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Power System Planning Engineer Jobs in Utah (NOW HIRING)

Work as part of a multi-disciplined project team Comprehensive power system design, control systems ... Have a working knowledge of Programmable Logic Controllers (PLC) used to control a variety of ...

Work as part of a multi-disciplined project team Comprehensive power system design, control systems ... Have a working knowledge of Programmable Logic Controllers (PLC) used to control a variety of ...

UT · On-site

... Power Infrastructure We are seeking a skilled Electrical Commissioning Engineer to support the ... Lead and support electrical commissioning, startup, and system turnover activities. * Perform ...

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Power System Planning Engineer information

What is a power system planning engineer?

Power System Planning Engineers are professionals who design, analyze, and plan the development of electrical power systems. Their work ensures that power generation, transmission, and distribution networks can meet current and future energy demands reliably and efficiently. They use specialized software and modeling techniques to assess system capabilities, forecast growth, and recommend upgrades or new infrastructure. These engineers also consider factors like renewable integration, regulatory standards, reliability, and cost-effectiveness in their planning process.

What are the key skills and qualifications needed to thrive as a power system planning engineer?

To thrive as a Power System Planning Engineer, you need a solid background in electrical engineering, power systems analysis, and typically a bachelor's or master's degree in electrical engineering. Familiarity with specialized software such as PSS®E, ETAP, or PowerWorld, as well as knowledge of relevant industry standards and regulatory requirements, is essential. Strong analytical thinking, problem-solving abilities, and effective communication skills help you collaborate with stakeholders and present technical findings clearly. These skills are crucial for ensuring reliable, efficient, and future-ready electrical grids that meet growing energy demands.

What are some common challenges faced by power system planning engineers when integrating renewable energy sources into the grid?

Power System Planning Engineers often encounter challenges such as maintaining grid stability, managing variability in power generation, and ensuring adequate transmission capacity when integrating renewable energy sources. Balancing supply and demand becomes more complex due to the intermittent nature of renewables like wind and solar. Additionally, engineers must coordinate with multiple stakeholders—including utility companies, regulatory bodies, and equipment manufacturers—to develop solutions that meet technical, economic, and regulatory requirements.

What is the difference between Power System Planning Engineer vs Power System Operations Engineer?

AspectPower System Planning EngineerPower System Operations Engineer
CredentialsBachelor's or Master's in Electrical Engineering, relevant certificationsBachelor's in Electrical Engineering, operational certifications
Work EnvironmentDesigning and analyzing future power system expansions, planning grid reliabilityMonitoring and controlling current power system operations, real-time decision making
Industry UsageUtility companies, energy consultancies, grid operatorsUtility companies, grid control centers, energy providers

Power System Planning Engineers focus on designing and planning future power grid infrastructure, while Power System Operations Engineers manage real-time system performance. Both roles require electrical engineering expertise but differ in their daily tasks and objectives.

What are popular job titles related to Power System Planning Engineer jobs in Utah?

For Power System Planning Engineer jobs in Utah, the most frequently searched job titles are:

What job categories do people searching Power System Planning Engineer jobs in Utah look for?

The top searched job categories for Power System Planning Engineer jobs in Utah are:

What cities in Utah are hiring for Power System Planning Engineer jobs?

Cities in Utah with the most Power System Planning Engineer job openings:

Electrical Studies, SCADA & Protection Electrical Engineer - Experienced Professional

WSP

Salt Lake City, UT • On-site

$85 - $125/hr

Other

Medical, Dental, Vision, Life, Retirement, PTO

Posted 17 days ago


Key responsibilities

  • Perform electrical studies, SCADA, and system protection services related to power systems.

  • Develop and implement protection schemes, relay settings, and perform short circuit and coordination analysis.

  • Design and configure network and communication systems for SCADA and control equipment.


WSP rating

8.6

Company rating: 8.6 out of 10

Based on 69 frontline employees who took The Breakroom Quiz

18th of 72 rated business consultants


Job description

This Opportunity

WSP is currently initiating a search for an ESSP Electrical Engineer for our Salt Lake City, UT office. Be involved in projects with our ESSP (Electrical Studies, SCADA & Protection) Team and be a part of a growing organization that meets our clients' objectives and solves their challenges.

WSP brings global expertise in power delivery, power generation, and program management—anchored by the acquisition of POWER Engineers, Inc. TRC Companies have now joined WSP, deepening our power practice and expanding our energy advisory and intelligent grid services. We're partnering with clients to shape how energy systems evolve around the world—and we need your help.

The successful applicant will be responsible for performing services related to electrical studies, SCADA, and system protection. Depending on project needs and individual expertise, this role may involve supporting a broad range of activities or specializing in a specific area as outlined under “Your Impact.” Candidates are not expected to be proficient in all listed areas, they are expected to have a fundamental understanding of three-phase power and power system fundamentals. Applicable power systems primarily include conventional and renewable generation facilities, substations, transmission systems, and distribution systems. Activities may include one or more of the following:

Your Impact:
  • Protective Relaying: short circuit and symmetrical component analysis, time-current coordination, protection scheme and criteria development, relay settings calculation, integration with SCADA systems, NERC compliance, and arc flash analysis. Applicable software: AcSELerator Quickset (SEL-5030), AcSELerator Architect, GEEnerVista, ASPEN OneLiner, GridscaleX (CAPE), SKM-PTW, ETAP, RSCAD/RTDS
  • Power System Planning Studies: steady-state real and reactive power flow including outage contingencies, generation interconnect feasibility, P-V and Q-V analysis for voltage stability margins, dynamic stability performance, automation of large batch simulations, working with models from NERC regional entities (WECC, MRO, SERC etc.), NERC compliance. Applicable Software: PSS/E, PSLF, PowerWorld, DSA Tools, Python Scripting
  • Design Studies: substation grounding, corona, electric and magnetic fields, insulation coordination (lightning, switching surge, and contamination performance), transient (time domain) simulation, power quality (harmonics, voltage flicker, over/under voltage, etc.), motor starting, AC interference (transmission line interaction with railroads and pipelines). Applicable Software: CDEGS, ATP-EMTP, PSCAD, POLARIS-EMF, COMSOL Multiphysics, TFlash
  • Networking and Communications: design and configure network and communication paths for Remote Terminal Units (RTUs), protective relays, meters, Human Machine Interface (HMIs), PLC’s and other SCADA system equipment; develop basic specifications for fiber optic, microwave, power line carrier, or radio communication paths; travel to project sites to troubleshoot and commission network and communication systems. Applicable network and communication protocols: DNP, Modbus, SEL Communication Protocol, Goose Messaging, IEC 61850
  • Logic and Control Systems: develop and implement logic and control schemes for remote and local operation of power system equipment; develop programs on various platforms for implementation of these schemes; travel to project sites to test and commission the control schemes. Applicable Logic and Control Platforms: SEL RTAC, Orion, Cooper SMP, GE-D20
  • Write technical reports summarizing analysis with findings and conclusions, generating complete, accurate, and concise documentation using sketches, calculations, electronic systems, spreadsheets, and software.
  • Assist technical staff and project managers with risk identification and assessment, offering input and analysis with design concepts, construction, mitigation and improvement activities, and remediation projects.
  • Assist with work plan preparation and coordination of field/site work and permitting.
  • Complete training on assigned tasks.
  • Perform additional responsibilities as required by business needs.
  • Exercise responsible and ethical decision-making regarding company funds, resources, and conduct, and adhere to WSP’s Code of Conduct and related policies and procedures.
  • Perform additional responsibilities as required by business needs.
Who You Are: Required Qualifications
  • BSEE (BS Electrical Engineering), BSEET(BS Electrical Engineering Technology), or BSCE (BS Computer Engineering) degree, from an ABET-accredited university
  • 3 to 5 years of industry experience performing design or device configuration in technical disciplines described in the Roles and Responsibilities section
  • Knowledge of electrical engineering principles, practices,process, design/build, and the application to permitting and project work-related issues.
  • Analytical mindset with an ability to exercise sound judgement in evaluating situations and making decisions.
  • Strong interpersonal and communication skills when interacting with others, expressing ideas effectively and professionally to an engineering and non-engineering audience.
  • Capable self-leadership with attention to detail, accuracy, multi-tasking, and prioritization of responsibilities in a dynamic work environment.
  • Ability to work independently with minimal supervision, as well as part of a team to meet business objectives.
  • Basic proficiency with technical writing, office automation, software, technology, math principles, predictive models, spreadsheets, and tools.
  • Proven track record of upholding workplace safety and ability to abide by WSP’s health, safety and drug/alcohol and harassment policies.
  • Ability to work schedules conducive to project-specific requirements that may extend beyond the typical workweek.
  • Occasional travel may be required depending on project-specific requirements.
Preferred Qualifications:
  • Power system courses covering topics such as three-phase power, load flow and reactive compensation, protective relaying, symmetrical components, transmission line theory, power system transients, dynamic stability, and power system electromagnetics
  • Internships and experience in technical areas and software listed in the Job Description section
  • Engineer In Training (EIT) certification, with the expectation to work toward professional engineering registration (PE)
  • Experience in mentoring others and/or providing technical leadership in customer-focused engineering projects
  • A member of and/or actively participates in professional practice organizations.
Disclaimer:
  • Relocation assistance is not available for this position.
WSP Benefits:

WSP provides a comprehensive suite of benefits focused on providing health and financial stability throughout the employee’s career. These benefits include coverage related to medical, dental, vision, disability, and life; retirement savings; paid sick leave; paid vacation (or other personal time); paid parental leave; and paid time off for purposes of bereavement, voting, and/or attendance at naturalization proceedings.

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