Electrical Engineering Intern

**If you are a current Idaho Power employee, please apply through the Employee Portal . Application Deadline: 10/25/2026 at 11:59 pm Mountain Time # of Positions: 7 Job Type: Seasonal (Fixed Term) (Seasonal) Job End Date: 08/27/2027 Exemption Status: Non-Exempt Pay Range: $26.00 Hourly Minimum Age Requirement: Job Description: Idaho Power — located in vibrant Boise, Idaho — is looking for Electrical Engineering Interns to join our summer 2027 internship program. It’s an exciting time to work for Idaho Power. Our work plays a critical role in communities we serve across Idaho and Oregon, and we’re working hard to safely provide our customers with the safe, reliable, affordable energy they depend on. In addition to the meaningful work we do, we offer work-life balance, competitive pay and benefits, an employee incentive plan, and both a 401k employer-match and a pension plan, making Idaho Power one of the best employers in the state.   What does an Electrical Engineering Intern do for us? Operating under supervision and with significant oversight, an Engineering Intern works within an assigned group to assist engineering staff while gaining valuable skills and experience. They may interface with internal departments and external organizations, receiving regular guidance from leaders and other engineers. Electrical Engineering Opportunities Advanced Distribution Feeder Modeling The internship will be split into 2 main projects. The first one will focus on calculating arc flash incident energy ratings for the IPC primary distribution system. Verify equipment and protective device settings using Synergi Electric feeder models and calculate an updated dataset of arc flash ratings. Two arc flash ratings will be calculated including the steady state “normal” condition and under Hot-Line-Hold state for relays and reclosers. The engineering intern will gain knowledge and experience with Idaho Power’s distribution protection system and work with the GIS department to upload the incident energy ratings to map viewers to make them available to field personnel. Field crews use this data daily to determine personal protective equipment (PPE) requirements while working on energized power lines. The second project will focus on creating and updating customer load profiles for large customers (rate 9 and 19P), and rate-based load profiles for rate 1, 6, 7, 8, 9, and 24 customers. These profiles are an important input to the Synergi feeder model and used for all distribution engineering analysis by our distribution engineers. The load profiles inform the time-of-day analysis. Some of the load profiles need to be built for the first time and most of them need to be updated as they are several years old.   Power Flow Modeling Improvement This internship project advances the modernization of transmission planning tools by converting selected bus-branch power flow models into more detailed node-breaker models, helping create…