Fall 2026 Co-op, Power Systems Engineer (Undergraduate|Graduate)

Midcontinent Independent System Operator (MISO)Carmel, IN
4dOnsite

About The Position

As our Power Systems Engineering Co-op, you’ll contribute to the daily readiness of MISO’s grid by running and interpreting next-day contingency studies. Your work will help operators and member utilities confidently manage tomorrow’s challenges — ensuring reliable power for 45 million people across the region. You’ll gain hands-on experience with: Industry tools like TARA, PSS®E, and EMS Coding and automation using Python and SQL to streamline processes and support the Day Ahead Market Real-world projects such as developing automation for power system models and enhancing workflows that directly impact grid operations You’ll start by reviewing next-day load forecasts and outage schedules, then run contingency simulations in TARA or PSS®E. You’ll identify potential grid constraints and summarize findings for the team, which feed directly into Operating Guides and daily operator handoffs. You’ll know you’re making an impact when your analysis helps keep the grid stable and reliable for millions of people across the Midwest. This team bridges the gap between planning and real-time operations. You’ll get exposure to both shift and non-shift work, collaborating directly with the Control Room. This rare perspective shows how next-day studies connect to real-time decisions, giving you a front-row seat to MISO’s mission of keeping the grid reliable.

Requirements

  • Undergraduate (Juniors or Seniors) or Graduate
  • Degree: Electrical Engineering (or closely related field)
  • Proficiency in Python (or other coding languages with ability to learn quickly)
  • Strong skills in Microsoft Excel and Office tools

Nice To Haves

  • Familiarity with industry tools: PSS®E, PowerWorld, TARA
  • SQL for data analysis and automation
  • Coursework in Power System Engineering, Transformers, or related fields

Responsibilities

  • Running and interpreting next-day contingency studies
  • Reviewing next-day load forecasts and outage schedules
  • Running contingency simulations in TARA or PSS®E
  • Identifying potential grid constraints and summarizing findings for the team
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