Prototype & Integration Engineer Intern

Summary

The Prototype and Integration Engineer Intern is a hands‑on role designed to reinforce concepts learned through the student’s academic coursework using intentional, hands‑on work objectives. This role also targets projects that expose and prepare the student for upcoming classes by providing real‑world engineering experience in a production‑oriented environment.

The intern will work closely with experienced engineers and their mentor to support the design, integration, and testing of prototype and production‑level systems. The ideal candidate is comfortable facing new challenges, enjoys learning through experimentation, and embraces solving problems across hardware, software, and electrical domains.

Note:

“Technology” as used in this role, includes hardware (PCs, touchscreens, peripherals, components), software (operating systems such as Windows, Android, and Linux; applications; systems; data; and tools), and electrical systems (power supplies, electrical components, electrical distribution, wiring, safety, and both low‑ and high‑voltage systems).

• Assist with schematic design and documentation at both system and circuit levels
• Perform power analysis across AC and DC electrical systems
• Support the design and development of robust, production‑level systems
• Use laboratory equipment such as multimeters, oscilloscopes, soldering stations, and related tools
• Assist with microcontroller firmware development, flashing, and debugging
• Support IoT development using Node.js and/or Python
• Participate in system integration, testing, troubleshooting, and validation activities
• Document designs, test procedures, and results to support development and knowledge transfer
• Collaborate with cross‑functional teams to solve technical challenges
• Other duties may be assigned at any time

Interns will gain experience with:

• 3D Printing
• Product development processes with a focus on quality management
• Hands on building of prototypes
• Integration of hardware and software
• Methodical and effective troubleshooting of complex systems

• Pursuing a degree in an Electrical Engineering, Computer Engineering, Mechatronics, or related degree program.
• Experience with microcontrollers or embedded systems
• Exposure to firmware development and debugging tools
• Basic programming experience with Node.js, C++, Python, or similar languages
• Familiarity with power systems, AC/DC analysis, or electrical safety concepts
• Fundamental understanding of electrical circuits and electronic components

• Familiarity with basic lab equipment and safe laboratory practices
• Willingness to learn new technologies and take on unfamiliar challenges
• Strong problem‑solving skills and attention to detail