At Dynon, our mission is to create the best avionics and aircraft systems for light aircraft. Our customers fly Dynon equipment for transportation, training, and for fun. We use the latest technologies so our designs have advanced features, contribute to safety, and are functional, reliable, intuitive, and easy to install. We make our products as accessible and affordable to as many people as possible. Over 20,000 pilots fly Dynon! To learn more: https://dynonavionics.com/
Job Title: Software Engineering Intern (Temporary)
Reports to: Software Engineering Manager
Hours of Work: Part-time to Full-time, depending on business needs, Monday-Friday. Minimum commitment of 20 hours per week required.
Wage: $25.00 - $27.00 per hour, non-exempt
Location: On-site in Fargo, North Dakota. Applicant is expected to relocate to Fargo area at their own expense prior to beginning this internship.
Position Summary: As a Software Engineering Intern at Dynon, you will be part of a collaborative team of developers focused on creating the best avionics and aircraft systems for light aircraft. You will perform entry-level engineering tasks, support senior engineering staff, and gain experience and familiarization with Dynon Avionics products.
If you are a motivated and driven individual looking for a hands-on learning experience in the field of software engineering, we encourage you to apply. This internship will provide you with valuable industry experience and the opportunity to work on exciting projects alongside our team of experienced engineers.

Position Responsibilities:

• Iteratively design & develop modern C++ with pragmatic application of industry best practices.
• Understand a problem at a high level and drill into the depth and breadth of complexity beneath it.
• Evaluate and make pragmatic trade-offs between cost, schedule, and functionality.

• Iteratively design & develop modern C++ with pragmatic application of industry best practices.
• Understand a problem at a high level and drill into the depth and breadth of complexity beneath it.
• Evaluate and make pragmatic trade-offs between cost, schedule, and functionality