VR and Mixed Reality Product for Learning Hands-On Skills Such as Welding or Pottery

You are a product manager at Meta Reality Labs, the part of Meta that makes its virtual and mixed reality headsets and its smart glasses. Design a learning experience on this hardware that teaches a hands-on skill, taking fields such as pottery or welding as examples of what people might learn. Explain which learners and which skill you would start with, what the experience does, why this hardware is a good medium for it, and how you would tell whether people actually learn the skill. ```hint Separate what the headset can and cannot teach Pottery and welding are learned with real materials and tools. Before choosing features, work out which parts of learning such a skill a headset genuinely improves and which still need the real wheel or torch, and let that decide where you start. ``` ### Clarifying Questions - Is the main goal to give headset owners a reason to keep using their device, to build a training business with schools and employers, or both? - Should the first version serve hobbyists picking up a craft such as pottery, or trainees learning a trade such as welding, where certification and jobs are at stake? - Should I design for current Reality Labs hardware only (headsets with hand tracking and passthrough, smart glasses with a camera), or may I propose a new accessory? - Is this a first-party Meta app, or a platform on which instructors and schools publish their own lessons? ### What a Strong Answer Covers - A stated goal for Reality Labs and a chosen learner segment and skill, justified against the alternatives, such as a hobby craft versus a vocational trade - The pain points of learning a physical skill today (cost of materials and equipment, safety, access to instructors, slow feedback), tied to the chosen segment - Features that use what the hardware does well, such as 3D demonstration, motion tracking and passthrough overlays, with an honest account of what it cannot do, such as touch, heat and force - A prioritized first version and metrics that measure skill gained and transfer to the real task, not only time spent in the headset - Risks such as learning wrong habits from an imperfect simulation, headset comfort, overstated training claims, and the supply of expert content ### Follow-up Questions - A welding program asks whether your product can replace some hours of practice on real equipment. How would you find out before making that claim? - Learners finish the first lesson, but few return for the third. What would you look at first? - How would the experience differ for someone who owns Meta's smart glasses but no headset?