Robotics Electrical Engineering Intern – MedTech R&D

Johnson Johnson; Santa Clara (CA); On-site; USD 44,000 - 63,000; Full time

Benefits offered by this job

Mentorship program

Professional development

On-site workspace

Job summary

Johnson & Johnson is seeking Electrical Engineering Interns for the Robotics R&D group in Santa Clara, CA. This internship focuses on designing, prototyping, testing, and integrating PCBAs for surgical robotic platforms. You will work with multiple engineering domains and gain hands-on experience in medical device development.

The program emphasizes collaboration, autonomy, and growth, with opportunities to contribute to real-world patient outcomes and mentorship from senior engineers.

Qualifications

• Currently enrolled in an accredited program pursuing a bachelor's or graduate degree and returning to academia after internship.
• Basic understanding of electrical test equipment and circuit design fundamentals.
• Ability to work with a team to solve problems and deliver designs on schedule.

Responsibilities

• Develop and prototype PCAs (PCBAs) for robotic elements and testing fixtures.
• Create documentation for PCA designs including reviews and test results.
• Collaborate with senior engineers to develop reliable robotic designs.
• Test, debug, and analyze root causes during bench tests and integration.
• Present design concepts and participate in design reviews.
• Assist in clinical assessments of robotic devices using models.

Skills

Self-starter

Team collaboration

Problem solving

GPA 3.0+

Full-time availability

Education

Electrical Engineering

Biomedical

Robotics

Mechatronics

Tools

Oscilloscopes

DC power supplies

Multimeters

Altium

Eagle

KiCad

Job description

Johnson & Johnson is seeking Electrical Engineering Interns for the Robotics R&D group in Santa Clara, CA. This internship focuses on designing, prototyping, testing, and integrating PCBAs for surgical robotic platforms. You will work with multiple engineering domains and gain hands-on experience in medical device development.

The program emphasizes collaboration, autonomy, and growth, with opportunities to contribute to real-world patient outcomes and mentorship from senior engineers.