Neural Hardware Engineering Intern

Neuralink; San Francisco (CA); On-site; USD 40,000 - 57,000; Full time

Benefits offered by this job

Medical Insurance

Dental Insurance

Vision Insurance

Paid Holidays

Commuter Benefits

Meals Provided

Equity (RSUs)

401(k) plan

Parental Leave

Flexible Time Off

Job summary

Neuralink is seeking an Electrical Engineering Intern in California to contribute to the design, verification, and production readiness of our custom electronics. You will engage in board design, motor driver development, high-bandwidth camera hardware, and FPGA-based OCT data acquisition as part of a fast-moving team.

Responsibilities include debugging, testing, and supporting production transitions, with exposure to diverse electrical engineering domains and close collaboration with optical,

Qualifications

• Demonstrable experience building circuits or products used by real customers.
• Experience in at least one niche like HDI, high-speed digital, high power or RF.
• Experience with sensors, power management, signal integrity.
• Design experience with SPI, UART, I2C or similar.

Responsibilities

• Own board design phases from schematic to bring-up.
• Develop custom motor drivers and control loops.
• Develop high-bandwidth camera hardware and firmware.
• Work on FPGA-based data acquisition systems for imaging.
• Test hardware with HIL setups and validation rigs.
• Contribute to future system architectures and compute platforms.

Skills

Circuit design

HDI

High speed digital

Power management

Signal integrity

SPI/UART/I2C

Lab instrumentation

Tools

Oscilloscopes

Power supplies

Sourcing components

Job description

Neuralink is seeking an Electrical Engineering Intern in California to contribute to the design, verification, and production readiness of our custom electronics. You will engage in board design, motor driver development, high-bandwidth camera hardware, and FPGA-based OCT data acquisition as part of a fast-moving team.

Responsibilities include debugging, testing, and supporting production transitions, with exposure to diverse electrical engineering domains and close collaboration with optical,