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Jabil

Designs and builds electronics for other brands

Principal Engineer Low Voltage Switchgear Mechanical

Design EngineeringConfirmed live in the last 24 hours
Full-timePrince George, VA, USA

About the Job

Requirements

  • A bachelor's degree in Mechanical Engineering or a related technical field is required.
  • At least 12 years of mechanical engineering experience, including significant experience in low-voltage switchgear, switchboards, motor control centers, or power distribution products.
  • Demonstrated senior technical leadership across multiple new product introduction programs, product platforms, design releases, or successful product launches.
  • Advanced computer-aided design proficiency using Creo, SolidWorks, Inventor, or equivalent 3D CAD platforms, including complex assemblies, configuration management, and design release discipline.
  • Deep knowledge of sheet metal design, busbar systems, structural assemblies, insulation and support interfaces, manufacturing processes, assembly methods, and applicable standards.
  • Knowledge of UL 891, UL 1558, IEC 61439, NEMA, IEEE C37.20.1, ANSI/IEEE switchgear standards, and associated mechanical design requirements.
  • Strong experience with tolerance stack-up analysis, geometric dimensioning and tolerancing, welding design, sheet metal design for manufacturability, fastener strategy, structural integrity, and serviceability design.
  • Experience supporting sheet metal fabrication, punching, bending, welding, coating, copper bus fabrication, hardware installation, and assembly process development.
  • Experience with finite element analysis, computational fluid dynamics and thermal analysis, structural simulations, temperature-rise assessment, airflow design, and mechanical/thermal validation planning.
  • Experience with seismic design considerations and qualification requirements for power distribution equipment.
  • Experience with service entrance equipment, switchboards, and low-voltage power distribution assemblies.
  • Experience with product lifecycle management systems such as Windchill or equivalent.
  • Strong ability to influence technical direction, resolve ambiguity, make risk-based engineering decisions, and communicate effectively with customers and executive stakeholders.

Responsibilities

  • Own and govern the mechanical architecture strategy for low-voltage switchgear, switchboards, motor control centers, and power distribution equipment across assigned programs, platforms, or product families.
  • Translate customer, regulatory, manufacturing, and lifecycle requirements into scalable engineering specifications, design rules, technical roadmaps, and release deliverables.
  • Lead system-level mechanical architecture decisions for enclosure systems, structural assemblies, busbar support systems, insulation interfaces, short-circuit-resistant mechanical assemblies, mechanical interlocks, doors, hinges, latching mechanisms, seismic features, and associated switchgear mechanical hardware to achieve safety, reliability, manufacturability, and serviceability objectives.
  • Contribute to overall system architecture and own the mechanical definition of compartmentalization strategies, equipment layouts, accessibility, maintainability, cable routing concepts, heat-flow paths, service access, and installation and serviceability requirements in alignment with safety and operational objectives.
  • Provide technical direction for thermal engineering activities, including airflow design, ventilation strategies, heat dissipation analysis, computational fluid dynamics modeling, temperature-rise assessment, thermal margin strategy, and thermal validation testing.
  • Define and govern mechanical design criteria for structural integrity, tolerance management, geometric dimensioning and tolerancing, sheet metal design, welding design, copper bus interfaces, hardware selection, coatings, gasketing, sealing, ergonomics, and assembly and service access.
  • Guide concept development, prototype builds, design verification, pilot production, production release, and post-launch engineering support across multiple programs.
  • Drive critical engineering decisions that optimize product cost, performance, manufacturability, schedule, quality, reliability, serviceability, safety, and long-term platform reuse.
  • Establish design transfer expectations, support manufacturing readiness reviews, resolve production ramp issues, and guide engineering change implementation across global manufacturing sites.
  • Ensure compliance with applicable standards and requirements, including UL 891, UL 1558, the National Electrical Code, IEC 61439, NEMA, IEEE C37.20.1, ANSI/IEEE switchgear standards, seismic requirements, and customer-specific specifications.
  • Serve as the senior low-voltage switchgear mechanical engineering representative for customer technical reviews, architecture discussions, issue resolution, and product development decisions.
  • Lead Design for Manufacturing, Design for Assembly, Design for Reliability, Design for Automation, Design for Serviceability, and Value Analysis/Value Engineering initiatives.
  • Define and oversee mechanical validation and qualification strategies, including environmental, thermal, short-circuit, seismic, arc-flash, enclosure integrity, safety, customer witness testing, and factory acceptance testing evaluations.
  • Provide expert support for field troubleshooting, corrective actions, production issues, supplier technical issues, and complex field issue resolution activities.
  • Lead high-impact technical risk reviews, root-cause investigations, corrective actions, design governance reviews, and continuous improvement initiatives.
  • Mentor engineers, review critical technical deliverables, and develop reusable standards, design guides, checklists, templates, and best practices for low-voltage switchgear mechanical engineering execution.
  • Collaborate with global engineering, manufacturing, sourcing, quality, regulatory, suppliers, and customer teams to align technical decisions with business and program objectives.
  • Provide enterprise-level low-voltage switchgear mechanical engineering guidance across programs, product platforms, and customer engagements.
  • Lead complex mechanical design reviews, technical risk assessments, architecture governance, and engineering decision forums throughout the product lifecycle.
  • Mentor Lead Engineers and Senior Engineers; strengthen technical capability, design discipline, and ownership across the engineering team.
  • Establish and continuously improve mechanical engineering standards, best practices, design guidelines, verification expectations, and governance processes.
  • Influence cross-functional decisions by balancing technical depth, customer requirements, manufacturability, cost, quality, reliability, schedule, safety, and compliance.

Desired Qualifications

  • A master's degree in Mechanical Engineering or a related technical discipline.
  • Lean/Six Sigma experience.
  • Experience supporting global manufacturing operations, design transfers, production ramps, and engineering change implementation.
  • Experience in data centers, industrial, utility, renewable energy, energy storage, or critical power markets.
  • Experience with arc-resistant switchgear design concepts, pressure relief methods, personnel protection strategies, and enclosure integrity considerations.
  • Experience establishing mechanical engineering standards, design review governance, reusable technical libraries, product platform strategies, or modular switchgear architectures.
  • Experience with supplier technical development, should-cost and Value Analysis/Value Engineering activities, tooling strategy, or manufacturing automation readiness.

About the Company

Jabil

Designs and builds electronics for other brands

Jabil designs and manufactures electronics and other products for companies that sell them under their own brands, including makers of AI data center hardware, medical devices, cars, and defense systems. Customers bring a product idea or design, and Jabil handles the engineering, sources the parts, builds the product at scale, and manages the supply chain behind it. The work runs through a global network of factories, so one partner can build products for customers across many markets, from data center racks to medical equipment. Jabil earns revenue through manufacturing and engineering service contracts with these brands. The company was founded in 1966 and is based in St. Petersburg, Florida.

Company size
10,001+
Company stage
IPO
Headquarters
Saint Petersburg, Florida
Founded
1966

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