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Research Engineer - Soft Materials & Microfabrication Process Development Spectraforce Technologies United States, Washington, Redmond Sep 05, 2026

Job Title:

Research Engineer -

Soft Materials & Microfabrication Process Development Location:

Redmond, WA (Onsite)

Duration:

30 Months About the role We're looking for a Research Engineer to join an advanced hardware R D team developing novel soft-material and microfabricated devices. This is a hands-on, bench-forward role that blends independent research with day-to-day process development in cleanroom and lab environments. You'll develop and optimize lab-scale fabrication and processing methods for polymers and soft materials, contribute to device prototyping, and help mature new fabrication techniques from concept to a repeatable process. You're equally comfortable running experiments at the bench and reasoning from the underlying materials science. What you'll do Develop, optimize, and document lab-scale fabrication and processing for polymers, elastomers, and soft materials. Run hands-on device prototyping and process development in a cleanroom / controlled-environment lab. Bring up and refine new fabrication techniques - including molding methods such as injection and compression molding - and integrate them into device workflows. Design and execute experiments, analyze results, and drive processes toward reproducibility and scale. Characterize materials and devices; author clear SOPs, reports, and design guidelines. Collaborate across a multidisciplinary team (materials, device, and test engineers) and with external partners and vendors. Minimum qualifications Degree in Materials Science, Chemistry / Polymer Chemistry, Chemical or Materials

Engineering, or a related field (BS with relevant experience, MS, or PhD).

Hands-on experimental / lab experience, including working in a cleanroom or controlled-environment lab.

Foundation in chemistry and/or polymer and soft-materials science.

Demonstrated ability to learn and adopt new fabrication and processing techniques.

Strong experimental rigor, documentation, and communication.