2027 Summer Intern - Power Systems Engineering (Undergraduate)

MISO

Little Rock (AR)

On-site

USD 30,000 - 39,000

Full time

4 days ago

Be an early applicant

Application generator

An application made for this job — a tailored resume and cover letter that speak straight to the posting.

Get past ATS filters

Benefits offered by this job

Housing available

Job summary

MISO is seeking a Power Systems Engineering Intern to help ensure grid reliability through hands-on work in power flow studies, model development, and process automation. You will gain experience with PSSE, TARA, and EMS while coding in Python and SQL to streamline planning studies and workflows.

On a team, you’ll review load forecasts and outage schedules, run contingency analyses, and summarize results for engineers and operators.

Qualifications

Term: June 2 - August 13, 2027 (summer internship).
Location: Carmel, IN; Eagan, MN; Little Rock, AR (varies by team).
Academic Level: Undergraduate.
Degree: Electrical Engineering, Electrical & Computer Engineering, Computer Engineering, Power Systems Engineering, or related field.

Responsibilities

Assist power flow studies and model development to support grid reliability.
Support automation of planning studies and operational workflows with Python/SQL.
Contribute to contingency analysis and transmission planning projects on assigned teams.
Summarize findings and present results to the team and leadership.

Skills

Python

SQL

Excel

PowerBI

Java

Education

Bachelors of Power Systems

Bachelors of Electrical & Computer Engineering

Bachelors of Computer Science

Bachelors of Electrical Engineering

Bachelors of Computer Engineering

Tools

PSSE

PowerWorld

TARA

Job description

What You'll Do:

As our Power Systems Engineering Intern, you'll 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'll gain hands‑on experience with:

Industry tools like PSSE, TARA, and EMS
Coding and automation using Python and SQL to streamline planning studies, model updates, and operational workflows
Real-world projects such as contingency analysis, transmission planning studies, outage coordination automation, or reliability coordination tools - the specific focus depends on your team assignment

A Great Day in This Role Means:

Here's what that can look like on one team: you review load forecasts ranging from the next day to 10 years in the future and outage schedules, then run contingency simulations in TARA or PSSE. You identify potential grid constraints and summarize your findings for the team - using them to help develop new transmission facilities or feeding directly into Operating Guides. Not every team's day looks exactly like this, but the throughline holds across placements.

You’ll know you’re making an impact when your analysis feeds directly into a decision that keeps the grid running - whether that’s an Operating Guide, a planning study, or a tool the team relies on every day.

This is a Unique Opportunity Because:

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 - real visibility for real work.

What You’ll Be Proud to Share:

Contributed to a planning study or automation tool that engineers and operators actually rely on.
Performed a power flow study to assess the impact of an actual transmission project for a MISO Transmission Owner.
Presented your summer project findings to department leaders and company executives.
Built a professional network across MISO's Planning and Operations teams and beyond through your summer buddy and lunch‑and‑learn connections.

Qualifications at a Glance:

Term: June 2 - August 13, 2027 | Full-time | Paid

Location: Carmel, IN | Eagan, MN | Little Rock, AR - varies by team | Housing available for qualified students

Academic Level: Undergraduate

Degree: Electrical Engineering, Electrical & Computer Engineering, Computer Engineering, Power Systems Engineering, or a closely related engineering field

Required Technical Skills:

Proficiency in Python (or other coding languages with ability to learn quickly)
Strong skills in Microsoft Excel and Office tools

Preferred Skills:

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

By the End of Your Internship, You'll Walk Away With:

A tangible impact story (e.g., "My study identified a potential overload that shaped an operator's guide")
Stronger technical skills (simulations, coding, data interpretation) and soft skills (presenting to diverse audiences)
A deep understanding of how planning and real-time operations connect at RTO scale
Expanded professional network across MISO and the energy industry
A strong resume bullet such as: "Conducted power flow and contingency studies as part of MISO's Power Systems Engineering team, supporting reliability decisions for 45 million people across the Midwest."

About MISO

MISO manages the electricity superhighway in the Central U.S. Through groundbreaking research and advanced technology, our highly skilled employees ensure that power flows reliably to 45 million customers. Operating the electricity grid, running a robust energy market, planning for a bright future - it's what our immensely talented and dedicated team does every day. Plug into your future career.

Qualifications

Education