Electrical Engineer

• responsible for the electrical design and coordination of various projects focusing on medium and low voltage power distribution, motor controls, lighting, and grounding for water/wastewater projects
• provide leadership, technical knowledge, and guidance to electrical staff
• manage projects/tasks budgets and delivery schedules
• balance team workload for multiple assignments
• support business development and prepare scopes, schedules, and budget for new projects
• work in multi-discipline teams
• establish design criteria and perform design calculations
• conduct field inspections and oversee projects in construction
• perform system analysis using ETAP, SKM Power Tools or other power systems analysis software
• collaborate with practice leadership and participate in regional/national conferences

Principal Electrical Engineer

• Lead the full lifecycle development of electrical hardware subsystems for Power Tool platforms, from early concept and prototyping through verification, release, and post‑market support.
• Own, define, and evolve the electrical system architecture for Power Tool platforms, including motor controllers, power distribution, and safety circuits.
• Define component‑level and system‑level electrical requirements, interfaces, and design standards aligned with clinical use, regulatory requirements, and business objectives.
• Provide hands‑on technical leadership in schematic design, PCB layout reviews, design trade studies, and root‑cause analysis of complex system‑level issues.
• Lead the electrical design, integration, and verification of power tools and subsystems, including motor, controller, charger, and batteries.
• Oversee the development of real‑time control hardware, deterministic communication networks (e.g., LINbus, UART), and high‑reliability power architectures used in surgical Power Tools.
• Drive designs that meet requirements for safety, reliability, EMI/EMC compliance, manufacturability, serviceability, scalability, and cost efficiency.
• Ensure electrical systems comply with applicable medical device standards and regulations, including IEC 60601-1, ISO 13485, and FDA requirements.
• Support and lead design reviews, risk management activities (FMEA), verification and validation (V&V), and design history file (DHF) documentation.
• Partner cross‑functionally to support architectural decisions, system improvements, and continuous enhancement of overall power platform performance.
• Lead and participate in architecture reviews, design reviews, and cross‑disciplinary technical trade‑off discussions.
• Support design transfer, manufacturing readiness, and product launch activities.
• Participate in complaint investigations, post‑market surveillance, and controlled software updates.
• Build, mentor, and retain a high‑performing electrical engineering team.
• Identify project critical paths, proactively manage risks, and facilitate cross‑functional problem solving.
• Support resource planning, staffing, and schedule estimation.
• Communicate risks, opportunities, and execution status clearly to senior leadership.
• Foster a culture of technical excellence, accountability, ownership, and continuous improvement.
• Communicate business‑related issues, risks, and opportunities to senior management in a timely and effective manner.
• Interface with regulatory, quality, and manufacturing teams to support audits and inspections.
• Responsible for communicating business-related issues or opportunities to next management level.
• Responsible for ensuring that subordinates follow all Company guidelines related to Health, Safety and Environmental practices and that all resources needed to do so are available and in good condition, if applicable.
• Responsible for ensuring personal and Company compliance with all Federal, State, local and Company regulations, policies, and procedures.
• Identify critical paths during product development, address bottlenecks and risks and facilitate problem solving across R&D teams.
• Support project resource and schedule planning.
• Performs other duties as assigned.

Electrical Engineering Manager – Power Tools

• Lead the full lifecycle development of electrical hardware subsystems for Power Tool platforms, from early concept and prototyping through verification, release, and post‑market support.
• Own, define, and evolve the electrical system architecture for Power Tool platforms, including motor controllers, power distribution, and safety circuits.
• Define component‑level and system‑level electrical requirements, interfaces, and design standards aligned with clinical use, regulatory requirements, and business objectives.
• Provide hands‑on technical leadership in schematic design, PCB layout reviews, design trade studies, and root‑cause analysis of complex system‑level issues.
• Lead the electrical design, integration, and verification of power tools and subsystems, including motor, controller, charger, and batteries.
• Oversee the development of real‑time control hardware, deterministic communication networks (e.g., LINbus, UART), and high‑reliability power architectures used in surgical Power Tools.
• Drive designs that meet requirements for safety, reliability, EMI/EMC compliance, manufacturability, serviceability, scalability, and cost efficiency.
• Ensure electrical systems comply with applicable medical device standards and regulations, including IEC 60601-1, ISO 13485, and FDA requirements.
• Support and lead design reviews, risk management activities (FMEA), verification and validation (V&V), and design history file (DHF) documentation.
• Partner cross‑functionally to support architectural decisions, system improvements, and continuous enhancement of overall power platform performance.
• Lead and participate in architecture reviews, design reviews, and cross‑disciplinary technical trade‑off discussions.
• Support design transfer, manufacturing readiness, and product launch activities.
• Participate in complaint investigations, post‑market surveillance, and controlled software updates.
• Build, mentor, and retain a high‑performing electrical engineering team.
• Identify project critical paths, proactively manage risks, and facilitate cross‑functional problem solving.
• Support resource planning, staffing, and schedule estimation.
• Communicate risks, opportunities, and execution status clearly to senior leadership.
• Foster a culture of technical excellence, accountability, ownership, and continuous improvement.
• Communicate business‑related issues, risks, and opportunities to senior management in a timely and effective manner.
• Interface with regulatory, quality, and manufacturing teams to support audits and inspections.
• Responsible for communicating business-related issues or opportunities to next management level.

• Support electrical design efforts on a variety of projects across the country, with emphasis on Hanson’s Government market
• Assist with planning, design, and construction support activities under the guidance of licensed Professional Engineers and project managers
• Prepare and revise electrical drawings, specifications, and design documentation
• Support the design of electrical power distribution systems, interior and exterior lighting systems, and fire alarm/low-voltage systems
• Assist with lighting and power system design, grounding systems, electrical distribution layouts, and equipment selection
• Support generator and emergency power system design
• Prepare calculations and assist with construction administration tasks, including submittal reviews and field observations
• Coordinate with project engineers, designers, and CAD/Revit technicians

Electrical Engineer, EIT

• Prepare and oversee electrical power system design having single line diagrams, wiring and elementary diagrams along with layout and circuitry design
• Coordinate designs and drawings needed for plant electrical systems to meet applicable standards and codes
• Review supplier drawings conforming with specifications plus dimensional compatibility along with assemblies and components
• Interact with clients, vendors, contractors, architects, and fellow electrical engineers to design required coordinated designs
• Prepare construction documents along with schedules and specifications
• Develop accurate and precise product designs that comply with drafting and company standards
• Review and coordinate vendor design documents review to ensure comply to design requirements
• Provide quality assurance checks of electrical, control detail engineering and design project deliverables
• Compare project budgets along with schedules to coordinate multidiscipline groups

Senior Electrical Engineer

• Conduct field inspections to determine the origin, cause, and extent of electrical failures, including fires, explosions, and system malfunctions
• Develop clear, well-supported conclusions and produce comprehensive technical reports and documentation
• Provide timely, professional updates to clients, attorneys, insurers, and internal stakeholders; manage expectations and maintain strong relationships
• Work independently from a home office while leveraging internal experts and resources; build long-term relationships with colleagues, clients, and partners
• Drive investigations through completion, ensuring high-quality deliverables that meet client expectations and industry standards
• Contribute ideas that strengthen processes, tools, and customer outcomes; help others navigate change and adopt improvements

Forensic Electrical Engineer

• Oversee the creation of technical design solutions and/or studies
• Analyze, develop, and evaluate systems
• Improve and maintain current systems or create new projects
• Design and draft blueprints
• Manage projects
• Handle complex issues and problems
• Provide leadership, coaching, and/or mentoring to a subordinate group

Electrical Engineer, PE I

• Design high-speed digital circuits to meet section requirements.
• Design circuits using industry-standard schematic capture tools.
• Implement layouts for assigned subsections.
• Design complex high-speed signals that meet impedance requirements.
• Perform worst-case analysis of circuits in your area of responsibility.
• Generate documentation that defines processor pin assignments.
• Develop detailed design documents.
• Perform failure mode analysis and generate process documentation.
• Define stress test routines required to validate functional sections.
• Design communication links between the processor, other internal subsections, and external modules.
• Formulate test plans to ensure component-level performance.
• Validation testing to ensure performance over temperature and voltage extremes.
• Perform root cause analysis and resolve issues in assigned sections.
• Participate in system design reviews.
• Interface closely with other teams, such as Software, Mechanical, and Manufacturing, as well as external component suppliers.
• Travel occasionally as required.

Hardware Development Engineer

• Provide high-level oversight of engineering and project execution, negotiate technical and regulatory requirements, and influence executive-level project decisions.
• Leads multi-disciplinary engineering teams, ensure compliance with industry standards, and optimize technical designs for energy infrastructure.
• Acts as the technical authority on engineering standards, practices, and regulatory requirements.
• You will manage PPA, LGIA, and OEM testing completion.

• Support our growing demand for the design of avionics solutions across numerous programs
• Develop the architecture, design circuits, perform simulations, assist ECAD with layout, verify and test designs
• Perform a variety of engineering activities throughout the lifecycle to support planning, requirements development, documentation, test, and deployment
• Build, debug, and test prototypes and deliverable hardware
• Identify program/system-level technical risks and develop and execute mitigation strategies

• Support the development phase of major project scope and EPC bid package documentation
• Support the interconnection design and agreements for development stage projects and ensure project contract documentation aligns with interconnection scope
• Support cost estimate, schedule, risk analysis, bid evaluation and contract development
• Provide engineering oversight to ensure compliance with project requirements, design criteria, as well as applicable Duke Energy and Industry Standards
• Participate in design reviews, drawing reviews, construction support, resolution of technical RFIs, commissioning support, performance testing and project warranty support
• On-site engineering support for construction and commissioning of projects
• Prepare thorough and accurate technical reports, correspondence, documentation, calculations, and sketches with the ability to conduct analysis and recommend process enhancements and standards related to area of assignment
• Conduct and review power system related studies ensuring accuracy with industry standards and project requirements
• Assist in the accomplishment of business goals and objectives through effective planning, organizing, estimating, scheduling, and monitoring of work activities under the guidance of higher-level employees
• Develops positive working relationships to effectively coordinate work activities
• Demonstrates effective oral and written communication skills
• Maintains accurate records and files
• Keep abreast of new developments, technologies, procedures, standards and equipment related to areas of assignment
• Supports the company's goals and represents the company positively and professionally

Senior Electrical Engineer – Project Management, Construction

• Design high-speed digital circuits to meet section requirements.
• Design circuits using industry-standard schematic capture tools.
• Implement layouts for assigned subsections.
• Design complex high-speed signals that meet impedance requirements.
• Perform worst-case analysis of circuits in your area of responsibility.
• Generate documentation that defines processor pin assignments.
• Develop detailed design documents.
• Perform failure mode analysis and generate process documentation.
• Define stress test routines required to validate functional sections.
• Design communication links between the processor, other internal subsections, and external modules.
• Formulate test plans to ensure component-level performance.
• Validate testing to ensure performance over temperature and voltage extremes.
• Perform root cause analysis and resolve issues in assigned sections.
• Participate in system design reviews.
• Interface closely with other teams, such as Software, Mechanical, and Manufacturing, as well as external component suppliers.
• Travel occasionally as required.

Product Development Electrical Engineer

• Lead the design of overhead and underground electrical distribution systems, typically ranging from 4 kV to 35 kV.
• Develop design packages for:
• New distribution lines and system expansions
• System hardening and resiliency upgrades
• Reconductoring and voltage conversion projects
• Service extensions and customer interconnections.
• Prepare construction drawings, material lists, staking sheets, and technical specifications.
• Perform system calculations including:
• Voltage drop
• Short-circuit analysis
• Load analysis and feeder balancing.
• Apply utility standards, specifications, and design criteria to distribution projects.
• Coordinate designs with transmission, substation, protection, and civil teams.
• Mentor junior engineers and designers.
• Support construction through:
• Review of contractor submittals
• Responses to RFIs
• Site visits and field observations.

Electrical Engineer – Distribution Design

• Lead the design of new, expanded, and upgraded electrical substations (typically 69kV through 500kV).
• Develop and review substation designs including: Physical layouts and general arrangements, Bus configurations and equipment arrangement, Grounding systems and lightning protection, Raceway and cable schedules, Equipment foundations and integration with civil/structural designs.
• Perform and review electrical calculations, including: Ground grid analysis, Short-circuit and relay coordination support, AC/DC system design.
• Prepare construction drawings, technical specifications, design reports, and material lists.
• Coordinate substation design with protection and control engineers, SCADA, and communications teams.
• Support breaker, transformer, relay, and protection scheme selection and integration.
• Ensure designs comply with applicable utility standards and power system requirements.
• Serve as lead engineer or technical authority on substation projects.
• Provide quality control reviews of drawings, calculations, and specifications.
• Collaborate with civil, structural, geotechnical, transmission line, and environmental teams.
• Support project managers with: Scope development, Cost estimating, Scheduling and risk identification.
• Mentor junior engineers and designers.

Electrical Engineer – Substation Design

• Lead the design of AC /DC overhead/underground high-voltage (HV) transmission lines (69 kV–500 kV or higher).
• Perform structural analysis and loading calculations for various structures.
• Conduct transmission line routing studies and feasibility analyses.
• Develop plan & profile drawings and design reports.
• Serve as technical lead or lead engineer on projects.
• Provide quality control reviews and coordinate with teams.

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