-world solutions for grid modernization and renewable integration.
• Mentor and train engineers, sharing best practices and technical insights to strengthen the team.
• Drive process improvements and contribute to strategic initiatives shaping the future of EVS power studies.

Senior Electrical Engineer – Power Studies

• Designing the electrical components related to power distribution, control systems, emergency generators, NAVAIDS, airfield lighting, and security and communications systems.
• Collaborate with a multi-disciplined group of Architectural, Civil, Electrical, Mechanical, and Structural professionals on various airport and aviation projects.
• Perform construction administration and inspection/observation duties.

Senior Electrical Engineer

• Serve as the electrical subject-matter expert for cardiac ablation platforms, including generators, energy delivery systems, sensing and monitoring circuits, and safety-critical subsystems
• Define and review electrical architectures, requirements, and design strategies to support RF and pulsed field ablation technologies, ensuring robustness under clinical use conditions
• Drive trade-off decisions balancing performance, safety, cost, manufacturability, serviceability, and regulatory constraints
• Lead or review detailed electrical design activities including high-voltage circuits, power electronics, sensing and monitoring circuits, isolation schemes, grounding strategies, and EMC-robust designs
• Establish and execute verification and validation strategies, ensuring designs meet functional, safety, and reliability requirements across the product lifecycle
• Provide expert input into design reviews, hazard analyses, and failure investigations involving electrical subsystems
• Own or strongly influence risk management activities related to electrical hazards, energy delivery, insulation, leakage currents, fault detection, and patient return electrode monitoring
• Apply Design for Reliability and Design for Safety principles to identify, reduce, and monitor technical risk in compliance with medical device standards and internal quality systems
• Act as a design technical leader across released product engineering, manufacturing, supplier engineering, service, and quality teams
• Support sustaining engineering activities including root-cause analysis of field issues, design changes, component obsolescence, and manufacturing process improvements
• Interface with external suppliers and partners to ensure continuity of supply and technical alignment with system requirements
• Mentor and technically develop junior and senior engineers, reinforcing best practices in electrical design, documentation, and problem solving
• Influence engineering standards, design guidelines, and strategic technology roadmaps within CAS
• Represent electrical engineering expertise in program reviews, technical escalations, and governance forums

Principal Electrical Engineer

• Serve as the electrical subject-matter expert for cardiac ablation platforms
• Define and review electrical architectures, requirements, and design strategies
• Drive trade-off decisions balancing performance, safety, cost, manufacturability
• Lead or review detailed electrical design activities
• Establish and execute verification and validation strategies
• Provide expert input into design reviews, hazard analyses, and failure investigations
• Own or strongly influence risk management activities
• Apply Design for Reliability and Design for Safety principles
• Mentor and technically develop junior and senior engineers

• Serve as the electrical subject-matter expert for cardiac ablation platforms, including generators, energy delivery systems, sensing and monitoring circuits, and safety-critical subsystems.
• Define and review electrical architectures, requirements, and design strategies to support RF and pulsed field ablation technologies, ensuring robustness under clinical use conditions.
• Drive trade-off decisions balancing performance, safety, cost, manufacturability, serviceability, and regulatory constraints.
• Lead or review detailed electrical design activities including high-voltage circuits, power electronics, sensing and monitoring circuits, isolation schemes, grounding strategies, and EMC-robust designs.
• Establish and execute verification and validation strategies, ensuring designs meet functional, safety, and reliability requirements across the product lifecycle.
• Provide expert input into design reviews, hazard analyses, and failure investigations involving electrical subsystems.
• Own or strongly influence risk management activities related to electrical hazards, energy delivery, insulation, leakage currents, fault detection, and patient return electrode monitoring.
• Apply Design for Reliability and Design for Safety principles to identify, reduce, and monitor technical risk in compliance with medical device standards and internal quality systems.
• Act as a design technical leader across released product engineering, manufacturing, supplier engineering, service, and quality teams.
• Support sustaining engineering activities including root-cause analysis of field issues, design changes, component obsolescence, and manufacturing process improvements.
• Interface with external suppliers and partners to ensure continuity of supply and technical alignment with system requirements.
• Mentor and technically develop junior and senior engineers, reinforcing best practices in electrical design, documentation, and problem solving.
• Influence engineering standards, design guidelines, and strategic technology roadmaps within CAS.
• Represent electrical engineering expertise in program reviews, technical escalations, and governance forums.

• 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

• Support power delivery team, working with multidisciplinary project teams providing electrical engineering and related technical expertise
• Manage projects, coaching and mentoring less-experienced staff, providing technical leadership
• Prepare designs for DC and AC collection systems and power plant controllers
• Focus on design and analysis including preparing plans and specifications, writing reports, and developing cost estimations
• Proposal development including defining work scopes, deliverables, schedules, and budget
• Ensure project milestones are met and provide regular updates to team members and clients
• Support the growth and development of team members
• Build and sustain strong relationships with clients and internal teams

Senior Electrical Engineer – Renewables Focus

• support the Engineering and Design business unit by interfacing with clients to support the development of substation physical design deliverables for utility upgrades
• responsible for understanding client and internal standards and developing deliverables for projects on time and within the budget
• assist in planning, coordinating, and executing projects
• help ensure project milestones are met and provide regular updates to team members and clients
• support the growth and development of team members
• build and sustain strong relationships with clients and internal teams

Senior Electrical Engineer – Substation Physical Design Focus

• Lead, coach, and develop a team of control systems engineers, fostering accountability, collaboration, and technical growth
• Support hiring, onboarding, goal setting, and performance management for direct reports
• Own system and subsystem engineering activities for display, gauge, and IVI systems, including requirements development and interface definition
• Guide system integration and execution from concept through production within Polaris development processes
• Collaborate with architecture, UX/HMI, software, hardware, validation, manufacturing, and vehicle teams
• Support development of system roadmaps aligned to platform needs and technology direction
• Participate in supplier selection and technical collaboration, supporting make/buy and implementation decisions
• Ensure disciplined engineering practices including requirements traceability, DFMEA/DRBFM participation, and validation planning
• Monitor execution progress, identify technical risks, and drive timely issue resolution
• Promote consistent documentation, configuration management, and lifecycle rigor
• Contribute to department planning through resource forecasting and prioritization
• Champion a strong team culture focused on quality and continuous improvement

Electrical Engineering Manager

• Support the engineering, manufacturing and procurement process
• Coordinate with internal and external engineering resources
• Assist in the development of project proposals, cost estimates and budgets, timelines and schedules
• Support and comply with all process safety management and risk management plan practices
• Support all personnel policies directed by local and corporate personnel
• Learn the skills and gain exposure to use of motor protection relays
• Build a project to update obsolete units
• Complete digital backups for all in service relays
• Support the Reliability team with health assessments of critical medium voltage equipment in the US and Canada

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