Resume Example

Power Engineer Resume Examples

Real-world power engineer resume examples across generating station electrical engineering, power supply design, and transmission system planning, with the availability, efficiency, and study metrics that hiring managers look for.
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Power engineer covers 3 very different jobs that share a title: keeping a generating station on the grid, designing the power supply inside a server, and planning the transmission system a decade ahead. The 3 examples below cover a licensed lead power engineer at a combined-cycle plant, a senior power supply engineer designing switch-mode supplies for hardware products, and a licensed transmission planning engineer completing interconnection studies for a utility. Each one shows how to present availability factors, efficiency gains, failure rates, study volumes, and capital programme results so an ATS and an engineering manager both see the depth.

Power Engineer Resume Example

Meet Ravindra, a fictional licensed lead power engineer with 9 years in generation and industrial power who keeps a 620-megawatt station at a 99.2% equivalent availability factor and led a $9M transformer replacement 6 days ahead of schedule.

Ravindra Kulkarni

(412) 555-0164 ◇ Pittsburgh, PA

ravindra.kulkarni@example.com ◇ linkedin.com/in/ravindra-kulkarni ◇ ravindrakulkarni.com

Objective

Licensed power engineer with 9 years in generation and industrial power, currently the lead power engineer for a 620-megawatt combined-cycle generating station, responsible for electrical systems from the generator terminals to the switchyard. Holds a 99.2% equivalent availability factor over 3 years against a fleet average of 96.8%, led a generator step-up transformer replacement completed 6 days ahead of a 30-day outage window, and cut electrical-related forced outage hours 55% through a condition-based maintenance programme. Keeps 620 megawatts on the grid by knowing every relay setting, every breaker, and every operator on the floor.

Education
M.S. in Electrical Engineering, Power Systems, Allegheny Crown University 2015 – 2017

Coursework in Power System Analysis, Electrical Machines, Protective Relaying, Power Electronics, and High Voltage Engineering.

B.S. in Electrical Engineering and Licensed Professional Engineer, Monongahela Line University and Pennsylvania State Registration Board 2011 – 2015, PE 2020

Also holds a NERC system operator certification earned in 2019 and completed an arc flash and electrical safety programme in 2022.

Skills
Power Engineering
Generator and excitation systems, generator step-up and auxiliary transformers, medium and low voltage switchgear, protective relaying and coordination, motor control and variable frequency drives, grounding and arc flash studies, black start and islanding
Operations and Reliability
Condition-based and predictive maintenance, outage planning and execution, root cause analysis of electrical failures, availability and forced outage reporting, NERC compliance for generator owners, commissioning and testing, switching and lockout procedures
Projects and Leadership
Capital project scoping and justification, contractor and vendor management, electrical drawing and specification review, operator and technician training, safety leadership, budget ownership
Tools & Platforms
ETAP, SKM PowerTools, SEL relay software, Doble testing equipment, GE and Siemens excitation and control systems, SAP PM, OSIsoft PI, AutoCAD Electrical, Excel, Microsoft Teams
Experience
Lead Power Engineer 02/2021 – Present
Allegheny Crown Generation Pittsburgh, PA
  • Lead electrical engineering for a 620-megawatt combined-cycle station with 2 gas turbines, 1 steam turbine, and a 345-kilovolt switchyard, supervising 2 engineers and 8 electricians.
  • Hold a 99.2% equivalent availability factor over 3 years against a fleet average of 96.8%, and cut electrical-related forced outage hours 55% through a condition-based maintenance programme on 60 critical assets.
  • Led a generator step-up transformer replacement worth $9M completed 6 days ahead of a 30-day outage window and $600K under budget, with 0 recordable injuries across 14,000 contractor hours.
Power Engineer 07/2017 – 01/2021
Monongahela Line Steel Braddock, PA
  • Owned the electrical distribution system for a steel mill with 180 megawatts of demand, 4 substations, and 300 medium voltage motors over 3.5 years.
  • Completed an arc flash study and relay coordination across 40 switchgear lineups that cut incident energy above 40 calories per square centimetre at 25 locations to 0.
  • Led a power factor correction project of 30 megavolt-amperes reactive that cut utility demand charges $1.1M a year.
Electrical Engineering Intern 05/2016 – 08/2016
Monongahela Line Steel Braddock, PA
  • Built an ETAP model of a substation with 80 buses during a 12-week internship and validated it against 20 field measurements within 3%.
  • Documented 200 relay settings and found 6 coordination gaps corrected before the next outage.
  • Received a full-time offer at the end of the 12-week internship based on the ETAP model.
Projects

Generator Step-Up Transformer Replacement. Led the replacement of a 400-megavolt-ampere generator step-up transformer over 18 months of planning and a 30-day outage, managing specification, factory acceptance testing, a 280-tonne transport and rigging plan, and commissioning with 40 tests, which finished 6 days early, $600K under a $9M budget, and with 0 recordable injuries.

Condition-Based Electrical Maintenance. Built a programme on 60 critical electrical assets with online partial discharge monitoring on 12 medium voltage motors and generators, quarterly infrared and dissolved gas analysis, and a health index feeding SAP work orders, which cut electrical-related forced outage hours 55% and avoided 3 failures with an estimated $2.4M in lost generation.

Mill Arc Flash and Coordination Study. Completed an arc flash and protective device coordination study at a previous employer across 4 substations and 40 switchgear lineups, modelling 900 buses in ETAP, revising 220 relay settings, and relabelling 600 pieces of equipment, which eliminated 25 locations above 40 calories per square centimetre and cut nuisance trips 70%.

Extra-Curricular Activities
  • Member of a power and energy engineering society chapter, presenting at 2 regional conferences.
  • Volunteer judge for a regional high school science fair since 2019.
  • Play in a recreational cricket league, about 20 matches a season.
Leadership
  • Lead an electrical team of 2 engineers and 8 electricians with a $3.5M annual maintenance and capital budget.
  • Trained 30 operators and technicians on switching, lockout, and arc flash procedures with 0 electrical safety incidents in 4 years.
  • Present availability, reliability, and project status to the plant manager weekly and the fleet engineering director quarterly.
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Power Supply Engineer Resume Example

Meet Liv, a fictional senior power supply engineer with 8 years designing switch-mode supplies who has shipped 14 production designs with a 0.08% field failure rate and raised a server supply to 96.5% efficiency.

Liv Bergqvist

(408) 555-0199 ◇ San Jose, CA

liv.bergqvist@example.com ◇ linkedin.com/in/liv-bergqvist ◇ livbergqvist.com

Objective

Power supply engineer with 8 years designing switch-mode power supplies and power management for servers, networking equipment, and industrial electronics, currently a senior engineer at a hardware company shipping 400,000 units a year. Designed 14 production power supplies from 20 watts to 3 kilowatts with a 0.08% field failure rate against a 0.3% target, raised efficiency on a 1.6-kilowatt server supply from 92% to 96.5% to meet a titanium efficiency standard, and cut design-to-production time 30% through a reference design library. Designs power supplies that pass certification the first time and keep passing in the field.

Education
M.S. in Electrical Engineering, Power Electronics, Silicon Valley Crown University 2016 – 2018

Thesis on gallium nitride converters for server power. Coursework in Power Electronics, Magnetics Design, Control Systems, and Electromagnetic Compatibility.

B.S. in Electrical Engineering, Mission Line University 2012 – 2016

Coursework in Circuit Design, Analog Electronics, Electromagnetics, Signals and Systems, and Semiconductor Devices. Also completed a safety certification course for power supplies in 2020.

Skills
Power Supply Design
AC-DC and DC-DC converter topologies including LLC, phase-shifted full bridge, totem-pole PFC, and multiphase buck, gallium nitride and silicon carbide devices, magnetics design, control loop design and compensation, thermal design, hold-up and transient response
Validation and Compliance
Efficiency and load testing, electromagnetic compatibility pre-compliance and remediation, safety certification to IEC 62368 and UL standards, efficiency standards such as 80 PLUS and energy regulations, derating and reliability analysis, failure analysis
Product Development
Schematic and layout review, component selection and cost optimisation, design for manufacturing with contract manufacturers, design reviews, documentation, cross-functional work with mechanical, firmware, and system teams
Tools & Platforms
LTspice and PSIM, Altium Designer, MATLAB and Simulink, Ansys Maxwell, Keysight and Chroma test equipment, LabVIEW, Python for test automation, Jira, Confluence, Git
Experience
Senior Power Supply Engineer 04/2021 – Present
Silicon Valley Crown Systems San Jose, CA
  • Lead power supply design for server and networking products shipping 400,000 units a year at a hardware company of 900, on a power team of 7.
  • Designed 8 production power supplies from 400 watts to 3 kilowatts with a 0.08% field failure rate against a 0.3% target across 1.2 million units shipped.
  • Raised efficiency on a 1.6-kilowatt server supply from 92% to 96.5% using a gallium nitride totem-pole front end, meeting a titanium efficiency standard and cutting customer energy cost by an estimated $40 per unit per year.
Power Supply Engineer 07/2018 – 03/2021
Mission Line Power Products Fremont, CA
  • Designed 6 industrial and medical power supplies from 20 to 600 watts at a power supply manufacturer over 2.75 years, all passing safety certification on the first submission.
  • Cut electromagnetic compatibility remediation cycles from an average of 3 to 1 through a pre-compliance test process and layout guidelines.
  • Reduced bill of materials cost 18% on a 240-watt platform through topology and component optimisation, on 80,000 units a year.
Power Electronics Intern 06/2017 – 09/2017
Mission Line Power Products Fremont, CA
  • Built and tested a 500-watt LLC converter prototype during a 14-week internship reaching 94% peak efficiency.
  • Wrote a Python test automation script for efficiency sweeps that cut test time per unit from 4 hours to 40 minutes.
  • Received a full-time offer at the end of the 14-week internship based on the LLC prototype and test automation.
Projects

Titanium-Efficiency Server Power Supply. Designed a 1.6-kilowatt server supply with a gallium nitride totem-pole power factor correction stage, an LLC resonant stage with synchronous rectification, and digital control, through 4 prototype rounds and a 2,000-hour reliability test, which reached 96.5% peak efficiency, passed titanium certification on the first submission, and shipped 300,000 units in 2 years.

Power Supply Reference Design Library. Built a library of 6 validated reference designs with schematics, layouts, magnetics specifications, control parameters, and test reports, plus a 40-page design guide, adopted by 7 engineers, which cut design-to-production time 30% and cut first-prototype failures by about half across 5 subsequent products.

Field Failure Reduction Programme. Led a failure analysis programme on 200 field returns with root cause on each, identifying 3 design weaknesses in capacitor derating, surge protection, and fan control, and applying fixes across 4 products, which cut the field failure rate from 0.25% to 0.08% and saved about $900K a year in warranty cost.

Extra-Curricular Activities
  • Member of a power electronics society, presenting at 2 applied power electronics conferences.
  • Volunteer mentor for a university power electronics design team, coaching about 8 students a year.
  • Sail in a recreational racing fleet, about 20 races a season since 2019.
Leadership
  • Technical lead for a power team of 7, owning design reviews, the reference library, and the validation standard.
  • Mentored 4 engineers, 2 of whom were promoted to senior engineer within 3 years.
  • Manage 3 contract manufacturer and 5 component vendor relationships for power supply production.
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Power System Engineer Resume Example

Meet Oluwaseun, a fictional licensed transmission planning engineer with 10 years at an electric utility who completed 45 interconnection studies for 3.2 gigawatts of solar and storage and planned a $180M capital programme.

Oluwaseun Adebayo

(704) 555-0117 ◇ Charlotte, NC

oluwaseun.adebayo@example.com ◇ linkedin.com/in/oluwaseun-adebayo ◇ oluwaseunadebayo.com

Objective

Licensed power system engineer with 10 years in transmission and distribution planning for an electric utility serving 2.4 million customers, currently the lead planning engineer for a 230-kilovolt and 115-kilovolt transmission region with 60 substations. Completed 45 interconnection studies for 3.2 gigawatts of solar and storage, planned a $180M capital programme that cut regional load-shed risk 70%, and built the contingency analysis automation that cut annual planning study time 50%. Plans a grid that will still work in 10 years, with generation nobody has connected yet and load nobody has forecast yet.

Education
M.S. in Electrical Engineering, Power Systems, Piedmont Crown University 2014 – 2016

Coursework in Power System Analysis, Power System Stability, Renewable Integration, Power System Protection, and Optimisation.

B.S. in Electrical Engineering and Licensed Professional Engineer, Catawba Line University and North Carolina Board of Examiners for Engineers 2010 – 2014, PE 2019

Also completed a NERC transmission planning standards course in 2020 and a battery storage integration programme in 2023.

Skills
Power System Engineering
Transmission and distribution planning, load flow and contingency analysis, short circuit and dynamic stability studies, generator and storage interconnection studies, capacity expansion and reinforcement planning, voltage and reactive power planning, load forecasting
Compliance and Standards
NERC transmission planning standards, regional transmission organisation processes, interconnection procedures, regulatory filing support, equipment rating methodology, planning criteria authorship
Analysis and Leadership
Study automation with Python, capital project justification and prioritisation, cost-benefit analysis, stakeholder and developer coordination, mentoring engineers, presenting to regulators and executives
Tools & Platforms
PSS/E, PowerWorld, PSCAD, CYME, ASPEN OneLiner, Python with pandas, Excel, ArcGIS, SAP, Microsoft Teams
Experience
Lead Transmission Planning Engineer 01/2021 – Present
Piedmont Crown Electric Charlotte, NC
  • Lead transmission planning for a 230-kilovolt and 115-kilovolt region with 60 substations and 1,800 circuit miles serving 800,000 customers, supervising 4 engineers.
  • Completed 45 interconnection studies for 3.2 gigawatts of solar and battery storage over 4 years with a 100% on-schedule record against regulatory deadlines.
  • Planned a $180M 10-year capital programme of 12 projects that cut regional load-shed risk under contingency 70%, and built Python automation that cut annual planning study time 50%.
Distribution Planning Engineer 07/2016 – 12/2020
Catawba Line Power Charlotte, NC
  • Planned distribution capacity for 40 substations and 200 feeders serving 500,000 customers over 4.5 years.
  • Completed 120 distributed generation interconnection reviews for 400 megawatts of rooftop and community solar with a 15-day average turnaround against a 30-day standard.
  • Led a voltage optimisation study across 60 feeders that cut energy delivered 2.1% with 0 low-voltage complaints, saving customers about $4M a year.
Engineering Intern, System Planning 05/2015 – 08/2015
Catawba Line Power Charlotte, NC
  • Built and validated CYME models for 25 feeders during a 12-week internship against field measurements within 5%.
  • Analysed 3 years of load data for 40 substations and identified 4 with projected overloads within 5 years.
  • Received a full-time offer at the end of the 12-week internship based on the feeder model work.
Projects

Regional Transmission Capital Programme. Led a 10-year regional plan with load flow and contingency analysis of 2,400 scenarios, a load forecast integrating 1.5 gigawatts of data centre and industrial growth, and a cost-benefit ranking of 30 candidate projects, which produced a $180M programme of 12 projects, cut load-shed risk under contingency 70%, and was approved by the regional transmission organisation with 0 revisions.

Solar and Storage Interconnection Studies. Completed 45 interconnection studies for 3.2 gigawatts of solar and battery projects, running steady-state, short circuit, and dynamic stability analysis in PSS/E and PSCAD, and specifying $120M in network upgrades across 18 projects, which met 100% of regulatory deadlines and enabled 1.4 gigawatts to reach commercial operation by 2025.

Planning Study Automation. Built a Python toolkit that runs contingency analysis, screens 8,000 results against planning criteria, and generates study reports from PSS/E and PowerWorld outputs, documented and adopted by 12 planning engineers, which cut annual planning study time 50% and eliminated manual transcription errors found in 3 prior audits.

Extra-Curricular Activities
  • Member of a power and energy society, serving on a transmission planning working group since 2022.
  • Volunteer mentor for a university engineering programme, coaching about 5 students a year into utility careers.
  • Play in a recreational soccer league, about 25 matches a year.
Leadership
  • Lead a transmission planning team of 4 engineers with study assignment, review, and a licensure development plan.
  • Represent the utility at regional transmission organisation planning committees and present to state regulators about 4 times a year.
  • Trained 12 planning engineers on the study automation toolkit and interconnection study methodology.
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