What the work involves
You'll spend most of your time producing and critiquing technical content that models learn from. That means interpreting experimental data and figures from the literature, writing detailed commentary that explains why a microstructure, failure mode, or phase transformation behaves as it does, and constructing realistic scenarios drawn from metallurgy, polymers, ceramics, composites, or semiconductor materials. A meaningful share of the work is review: checking another contributor's reasoning for factual errors, unsupported inferences, or explanations that sound authoritative but don't hold up against the underlying physics.
Expect tasks framed around characterization and property–structure relationships — SEM/TEM imagery, XRD patterns, DSC/TGA traces, tensile and fatigue data, spectroscopy. Literature review tasks ask you to synthesize methodologies and open problems rather than summarize abstracts. No prior AI or ML experience is required; the platform is buying your judgment about what a correct materials answer looks like.
What the screening measures
- Credential verification — MS or PhD in materials science, metallurgy, mechanical, or chemical engineering with a materials focus.
- Depth under follow-up — an AI interviewer will pick one technique or system you claim and push two or three layers past the surface answer.
- Evaluation judgment — whether you can distinguish a plausible-sounding wrong explanation from a correct one, and articulate the difference in writing.
- Written clarity — samples of technical prose matter more than resume length.
Logistics
Fully remote and asynchronous, with no fixed hours. Compensation is per accepted task rather than hourly, so the effective rate depends on how quickly you work and how often submissions pass review; minimum weekly submission quotas apply. micro1 typically fills these roles within 48 hours and expects first tasks within a day or two of onboarding, so apply when you actually have capacity.