What the work involves
This is task authoring and evaluation for frontier models, not production hardware work. Day to day you write power electronics design problems — a 12V-to-3.3V synchronous buck at 3A with a ripple ceiling, an automotive LDO with load-dump survivability, a flyback AC-DC front end — and then you build the reference solution: topology choice, component selection off real datasheets, schematic, layout, and the manufacturing outputs (BOM, Gerbers, pick-and-place). The second half of the job is the part most candidates underestimate: turning your engineering judgment into a written rubric another reviewer could apply to the same model output and reach the same verdict.
Those rubrics typically split into specification validation (output voltage, current capability, efficiency, ripple), component compliance (voltage and current ratings, derating, thermal limits against datasheet curves), and design correctness (topology, connectivity, feedback network, sense return paths). On the layout side you define standards for DRC/LVS, DFM, thermal spreading, and power integrity — loop area on the switching node, ground strategy, via count on thermal pads. Where possible you make criteria measurable rather than aesthetic, so a checker can pass or fail a design without re-deriving the whole thing.
What the platform screens for
Expect the screen to push on depth rather than breadth. Interviewers probe whether you have actually shipped power boards: which regulator families you've used and why you rejected the alternatives, how you sized an inductor for a specific ripple target, what went wrong on a board that came back from fab. You'll likely be given a flawed schematic or layout description and asked what you'd flag first and how severe each issue is — grading judgment matters as much as design skill, because an expert who marks every deviation as fatal is as unusable as one who waves everything through. Python or terminal-based verification scripting is preferred, not required, but any experience automating a check will be asked about.
Logistics
Fully remote and largely asynchronous, with contributors picking up task batches around existing employment. Turing engagements are typically contract or part-time hourly with a stated weekly commitment, and rates depend on domain and engagement tier — this listing does not disclose a band, and nothing here should be read as a guaranteed rate. Some collaboration with task designers and other domain reviewers happens over calls or written threads; volume tends to arrive in waves tied to customer projects rather than as a steady drip.