Electrical Engineering Intern: Hands-on Chip Tools

Fab2; Austin (TX); On-site; USD 108,000 - 126,000; Full time

Benefits offered by this job

Housing stipend

Daily meals

Weekly learning

Commuter benefits

Paid time off

Visa sponsorship

Health insurance

Job summary

fab2 in Austin, TX is hiring Electrical Engineering Interns for the summer term. The internship begins in May or June, with a preferred commitment of 4 to 8 months.

You will work with engineers to develop lithography systems, deposition tools, vacuum chambers, nanometer precision motion control, plasma etching systems, and related tools. You’ll identify problems and prototype solutions that productionize into finished systems.

Qualifications

• Pursuing a Bachelor’s Degree or higher in engineering.
• Strong foundation in electrical engineering (KiCad/Altium, microcontrollers, embedded systems, digital circuits, etc.)
• Ability to learn quickly and troubleshoot technical problems
• Hands‑on prototyping experience and the ability to move through design cycles quickly

Responsibilities

• Design PCBAs and electrical systems for our machines, driving the end‑to‑end process including schematic capture, layout, bringup, testing, integration, and documentation.
• Collaborate cross‑functionally with software, mechanical, and process teams to gather system requirements, performing independent investigations to define targets where requirements are ambiguous or missing.
• Investigate optimal design approaches and perform detailed analysis and simulations to evaluate electrical designs, weighing off‑the‑shelf components against custom solutions.

Skills

Embedded systems

Microcontrollers

Digital circuits

Education

Bachelor’s degree or higher in engineering

Tools

KiCad

Altium

Job description

fab2 in Austin, TX is hiring Electrical Engineering Interns for the summer term. The internship begins in May or June, with a preferred commitment of 4 to 8 months.

You will work with engineers to develop lithography systems, deposition tools, vacuum chambers, nanometer precision motion control, plasma etching systems, and related tools. You’ll identify problems and prototype solutions that productionize into finished systems.