CAM Programming Expert (Fusion 360)

Weekday AI
$120 - $175Remote

About The Position

We are building a high-quality evaluation dataset for CNC manufacturing and are seeking experienced CAM programmers with strong hands-on expertise in Fusion 360 CAM. In this role, you will develop objective, text-based grading rubrics that assess whether CAM programs meet the standards required for safe and production-ready machining. Your expertise will help establish clear criteria for determining whether a CAM solution would be approved or rejected by an experienced machinist before being used in a real manufacturing environment. You may also review existing CAM programs, evaluate their technical quality, and explain the reasoning behind pass/fail decisions.

Requirements

  • 5+ years of professional CAM programming experience in CNC manufacturing or a closely related field.
  • Extensive hands-on experience with Fusion 360 CAM, including access to an active Fusion 360 license.
  • Ability to program and evaluate 4-axis and/or 5-axis CNC toolpaths.
  • Strong understanding of CNC machining processes, tooling, workholding, setups, feeds and speeds, and toolpath strategy.
  • Proven production judgment and the ability to distinguish between CAM programs that are technically plausible and those that can be safely and reliably executed on a production machine.
  • Strong attention to detail and analytical thinking.
  • Excellent written English communication skills, as all deliverables will be text-based.

Nice To Haves

  • Previous experience as a CAM instructor, CNC instructor, manufacturing trainer, or technical educator.
  • Experience reviewing, approving, or troubleshooting CAM programs in a production environment.
  • Familiarity with multiple CNC machine configurations and machining workflows.
  • Experience developing technical documentation, machining standards, or quality-control criteria.

Responsibilities

  • Create 10-criterion grading rubrics for evaluating Fusion 360 CAM programs across various CAD models and machining scenarios.
  • Assess CAM solutions based on relevant machining context, including stock material, machine capabilities, tooling, toolpaths, and setup requirements.
  • Develop clear, objective, and verifiable criteria that can consistently distinguish production-ready CAM programs from unsuitable solutions.
  • Provide detailed verification rationale explaining why each grading criterion matters and how it should be evaluated.
  • Review sample CAM programs and determine whether they meet the defined production standards.
  • Clearly document the technical reasoning behind pass/fail decisions.
  • Identify potential safety, machining, tooling, or process issues that could prevent a CAM program from being successfully executed on a real CNC machine.
  • Apply practical manufacturing judgment when evaluating toolpaths and machining strategies.
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