Mechanical Engineer

$55–100/hrrate as listed

Review and correct AI-generated answers to mechanical engineering problems — statics, thermodynamics, machine design, manufacturing, and CAD/FEA reasoning. Work is project-based through micro1's expert network, with observed rates of $55–100/hr depending on specialization and assessment results.

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 are grading and repairing engineering reasoning. A typical task hands you a problem — a bearing selection, a heat exchanger sizing, a fatigue life estimate, a GD&T callout, a tolerance stack-up — along with one or more model responses, and asks you to judge whether the physics, the assumptions, and the arithmetic hold up. Where they don't, you write the corrected solution with the intermediate steps shown, cite the standard or handbook basis (ASME, AISC, Machinery's Handbook, ASHRAE), and explain precisely where the model went wrong. Other task families include authoring original problems at a specified difficulty, writing rubrics for graders who follow you, and ranking competing responses on correctness, unit discipline, and engineering judgment.

The failure modes you'll catch most often are not exotic: unit conversion slips, a moment taken about the wrong point, safety factors applied twice, material properties quoted at the wrong temperature, and confident-sounding answers built on an assumption the problem statement rules out. Reviewers who explain why an approach is wrong — rather than just posting a corrected number — are the ones kept on rotation.

What the platform screens for

An accredited mechanical engineering degree, and evidence you've practiced: design work, analysis, test, or manufacturing. PE licensure, FE, or graduate work helps but isn't universally required.
A live technical interview with an AI interviewer that asks follow-ups. Naming a project isn't enough; expect to be pushed on load cases, material choices, and what you would do differently.
Written clarity. Sample corrections are read closely — sloppy notation, missing units, or hand-waved assumptions end candidacies.
Domain declarations you can defend. Claiming thermal-fluids and then fumbling a Nusselt correlation is worse than claiming only structural work.

Logistics

Fully remote and asynchronous. Work arrives in batches tied to client projects, so volume fluctuates — some weeks offer 20+ hours, others little. Most contributors treat this as supplemental rather than primary income. Rates are set per project and per specialization; $55–100/hr reflects publicly reported ranges for engineering reviewers on micro1, not a guaranteed band. Deadlines are usually measured in days, not hours, and you choose which tasks to accept.

What they look for

3D CAD modeling
interpreting technical drawings
Conceptual understanding of stress analysis/FEA
Technical documentation (specs
tolerances)
SolidWorks
NX
Creo
or CATIA

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 bachelor's degree (or higher) in mechanical engineering from an ABET-accredited or internationally equivalent institution?
Accredited mechanical engineering degree · required
Have you completed design, analysis, manufacturing, or test work on mechanical components or systems beyond coursework (e.g., in industry, capstone projects, or consulting)?
Hands-on engineering experience · required
Do you hold a Professional Engineer (PE) license in mechanical engineering, have passed the Fundamentals of Engineering (FE) exam, or hold a graduate degree in mechanical engineering or related field?
PE, FE, or graduate degree · preferred
Can you write corrected engineering solutions with clear intermediate steps, proper units, and citations to standards or handbooks?
Fluent in technical writing · preferred
Are you able to accept and complete task batches on a fully remote, asynchronous basis with deadlines typically measured in days rather than hours?
Available for asynchronous remote work · preferred

0 of 5 answered

Included with this listing

Interview prep — 12 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 can articulate load cases, constraints, and trade-offs in the language of a working engineer, not a textbook summary. This role demands the ability to spot when a model response has missed a real-world condition.
A strong answer: Describe a specific project (bearing selection, heat exchanger, structural frame, etc.) naming the key inputs you had to establish—loads, operating temperature, duty cycle, failure mode you were protecting against—and explain one material or geometry choice and why an alternative was rejected. The answer should include a constraint that forced trade-off or a standard you consulted.
Where people lose it: Naming a project but remaining vague on the actual engineering: 'I designed a bracket' without naming loads, material, or what could go wrong. Or describing homework rather than something you owned in a real context—micro1 reviewers catch the difference.