Application Engineer Intern
Schweitzer Engineering Laboratories
Application Engineer Intern
Schweitzer Engineering Laboratories
Designs protective relays and power solutions
Essential Duties and Responsibilities
1. Provide support for communication/automation/protection test beds.
2. Perform testing on existing and new technology.
3. Document test bed activities and results.
4. Support Sales and Customer Service and product development activities related to communication/automation/protection.
5. Support applications engineers to develop best practice application guides for SEL technology that provide secure and compliant solutions.
6. Continuously identify, measure, and improve processes.
7. Follow and apply SEL Values, Principles of Operations, and World Class Manufacturing Principles.
8. Understand. Create. Simplify.
9. Other duties as assigned.
Required Qualifications
Current student pursuing a degree in Electrical Engineering, Software Engineering, or related field
Self-motivated/self-starter
Strong writing, documentation, and speaking skills
Ability to learn new skills and assume new responsibilities
Ability to work cooperatively in a team environment
Background check results satisfactory to SEL
Negative drug test result(s)
Preferred Qualifications
None
Physical Requirements
None
Designs protective relays and power solutions
Schweitzer Engineering Laboratories (SEL) designs and manufactures devices, software, and systems that make electric power safer, more reliable, and more economical. Their products include protective relays and related equipment that monitor and control power systems; they also provide software and system-level solutions to manage and protect electrical grids. SEL’s protective-relay legacy dates back 40 years, and today their devices are used in 173 countries. The company differentiates itself through long-term support: a top 10-year warranty and no-cost technical support for as long as its products remain in service, plus strong utilities and private-industry partnerships. SEL’s goal is to modernize the global power grid and keep critical electricity infrastructure smarter, more sustainable, and more resilient.
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