Mechanical Engineer

$50–70/hrrate as listed

micro1 is contracting mechanical engineers to write single-choice assessment questions with documented rationales in solid mechanics, dynamics and control, or thermal-fluids for AI training datasets. Work is remote and output-based — you are paid per accepted task, with a weekly minimum submission requirement.

Summary, eligibility guidance and screening preparation are prepared by Sidequest from the platform's posting. Check the source listing before applying.

What the work involves

You write single-choice questions grounded in real mechanical engineering problems, then document why the correct answer is correct and why each distractor fails. The subject areas are narrow by design: Solid & Structural Mechanics, Dynamics/Vibration/Control, or Thermal-Fluids. Good items are unambiguous, solvable from stated assumptions, and hard for a strong model to guess — which usually means distractors that encode specific, plausible errors (sign conventions, wrong boundary conditions, a dropped factor from a non-dimensional group) rather than random numbers.

Expect a loop rather than one-way submission. Coordinators or reviewers return items with feedback on ambiguity, unit consistency, or insufficient rationale, and you revise. You track assignments and submissions in whatever tooling the project provides. No prior AI or ML experience is expected; the value you bring is the ability to be right about engineering and to explain why in writing.

What the screen looks for

micro1's process is AI-led and moves fast — the listing states roles are typically filled within 48 hours and first tasks begin 24–48 hours after onboarding. Screens on this platform tend to probe:

Verifiable specifics about your degree, specialization, and the problems you actually solved
Domain depth under follow-up — a first answer is rarely the end of the exchange
Whether you can spot a flawed question and say precisely what's wrong with it
Honest availability against a weekly minimum

Logistics and pay

Fully remote and asynchronous, with milestone-based delivery rather than fixed hours. Compensation here is per accepted task, not hourly; the $50–70/hr band is an observed effective rate reported for this category and depends entirely on how quickly you produce items that pass review. Early items are usually slower. Minimum weekly submission volumes apply, so treat this as a real recurring commitment rather than occasional side work.

What they look for

mechanical engineering
solid mechanics
structural mechanics
dynamics
vibration and control
thermal-fluids
technical writing
educational content creation
assessment design
attention to detail
written communication
verbal communication
quality assurance
remote collaboration
organization
self-motivation
digital workflow tools

Before you apply

Would you pass this screen?

Drawn from what this listing actually requires. Answered in your browser — nothing is sent to us, and we do not store your answers.

Do you hold a Master's degree or PhD in Mechanical Engineering (or equivalent)?
Master's or PhD in Mechanical Engineering · required
Is your expertise primarily in at least one of these areas: Solid & Structural Mechanics, Dynamics & Vibration & Control, or Thermal-Fluids?
Specialization in one required domain · required
Do you have reliable internet access and the ability to work from a remote location on a flexible schedule?
Remote work access · required
Have you created written technical content (documentation, teaching materials, publications, or assessments) as part of your professional or academic work?
Written communication experience · preferred

0 of 4 answered

Included with this listing

Interview prep — 10 questions

Matched to what this platform's screening actually measures. Answer each out loud in 60–90 seconds: claim → concrete example → implication.

What it tests: Whether you have genuine depth in mechanical engineering domains and can articulate technical reasoning clearly, not just name-drop concepts.
A strong answer: Describe a specific project with a clear mechanical problem (e.g., stress analysis, thermal design, vibration damping), the constraints you faced, and the technical decisions you made—demonstrating domain fluency and problem-solving method.
Where people lose it: Staying vague about the actual engineering ('I worked on an HVAC system') without explaining the technical problem you solved or why your approach mattered.