Remote Power Systems Engineer – EMT Grid Modeling

Electric Power Engineers, LLC; Austin (TX); Hybrid; USD 90,000 - 140,000; Full time

Benefits offered by this job

Health insurance

Dental & Vision

401K match

PTO & holidays

Hybrid/Remote

Job summary

Electric Power Engineers, LLC is seeking an engineer with EMT modelling and power system studies experience to join our Energy Resources team. You will collaborate with senior leadership to support growth, coach staff, and deliver high-quality grid modeling services to clients.

You will work on EMT studies, model development, steady state analyses, and technology tools, with opportunities to engage clients and drive project success from planning through delivery.

Qualifications

• Bachelor's or higher in Electrical Engineering with power systems emphasis.
• 3+ years of experience in power system modelling and power system studies.
• Experience with control system tuning is a plus.
• Experience with HVDC systems is a plus.
• Experience leveraging AI and automation tools to improve quality and productivity.

Responsibilities

• Perform EMT studies including subsynchronous resonance, control interaction, ferroresonance, TOV, SOV, insulation coordination, harmonic, TRV and energization scenarios.
• Develop local EMT models and benchmark PSCAD/PSSE models.
• Conduct steady state studies such as load flow and short circuit.
• Engage with clients and provide advisory support to generation, large loads and transmission developers.

Skills

Power system modelling

Power system studies

Client engagement

AI and automation awareness

Education

Electrical Engineering degree (power systems emphasis)

Tools

PSCAD

PSSE

EMTP

Digsilent PowerFactory

ETAP

CYMCAP

Job description

Electric Power Engineers, LLC is seeking an engineer with EMT modelling and power system studies experience to join our Energy Resources team. You will collaborate with senior leadership to support growth, coach staff, and deliver high-quality grid modeling services to clients.

You will work on EMT studies, model development, steady state analyses, and technology tools, with opportunities to engage clients and drive project success from planning through delivery.