Electrical Engineering Intern

Direct Kinetic Solutions Inc Electrical Engineering Intern/ Co-op Oak Ridge, TN
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We are seeking an ambitious and technically skilled engineering student pursuing an Electrical Engineering or Computer Engineering degree with hands-on experience in bread boarding, soldering, and using multimeters/oscilloscopes within 1-2 years of graduation.

Direct Kinetic Solutions (DKS) is at the forefront of developing, manufacturing, and revolutionizing Radio isotopic Power Sources (RPS). Situated in Oak Ridge, TN, our radiological lab is dedicated to harnessing the high energy density of isotopes for compact power and electronic devices. Our goal is to redefine power solutions by leveraging continuous and steady energy emission from isotopes, enhancing the longevity and usability of devices such as sensors and small satellites.

Direct Kinetic Solutions envisions being the power solution for future generations. You are invited to join us at the early stage of our high-growth, high-potential startup. Your role will be pivotal in defining the company, leaving a lasting impact on operations, product development, facility growth, and team dynamics.

You are the ideal candidate if...

You are an ambitious and technically skilled engineering student pursuing an Electrical Engineering or Computer Engineering degree with hands-on experience in bread boarding, soldering, and using multimeters/oscilloscopes within 1-2 years of graduation. You have strong research experience, a willingness to learn, and a drive to contribute to meaningful projects. You’ll support the design, assembly, and testing of electronics for advanced energy systems, working directly with engineering and chemistry teams to bring prototype devices to life.

You’re not just looking for an internship—you’re looking for an opportunity to contribute meaningfully to real-world projects and collaborate with a great team while gaining real-world exposure to ISO 9001-compliant product development in a highly regulated and innovative startup setting.

• Assist in the design and layout of printed circuit boards (PCBs) for low-power and radiation-tolerant systems.
• Participate in assembly, soldering, and validation of electronics prototypes and test hardware.
• Support electrical testing, data logging, and root-cause troubleshooting for devices under development.
• Collaborate with engineers to design circuits for power regulation, conditioning, and battery management.
• Interface with the radiochemistry team to develop instrumentation for testing and integration of energy-harvesting components.
• Help create and maintain schematics, BOMs, and test protocols in accordance with ISO 9001 standards.
• Participate in the development of Standard Operating Procedures (SOPs), test records, and documentation for electrical subsystems.
• Contribute to design reviews, brainstorming sessions, and lab-based R&D efforts.

• End-to-end process of energy system development in a hardware startup.
• Practical application of microelectronics and power electronics in a nuclear-adjacent environment.
• How to develop and debug radiation-aware circuits, build prototypes, and test real-world energy devices.
• Exposure to ISO 9001, design documentation, and quality assurance workflows.
• Working alongside engineers, scientists, and automation specialists on a tightly integrated team.

• Enrolled in an Electrical Engineering or Computer Engineering bachelor’s program.
• Familiar with circuit design, PCB layout, and basic electronics principles.
• Able to read and edit schematics and wiring diagrams.
• Hands‑on experience with bread boarding, soldering, and multimeter/oscilloscope use.
• Comfortable working in lab environments with a focus on safety and documentation.

• Experience with Altium, KiCad, or other PCB layout tools.
• Exposure to power electronics, energy harvesting, or low‑voltage DC systems.
• Interest in radiation effects on electronics, battery systems, or compact power sources.
• Familiarity with ISO 9001, technical documentation, or test plan writing.

• Help build the electronics powering the future of long‑duration energy.
• Work side‑by‑side with hardware engineers, radio chemists, and automation experts.
• Contribute to a mission‑driven startup solving real‑world energy challenges.
• Flexible scheduling for students with academic commitments.
• Unique opportunity to gain nuclear‑adjacent industry experience without prior background required.
• High‑impact, resume‑building experience in a fast‑growing deep‑tech company.