Robotics Hardware Intern: Surgical Systems & PCB Design

jj; Santa Clara (CA); On-site; USD 44,000 - 84,000; Full time

Benefits offered by this job

Mentorship and professional growth

Hands-on robotics experience

Competitive internship benefits

Job summary

Johnson & Johnson in Santa Clara, CA is seeking an Electrical Engineering Intern within Robotics R&D to design, prototype, test and integrate PCBA's for medical robotics. This role offers hands-on exposure across hardware and software interfaces, collaborating with mechanical, mechatronics and controls teams to advance devices that improve patient outcomes.

You will work full-time (40 hours/week) with mentorship and professional development opportunities, focusing on design verification,

Qualifications

• Currently enrolled in an accredited program pursuing a bachelor’s or graduate degree in Electrical Engineering, Biomedical, Robotics, Mechatronics, or similar degree and returning to an academic program after the completion of the internship.

Responsibilities

• Design, prototype, test and integrate multi-layer PCBA's for use in a complex medical device system.
• Collaborate with engineering functions across robotics, mechanical, software, and controls teams.
• Produce documentation to support designs, including reviews, tests, and architecture documents.
• Perform design reviews and contribute to safe, reliable neural robotic tasks.

Skills

Oscilloscope basics

Power supplies

Multimeters

Circuit design theory

Electrical engineering principles

Problem solving

Self-motivated

GPA 3.0

Full-time availability

CPT/OPT awareness

Education

Electrical Engineering or related degree

Tools

Altium

Eagle

KiCad

Job description

Johnson & Johnson in Santa Clara, CA is seeking an Electrical Engineering Intern within Robotics R&D to design, prototype, test and integrate PCBA's for medical robotics. This role offers hands-on exposure across hardware and software interfaces, collaborating with mechanical, mechatronics and controls teams to advance devices that improve patient outcomes.

You will work full-time (40 hours/week) with mentorship and professional development opportunities, focusing on design verification,