About The Position

We are sharing a specialised part-time consulting opportunity for experienced electrical engineering professionals with backgrounds in STEM problem review, graduate-level engineering verification, scientific reasoning, technical evaluation, grading methodology, and structured quality assurance. This role supports current and upcoming remote consulting opportunities focused on AI-assisted STEM training data review, electrical engineering problem evaluation, simulated research environment assessment, ground truth verification, grading rubric review, and high-quality project execution. Selected professionals will review complex STEM prompts, verify expert-level answers, assess model-generated reasoning trajectories, and provide detailed feedback based on electrical engineering expertise and scientific judgment.

Requirements

  • MS or PhD in electrical engineering or a closely related technical field
  • Strong ability to independently verify ground truth solutions for graduate-level electrical engineering problems
  • Experience reviewing technical problems, grading methodologies, solution explanations, model outputs, or structured STEM tasks
  • Strong scientific reasoning and ability to evaluate technical correctness, methodological soundness, and problem clarity
  • Ability to summarize complex model-generated reasoning trajectories clearly and objectively
  • Strong attention to detail and ability to identify subtle errors in reasoning, assumptions, calculations, or grading logic
  • Comfort reviewing AI-generated STEM content and applying detailed evaluation criteria
  • Excellent written communication skills
  • Ability to work independently in a remote, asynchronous, project-based environment

Nice To Haves

  • Advanced expertise in one or more electrical engineering subdomains, such as circuits, signal processing, control systems, power systems, electromagnetics, communications, semiconductor devices, embedded systems, or related areas
  • Experience teaching, grading, reviewing, or designing graduate-level electrical engineering problems
  • Familiarity with rubric-based review, benchmark evaluation, technical QA, research-style assessment, or structured feedback workflows
  • Experience evaluating multi-step mathematical solutions, simulation-based reasoning, symbolic derivations, or numerical verification
  • Ability to provide concise, actionable feedback for both technical correctness and training data quality

Responsibilities

  • Review complex STEM and electrical engineering problem prompts for clarity, technical rigor, completeness, and suitability as training data
  • Independently verify ground truth answers for graduate-level electrical engineering problems
  • Evaluate whether task prompts require appropriate domain reasoning, clear assumptions, and technically sound solution paths
  • Identify ambiguous wording, missing constraints, incorrect assumptions, incomplete derivations, or weak problem construction
  • Assess golden answers for correctness, completeness, mathematical rigor, and alignment with the stated task requirements
  • Review grading criteria for robustness, objectivity, and consistency across acceptable solution approaches
  • Determine whether evaluation rubrics properly capture correct reasoning, valid alternatives, numerical tolerances, and common error cases
  • Provide Accept, Revise, or Reject verdicts with concrete written explanations
  • Assess simulated research environments for scientific realism, construction quality, and diversity
  • Review seed prompts and multi-agent trajectories to evaluate whether research-style workflows are plausible and technically meaningful
  • Read and summarize model agent rollouts, including stronger and weaker solution attempts
  • Identify issues related to unrealistic reasoning, weak scientific setup, poor trajectory diversity, or insufficient domain grounding
  • Provide clear written feedback explaining electrical engineering reasoning, grading concerns, task-quality issues, and suggested improvements
  • Follow standardized review forms, detailed task instructions, and project-specific quality criteria accurately
  • Review discrete STEM QA deliverables within expected timelines
  • Collaborate through asynchronous project workflows to improve technical training data quality and AI-assisted STEM evaluation outputs

Benefits

  • Competitive compensation
  • Remote structure
  • Work on discrete deliverables aligned with subject-matter expertise and availability
  • Weekly payments via Stripe or Wise
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