About The Position

As a Power Systems Engineering Intern, you will contribute to the reliability of MISO’s grid by supporting power flow studies, model development, and process automation across our Planning and Operations teams. You will gain hands-on experience with industry tools like PSS®E, TARA, and EMS, and coding and automation using Python and SQL to streamline planning studies, model updates, and operational workflows. You will work on real-world projects such as contingency analysis, transmission planning studies, outage coordination automation, or reliability coordination tools, with the specific focus depending on your team assignment. These teams sit at the intersection of long-range transmission planning and day-to-day grid operations. Some roles include direct exposure to shift work and the Control Room, giving you a front-row seat to how planning decisions made years in advance connect to what happens on the grid today. Beyond the technical work, you'll be paired with a manager and a mentor, connect with a cross-departmental buddy to build your network, and hear from other teams during lunch-and-learn sessions. You'll wrap up the summer presenting your project findings to department leaders and company executives.

Requirements

  • Undergraduate Degree in Electrical Engineering, Electrical & Computer Engineering, Computer Engineering, Power Systems Engineering, or a closely related engineering field.
  • Proficiency in Python (or other coding languages with ability to learn quickly).
  • Strong skills in Microsoft Excel and Office tools.
  • Must be available from June 2 – August 13, 2027.
  • Must be a full-time intern.

Nice To Haves

  • Familiarity with industry power flow tools: PSS®E, PowerWorld, TARA.
  • SQL for data analysis and automation.
  • Coursework in Power System Engineering, Power Flow Analysis, Transformers, Machines, or related power systems topics.

Responsibilities

  • Support power flow studies, model development, and process automation across Planning and Operations teams.
  • Gain hands-on experience with industry tools like PSS®E, TARA, and EMS.
  • Utilize coding and automation using Python and SQL to streamline planning studies, model updates, and operational workflows.
  • Work on real-world projects such as contingency analysis, transmission planning studies, outage coordination automation, or reliability coordination tools.
  • Review load forecasts and outage schedules.
  • Run contingency simulations in TARA or PSS®E.
  • Identify potential grid constraints and summarize findings.
  • Help develop new transmission facilities or feed into Operating Guides.
  • Present project findings to department leaders and company executives.

Benefits

  • Paid internship.
  • Housing available for qualified students.
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