Fab Process Development Technician 3

FormFactor•Beaverton, OR

3d•Onsite

About The Position

The Fab Process Development Technician 3 works in a cleanroom environment to process thin-film substrates in support of production and development schedules. The role tracks products through the process cycle, sets up and operates specialized equipment, and follows established procedures. It applies photolithography techniques and requires exceptional attention to detail, multitasking, and oversight of multiple processes and equipment simultaneously to deliver high-quality products for customers. The regular schedule is Wednesday, Thursday, Friday, and every other Saturday, from 6:00 p.m. to 6:15 a.m. The position receives a 15% shift differential for night work. The role is based in Beaverton, Oregon, and pays $21.90–$28.77 per hour, depending on experience, skills, and background.

Requirements

Minimum of 2–4 years of related experience.
Ability to work for extended periods in a cleanroom while handling chemicals and wearing full protective gear, including a cleanroom suit, safety goggles, gloves, and other PPE.
Ability to perform tasks at a microscope for prolonged periods, up to approximately 80% of a shift depending on workstation assignment.
Ability to push and pull materials weighing up to 10–15 lbs.
Ability to routinely lift materials weighing up to 6 lbs.
Skills in chemical handling, communication, data evaluation, microscope use, Microsoft Office, multitasking, problem solving, process procedures, safety awareness, semiconductor manufacturing, task management, and technical equipment.

Responsibilities

Perform metal etching, plating, and other substrate processing operations.
Conduct final inspections of substrates to ensure compliance with quality standards.
Execute duties of Technician Levels 1 and 2 as needed.
Become a subject matter expert in at least one fabrication department and train other technicians as required.
Author and edit detailed process instructions and documentation.
Identify and implement process improvements to enhance efficiency and product quality.
Set up, calibrate, and operate complex equipment according to specifications.
Collect, organize, and analyze statistical process control (SPC) data to monitor performance.
Follow complex system-driven commands and workflows accurately.
Safely handle chemicals, including solvents, while adhering to safety protocols and environmental regulations.