Neuralink

Join Neuralink’s BCI Applications team as a Software Engineer Intern building brain-computer interface software that helps clinical trial participants control computers, phones, games, and robotic devices. You’ll develop user-facing applications, decode brain activity, and iterate directly with study participants.

Build and scale the CI/CD and developer infrastructure powering Neuralink’s software, firmware, hardware, and clinical engineering teams. You’ll operate build systems, runner fleets, reproducible environments, and CI observability across cloud, on-prem, and embedded platforms.

Build the infrastructure powering ASIC design, chip verification, firmware tooling, and large-scale EDA compute at Neuralink. This role combines systems engineering, cloud and on-prem operations, storage, automation, and developer tooling.

Build foundational cloud, on-premise, and developer infrastructure supporting Neuralink’s engineering, manufacturing, BCI, and robotics teams. The internship spans tooling, networking, systems administration, and hardware-in-the-loop testing.

Develop machine learning models and neural decoders that improve the speed, accuracy, and capabilities of brain-computer interfaces. This internship offers hands-on collaboration with neuroscientists, physicians, and engineering teams on mission-critical BCI applications.

Build the bare-metal firmware powering Neuralink’s next-generation brain implants in a safety-critical, highly constrained environment. You’ll own complex embedded features end to end while collaborating with chip designers, electrical engineers, and neuroscientists.

Build bare-metal firmware in C for safety-critical brain-computer interface implants while working closely with hardware and software experts. This hands-on internship focuses on embedded systems performance, latency, battery life, reliability, and safety.

Build and support safety-critical software that operates Neuralink’s surgical robots in real-world implantation procedures. This internship offers hands-on ownership across robotics, perception, motion, and high-reliability systems.