What Does An Electrical Do?

WHAT DOES AN ELECTRICAL DO?

Published: Jun 6, 2025 - The Electrical Professional designs, installs, and maintains electrical systems to ensure safe and reliable power distribution across residential, commercial, and industrial environments. This role involves applying deep knowledge of circuitry, control systems, and compliance standards to diagnose issues and implement effective solutions. The position also collaborates with engineers, technicians, and project teams to optimize energy efficiency and meet technical specifications.

A Review of Professional Skills and Functions for Electrical

1. Electrical Control and Instrumentation Engineer Roles

Electrical Design: Produce electrical designs and schematics, e.g., AC/DC low voltage power, lighting, earthing, and lightning design systems.
Electrical Calculations: Electrical calculations, e.g., load calculations, protection device sizing, and cable sizing.
PLC Programming: Program PLCs and design HMIs and DCSs.
Controller Configuration: Responsible for the configuration of controllers and computer programs.
Instrumentation Specification: Specify control instrumentation, including temperature, pressure, flow, level instrumentation, and valves.
Data Collection Setup: Configure data collection software to efficiently extract and process data from the operation of RT plants.
Cross-functional Collaboration: Liaise with other teams such as process design, mechanical, CAD, manufacturing, and procurement to support all aspects of the projects.
Technical Documentation: Write technical documents for projects, including equipment functional descriptions, design philosophy documents, and operating and maintenance manuals.
Commissioning and Troubleshooting: Commissioning, fault finding, and problem solving for Electrical, Control, and Instrumentation systems.
Health and Safety Compliance: Ensure all health and safety requirements are met during project design.
Record Management: Ensure all project records, details, manuals, and diagrams are archived and kept up to date.

2. Electrical and Instrumentation Manager Job Description

SHE Compliance: Provide full support to ensure projects are delivered to best-in-class SHE standards, to the required quality, within time, and on budget.
Electrical and Instrumentation Design: Design and specify Electrical and Instrumentation Engineering for new projects.
Project Engineering: Responsible engineer on one or multiple projects based on the size and complexity of the projects.
Conceptual Design: Develop conceptual designs concerning key equipment requirements and required technology needs, while working with internal and external specialists.
Engineering Documentation: Prepare basic and detailed engineering documentation to support the execution of projects.
Technical Scoping: Lead generation of technical scoping documents for the selection of EIC engineering and construction partners.
Design Review: Responsible for checking and approving in-house and third-party design engineering activities and deliverables to ensure compliance with Synthomer and relevant international standards.
Cost Estimation: Provide Electrical and Instrumentation Engineering cost estimates to Project Managers.
Information Management: Ensure all related information is suitably documented and updated.
Risk Assessment: Organize and participate in risk assessments and safety studies of designs.
Construction Support: Support construction activities, provide necessary guidance to other engineers in the team and contractors to ensure the project is delivered as per the design.
Testing and Reporting: Prepare test plans, procedures, and functional progress reports to ensure on-time delivery of plant mechanical completion.
Commissioning Support: Actively support the commissioning team and start-up activities through to handover to the end-user.
Best Practices Implementation: Support the development and implementation of Engineering Best Practices throughout the region.
Framework Compliance: Deliver functional engineering in line with the Global Project Framework.
Manufacturing Support: Provide engineering support activities for manufacturing facilities.
Standards Compliance: Ensure all engineering work meets the required company standards and statutory compliance.
Technology Optimization: Propose the best available technology that will aid cost reduction, improvement in production quality, reduction of energy, and total asset life cycle costs.

3. Electrical and Instrumentation Technician Responsibilities and Key Tasks

Health and Safety Compliance: Comply with all Health and Safety policies and procedures
Maintenance Support: Provide site Electrical, Control, and Instrumentation maintenance support on a shift basis
Equipment Isolation: Safe isolation of electrical and instrumentation equipment
Equipment Overhaul: Overhaul and test of all site Electrical, Control, and Instrumentation equipment
Equipment Inspection: Inspection, test, and service of all site electrical equipment
Wiring Inspection: Fixed wiring inspection and defect repair of all site electrical equipment
Fault Diagnosis: Fault diagnosis and resolution of Electrical, Control, and Instrumentation problems across the site
Instrumentation Calibration: Calibration of site instrumentation equipment
Project Installation: Installation and commissioning of minor Electrical, Control, and Instrumentation projects
Safety Audits: Involved with health and safety audits and improvements
Continuous Improvement: Involvement in continuous improvement activities

4. Electrical Controls Engineer Overview

Test Engineering: Test engineer for a Wind Tunnel test facility, including setting up tests, conducting tests, and reviewing data
Diagram Interpretation: Read and interpret Piping and Instrumentation Diagrams and Process Flow Diagrams
Interface Development: Develop interfaces to test facility equipment using hardware interfaces and industrial networks
Automation Strategy: Design and implement an automation strategy for existing data acquisition and control systems
Engineering Coordination: Coordinate with other engineering disciplines and departments to ensure success
Engineering Support: Provide engineering support, problem resolution, and recommendations to the Wind Tunnels
Customer Interface: Interface with internal and external customers on facility and test improvements
Data Analysis: Review and analyze test data to ensure high-quality test data is collected and delivered to customers, and make changes to maintain high-quality testing
Technician Supervision: Provide direction to test technicians supporting testing in wind tunnels
System Diagnostics: Provide initial diagnostics, troubleshooting, and repair for electrical and control systems
Project Support: Provide support for project engineering teams for test facility and instrumentation upgrades

5. Electrical Design Engineer Role Purpose

System Design: Use engineering experience to create and document system designs for the hub and vessel product lines.
Design Strategy: Create and implement key design strategies for new and innovative vessel technology.
Load Analysis: Perform load calculations and analysis for vessel design improvements.
System Development: Develop and create vessel systems.
System Functionality: Vessel/Hub systems are the structure through which the food/groceries are delivered
Manufacturing Drawings: Influence and create vessel design and manufacturing drawings.
Cross-functional Collaboration: Collaborate with Field Support Engineers, Operations, and other staff to improve vessel design.
Data Analysis: Collect, analyze, and chart data to report and influence the Cost of Operation and Maintenance.
Solution Evaluation: Identify and evaluate solutions to design requirements.
Design Optimization: Collaborate to influence vessel redesign based on field performance.
Technical Documentation: Develop and create drawings, bills of material, and technical instructions for in-service units.

6. Electrical Designer Accountabilities

Drawing Production: Produce detailed electrical and instrumentation drawings and document packs for issuance to production, installation, and commissioning teams.
Technical Writing: Write detailed technical documentation to support projects.
Document Control: Documentation control, ensuring all documents are created, logged, and delivered to schedule.
Lifecycle Documentation: Generate relevant documentation throughout the project lifecycle.
Drawing Control: Work alongside the Design Manager and Systems Engineer to maintain drawing control.
Client Coordination: Liaise with the project manager, sales, and clients regarding documentation and design requirements.
Project Support: Support activities as required by the Project Team.
Template Creation: Creating document templates for the Engineering Department.
Change Control: Actively and positively participate in document change control.
Project Tracking: Track projects through to installation and assist with FAT (Factory Acceptance Test).

7. Senior Electrical Designer Roles and Details

Design Compliance: Ensures drawings and specifications are clear and meet the needs of the business.
Review Oversight: Ensures reviews are completed on time and that drawings and specifications are followed by fabricators, constructors, and maintenance contractors when providing inspection.
Project Leadership: Serves as the leader of the project within their discipline.
Project Management: Manages project results and ensures implementation of and adherence to all relevant work processes and best practices.
Scope Definition: Drives front-end loading to ensure clear scope definition, along with establishing plans and schedules to enable adequate control during execution.
Discipline Coordination: Directs activities within their discipline and coordinates activities with other disciplines.
Estimate Review: Leads the completion of deliverables provided to estimating and reviews the output of the estimate to ensure an accurate reflection of scope.
Deliverable Quality: Ensures their deliverables meet the needs of the project, function as intended, on time, and within budget.
Contract Development: Leads technical contract package development and supports implementation.
Change Management: Uses and enforces a project change management program.
Economic Design: Drives economic designs to ensure the best value is delivered to the business.
Design Safety: Ensures safety in design.
Team Representation: Represent the electrical design team in Project Team Meetings.

8. Electrical Engineer General Responsibilities

Circuit Design: Analyzes customer requirements and performs detailed electronic design, troubleshooting, validation, and qualification of power, analog, and digital circuits.
System Design: Creates and analyzes detailed microprocessor and EPLD-based systems design.
Embedded Programming: Writes and documents software for embedded processors in high-level languages.
Document Review: Evaluates and approves engineering documents.
Product Definition: Helps to define new products and assists in the investigation and solution of customer problems and issues.
Manufacturing Support: Supports manufacturing during prototype builds and product transitions to manufacturing.
Customer Engagement: Visits customers to make technical presentations and participate in design reviews.
Proposal Preparation: Prepares technical proposals and cost estimates.
PCB Design: Designs printed circuit boards, including production release.
Design Leadership: Provides design leadership, coaching, and support in the effective use of engineering practices to analyze, specify, design, document, and test products.
Tool and Supplier Evaluation: Evaluates and recommends tools, training programs, and suppliers to advance engineering capability.
Technology Development: Researches, recommends, and develops technologies, processes, and methods to meet both customer and AMETEK goals.

9. Electrical Engineering Manager Duties

Team Management: Manage a team of Senior Electronics Engineers.
Strategic Planning: Work in partnership with senior management and other teams on budget and resource planning.
Project Scheduling: Work with project managers to develop and enforce a supportable delivery schedule based on agreed priorities and business requirements.
Technical Leadership: Lead the technical development to meet cost, schedule, sustainability, and user experience.
Performance Management: Perform employee performance reviews, promote professional development.
Talent Acquisition: Hire the right talent to maintain high technical standards.
Process Improvement: Help develop and promote engineering processes and best practices, and review.
Architecture Definition: Define the EE architecture of products for the Logitech G brand
Product Scope: Gaming keyboards, mice, controllers, and steering wheels.
Team Support: Remove roadblocks and provide support to ensure all team members have what they need to succeed.
Activity Assistance: Provide help to team members during the peak of activities.
Issue Communication: Communicate early and often about issues impacting project development.
Innovation Leadership: Drive change and out-of-the-box thinking.

10. Electrical Engineering Specialist Essential Functions

Supplier Control: Control and qualification of suppliers in the North American Region (NAR)
Process Qualification: Qualify production processes based on lithium-ion technology
Production Release: Release the process and product for series production
Quality Assurance: Ensure quality requirements in the product development process (VW PEP)
Project Participation: Participate in the projects as a part-owner
Standards Development: Continuously develop quality, test standards, and specifications
Project Presentation: Present component scopes in the associated project committees
Failure Analysis: Develop and coordinate measures for component failure analyses
Supplier Engagement: Carry out workshops and technical meetings with suppliers/sub-suppliers
Supplier Visits: Conduct national/international supplier visits
Interdisciplinary Collaboration: Participate in interdisciplinary topics and tasks at the cell module and battery system level

11. Electrical Engineering Technician Job Summary

Technical Consultation: Consult diagrams and technical documentation such as schematics, manuals, standards, and codes
Calibration and Maintenance: Calibrate and maintain components and instruments according to manufacturers' specifications
Engineering Assistance: Assist with engineering in plant design, modification, and hazard analysis
Instrument Installation: Install instruments and support systems on new or existing plant equipment and systems to appropriate installation standards and practices
Reliability Support: Support the Plant Maintenance Engineer and Task Controller on reliability improvements
Apprentice Development: Develop the site's apprentices by training, coaching the individuals as part of their development
Safety Compliance: Follow and implement Safe Systems of Work for daily activities
Preventive Maintenance: Deliver the first-line, planned, and preventive maintenance routines
Contractor Liaison: Liaise with In-house Contractors for efficient execution of work (i.e., Interserve, BIS, etc.)

12. Electrical Estimator Details and Accountabilities

Cost Estimation: Preparing and analyzing (scoping) electrical construction costs and estimating
Cost Negotiation: Assisting in negotiating and managing all direct construction costs with trade contractors
Cost Management: Undertaking responsibility for driving the estimating and cost management function for assigned projects, including benchmarking, cost control, and cost reporting
Client Leadership: Providing leadership regarding cost and direction to the client’s project management team on assigned projects
Procurement Support: Supporting and partnering with procurement, value engineering, LEED analysis, and lifecycle cost studies
Cost Tracking: Undertaking responsibility for maintaining the accurate current project cost status weekly
Change Order Management: Leading change order meetings and collaborating with the project manager in validating and pricing the changes across multiple trade specialties
Estimate Review: Participating in the review of estimates for completeness and accuracy
Staff Mentoring: Supporting the training/mentoring of estimating staff

13. Senior Electrical Estimator Tasks

Project Estimation: Estimate Commercial, Industrial and Residential, New Construction and Remodels
Team Leadership: Lead the estimating team to meet strict deadlines
Cost Research: Research the cost of items such as materials, travel, labor, and equipment
Plan Review: Review all Plans and Specifications
Relationship Management: Establish and maintain relationships with contractors and vendors
Quote Acquisition: Acquire quotes from vendors and subcontractors
Quote Validation: Review quotes from vendors and subcontractors to confirm that all quantities, types are correct
Terms Review: Review quotes from vendors and subcontractors for terms and conditions of the quote
Risk Assessment: Assess the risk levels associated with a project
Bid Preparation: Prepare bids to be delivered to the customer on proper forms
Market Analysis: Compare bid results to confirm the company is trending in the market
Construction Coordination: Work with project managers for the construction phase of the project
Estimate Monitoring: Monitor how active projects are matching the estimate

14. Site Electrical Inspector Key Accountabilities

Site Inspection: Performs site Electrical Inspections for Traffic Signals and Roadway Lighting Projects in Ontario.
Field Inspection: Performs field inspections of commercial electrical projects for compliance with building codes and design requirements.
Construction Monitoring: Perform monitoring of Electrical Construction under the Contract Administrator and issuing notice of violation and/or corrective action.
Code Compliance: Responsible for working with contractors, designers, and owners regarding code requirements, including explanation, gaining cooperation, and compliance for all corrections and violations.
Report Preparation: Reviews routing requests and prepares reports of inspection findings, complaints, and follow-up visits.
Issue Resolution: Receives, investigates, and resolves special complaints/problems concerning electrical systems.
Follow-up Inspection: Performs follow-up inspections of sites in violation of codes to determine if compliance has been met.
Code Interpretation: Responsible for interpreting, understanding, and explaining all pertinent information concerning electrical installation and construction requirements, including Ontario Provincial and Canadian Electrical Code.
Civil Inspection: Performs General Civil and Roadway Inspections by CA for ongoing projects.

15. Lead Electrical Engineer Details

Electrical Design: Directly responsible for all aspects concerning the design of electrical parts of the project, such as HV/LV transformers, switchgear, substations, MCCs, VSDs, cabling, lighting, tracing, etc.
Engineering Coordination: Coordinate external engineering companies for electrical engineering activities, liaison information between the client team, vendors, and the engineering companies
Tender Support: Support the tender process with the other disciplines
Vendor Evaluation: Evaluate vendor quotations and specifications
Construction Supervision: Coordinate and supervise the construction and commissioning activities of vendors and electrical construction subcontractors
Equipment Inspection: Expedite and inspect electrical-related equipment and field-installation services
Activity Scheduling: Schedule all activities with other disciplines during all project phases
Standards Review: Review and critique proposed changes to engineering standards, policies, or details
Project Control: Discipline-based management and control of the project based on cost, timeline, and quality
Document Evaluation: Review and evaluation of third-party engineering documents, like MTO electrical, load list, cable list, electrical key one lines, MCC-IO-room set-up, electrical infrastructure documents, etc.
Safety Contribution: Actively contribute to the safety performance of the project and everyone involved

16. Electrical Maintenance Engineer Functions

Electrical Maintenance: Electrical Maintenance of all plant and machinery through fault finding, planned maintenance, installations, and project work.
Electrical Systems: Electrics – covering some of the 3-phase, inverters, contactors, relays, AC/DC motors
Safety Compliance: Work safely at all times and follow safe systems of work.
Efficiency Improvement: Identify solutions that improve efficiency and reduce costs.
Equipment Testing: Test and run equipment after repair to check its function and adjust to produce the best quality product at all times.
TPM Participation: Actively involved in the TPM improvement process.
Workplace Organization: Work tidily and make a positive contribution to the 5S system.
Communication and Logging: Provide good communication to colleagues and production, and keep the required logs of work and hours.
Fault Diagnosis: Develop an understanding of machinery operation so that faults can be diagnosed and rectified efficiently.

17. Electrical Maintenance Technician Role Purpose

HSE Compliance: Carry out all activities in full compliance with HSE legislation, within company policy and procedure
Safety Reporting: Responsible for reporting any unsafe acts or unsafe conditions observed, following responsibilities under the Health and Safety at Work Act
Electrical Maintenance: Carry out electrical Planned Preventive Maintenance (PPM), Corrective Maintenance (CM), and Reactive Maintenance (RM) to production equipment and electrical infrastructure
Fault Analysis: Fault diagnosis and root cause analysis
Procedure Compliance: Work following site procedures, engineering standards, and relevant legislation
CMMS Utilization: Utilise the site Computerised Maintenance Management System (CMMS) for all maintenance works
Workmanship Quality: Ensure all work is carried out safely and is to the required standard of workmanship
Permit to Work: Work following the site permit to work system
Continuous Improvement: Continually seek to identify new ideas and implement new opportunities
Relationship Building: Build and develop effective relationships and use these to improve performance

18. Electrical Manager Responsibilities

Project Policy Development: Establish project management policies, procedures, system processes, and objectives.
Execution Support: Establish project execution support objectives.
Electrical Engineering Management: Establish electrical engineering work, including building management system processes.
Engineering Oversight: Manage engineering support for ALL the projects in the organization.
Stakeholder Understanding: Understand the needs and expectations of interested parties.
Budget and Cash Flow Management: Manage project execution budget and cash flow projection.
Operational Planning: Manage project operational planning and control (e.g., schedules and deadlines).
Client Communication: Manage communication with clients, interested parties, staff, and vendors.
Requirements Management: Manage requirements for products and services.
Document Control: Control documented information.
External Process Control: Control externally provided processes, products, and services.
Resource Allocation: Manage allocation of resources.

19. Electrical Project Engineer Duties

Design Completeness: Ensuring completeness of the electrical design and deployment/delivery details
Plan Coordination: Managing the process of compiling and coordinating plans, cost estimates, and pay items
Cost Estimation: Developing and reviewing cost estimates, as well as monitoring and comparing them to client expectations
Plan Drafting: Coordinating and/or reviewing the drafting and assembly of the plan set
Drawing Review: Overseeing layout and/or reviewing drawings for a project
Project Communication: Assembling competent project communications, including meeting minutes, technical documents, and complete reports that require little editing and meet the client's expectations
Design Responsibility: Assuming responsibility for project design calculation files and assuring adequate independent quality control reviews on that work
Design Verification: Checking and signing off on electrical design calculations and plan elements before Quality Assurance
Project Ownership: Assuming responsibility and ownership of the assigned project components
Design Criteria Development: Developing project electrical design criteria for the assigned project components
CADD Compliance: Assuring compliance with project CADD standards

20. Electrical Project Manager Additional Details

Project Oversight: Oversee and direct assigned projects from start to finish
Vendor Management: Identify and develop relationships with suppliers, vendors, and subcontractors
Client Communication: Communicate with clients as it relates to job schedule/status, updates, etc.
Site Visits: Perform site visits
Estimating: Estimate in-person and computer-generated
Client Relationship Building: Build lasting client relationships by consistently exceeding their expectations
Internal Collaboration: Partner with other internal players to ensure smooth and profitable job execution
Results Orientation: Be results-driven while always keeping clients in mind
Process Innovation: Drive innovation and processes to stimulate growth and development

21. Electrical Reliability Engineer Roles and Responsibilities

Safety Leadership: Always make safety the most important, and emphasize safety at all levels of the facility.
Maintenance Optimization: Enhance and optimize preventative and predictive maintenance systems to minimize equipment downtime in all areas of the mill.
Engineering Support: Provide engineering leadership and expertise to solve ongoing and recurring electrical problems.
PM Management: Manage the mill’s electrical and instrumentation Title V PMs.
Project Management: Manage multiple projects from conception through completion.
Root Cause Analysis: Utilize root cause failure analysis to identify predictive and appropriate maintenance procedures.
Technical Support: Provide reliability, engineering, and technical support to mill operations and maintenance.
Outage and On-call Support: Work outage days and participate in the E/I on-call rotation.
Power System Maintenance: Support and execute breaker and power system maintenance.
Precision Maintenance: Apply the concepts of precision maintenance to ensure the equipment is designed, repaired, balanced, and aligned to strictly enforce standards before being placed in service.
Best Practices Development: Develop and enhance the area's Best Practices (BP) and Standard Operating Procedures (SOPs).
R-Gap Closure: Support the mill-wide closure of R-Gap.

22. Electrical Superintendent Duties

Project Support: Assist the Project Manager in the drafting and issuance of project plans, schedules, and forecasts
Manpower Coordination: Coordinate daily manpower activities as per the project plan
Meeting Oversight: Oversee toolbox and site meetings and distribute minutes to all project team members
Material Management: Ensure appropriate materials are ordered, received, and charged out in a timely and accurate manner
Report Preparation: Prepare project reports with the required information in the project scope
Project Monitoring: Use project scheduling and control tools to monitor project plans, work hours, budgets, and expenditures
Information Communication: Effectively and accurately communicate relevant project information to the client and project team
Client Support: Work with the Project Management team to ensure the clients’ needs are met in a timely and cost-effective manner
Process Improvement: Communicate ideas for improving company processes with a positive and constructive attitude, and further develop this attitude in others
Status Reporting: Keep the Project Manager and others informed about project status and issues that may impact client relations
Site Safety Promotion: Promote and monitor site safety to ensure requirements and standards are adhered to and meet TECL’s safety culture
Quality Inspection: Monitor, inspect, and review construction execution and project quality to ensure it meets the client specifications and standards as per provincial codes and requirements

23. Electrical Supervisor Essential Functions

Team Management: Effectively manage an electrical Maintenance/Construction team
Site Inspection: Undertake site inspections and interactions daily with the workforce
Technical Support: Provide technical support and direction to the team
Quality Assurance: Ensure the quality of output on the electrical and instrumentation components is in line with the needs of the company, client, and regulatory authorities
Goal Setting: Set daily and weekly goals that fall in line with the project schedule
Employee Mentorship: Monitor and mentor employees, and always promote a harmonious work environment
Workforce Leadership: Provide positive leadership to the workforce, promoting safety initiatives
Meeting Facilitation: Run pre-start and toolbox meetings
Safety Reporting: Report safety hazards/risks or environmental problems
Problem Solving: Recommend solutions to problems through the normal channels of communication.
Safety Compliance: Comply with legislative and company safety requirements

24. Electrical Engineer Details

Engineering Research: Research, design, and evaluate electrical/electronic equipment, processes, and systems applying knowledge of engineering principles
System Design: Design complex electrical systems, equipment, or processes from conception to commercialization
Component Specification: Specify components or directly modify products to ensure conformance with engineering design and performance specifications
Technical Support: Provide technical assistance and support to manufacturing, sales, service, or purchasing
Quality Control: Conduct in-house QC and checkouts of equipment before shipment
Technical Interpretation: Read and interpret technical drawings, schematics, process flow diagrams, and computer-generated reports
Root Cause Analysis: Conduct root cause analysis and implement changes
Field Troubleshooting: Troubleshoot performance issues in the field, in conjunction with field service and the customer's technical representatives
Task Management: Work with a minimum of supervision and manage medium to complex-level design tasks and projects
Project Leadership: Lead several projects and designs at one time
Process Compliance: Ensure that KHS USA processes and procedures are followed throughout the design phase

25. Electrical Technician General Responsibilities

Assembly Building: Builds electrical assemblies from schematics and drawings, including control panels, cables, and electro-mechanical sub-assemblies
Team Collaboration: Works with a team of electrical and mechanical engineers and technicians in the assembly and testing of custom automation systems
Cable Installation: Installs cables and field I/O wiring on machines following schematics and drawings
Power Wiring: Wires main power cables, robot controllers, motors, UPSs, and other AC devices at up to 480VAC 3Ø
Device Installation: Installs various assemblies that require electrical wiring, e.g., monitors, keyboards, mice, and task lights
Startup Assistance: Assists with machine start-up and testing
Mechanical Support: Assists mechanical technicians with mechanical assembly and testing
Standards Compliance: Stays current with applicable industry and customer electrical standards
Field Support: Provides general assistance in the installation and repair of machinery at the customer’s facility

26. Electrical Test Engineer Roles and Responsibilities

Test Procedure Development: Create detailed testing procedures, record results, and maintain Test Reports
Equipment Testing: Perform bench testing of equipment and full system-level field testing
Specification Validation: Test, verify, and validate specs and requirements of the parts selected by the design team
Team Collaboration: Collaborate with domestic and international teams to develop testing procedures and resolve issues during validation and testing
Infrastructure Development: Work with in-house as well as third-party power electronics designs to develop custom testing infrastructure and solutions
Product Troubleshooting: Test and troubleshoot electronic products to component and subcomponent levels
Design Enhancement: Propose design changes and enhancements to existing products to increase reliability, improve performance, and reduce costs based on the tests performed
Tool Proficiency: High proficiency with EE tools such as oscilloscopes, power analyzers, in troubleshooting high power, high voltage equipment in a laboratory environment, as well as in the field
Failure Analysis: Define, troubleshoot, and initiate corrective actions for field failures as well as production issues
Vendor and Validation: Vendor selection, specification development, and design validation of testing infrastructure

Relevant Information

What Does An Electrical Designer Do?

What Does An Electrical Supervisor Do?

What Does An Electrical Estimator Do?

What Does An Electrical Technician Do?