Engineering Intern

Schweitzer Engineering Laboratories•Pullman, WA

3d•Onsite

About The Position

Schweitzer Engineering Laboratories (SEL) is seeking a motivated and curious Engineering Intern for a hands-on learning experience involving real-world engineering challenges. The internship focuses on hardware engineering in support of the Protection Systems Forensics team in Pullman, Washington. Interns contribute to projects intended to make electric power safer, more reliable, and more economical. The role offers practical engineering work and mentorship. SEL managers work with interns to arrange flexible schedules accommodating classes and studying, with part-time work during the academic year and full-time work during the summer encouraged. Interns contribute high-quality work and gain experience that may support future job searches; interns are frequently hired into full-time roles after graduation, though this is not guaranteed. SEL designs, manufactures, and supports products and systems that protect, monitor, control, and automate electric power systems. Its technologies help detect faults, prevent equipment damage, and reduce the impact of power outages. The position is located in Pullman, WA, which offers small-town living and access to outdoor activities. The hourly pay range is $24.25–$33.00, with pay determined by the internship role and the candidate’s year in school. SEL also invites candidates to ask about intern benefits, including wellness resources, community connection, and retirement savings.

Requirements

Currently pursuing a degree in Electrical Engineering, Computer Engineering, or a related field.
Apply circuit theory effectively in real-world applications.
Have an interest in troubleshooting complex hardware failures.
Have experience with laboratory equipment such as AC/DC power supplies, oscilloscopes, and vector-network analyzers.
Be an excellent self-learner with a passion for exploring topics within and outside the technical focus area.
Be detail-oriented and seek a deeper understanding of subject material.
Have strong problem-solving skills, effective communication skills, and the ability to work in a highly collaborative environment.

Responsibilities

Collaborate with engineering teams to solve real-world technical problems.
Assist in the design, development, and debugging of analog and digital circuits.
Participate in project work to enhance the efficiency and capabilities of engineering processes.
Learn through mentorship and practical application.
Document findings, contribute to team discussions, and present project outcomes.