What problem does it solve? Hands-on workshops fail in predictable ways: rooms where nobody can install the toolchain, one instructor facing thirty stuck participants, seat caps that ignore limited hardware, and venue WiFi that blocks the protocol the exercise needs. This Skill turns those risks into a per-session delivery plan before the day arrives. ## Core Features & Use Cases - Facilitator coverage design: Chooses between solo instructor, roaming troubleshooter, stationed helpers, and structured peer pairing, sized from the exercise structure rather than an invented ratio. - Prerequisites and environment planning: Writes prerequisite blocks split into prior knowledge, machine state, and accounts, and decides between bring-your-own-laptop, a provisioned cloud environment, or both. - Capacity and network posture: Computes capacity as the lowest of room, coverage, and exercise-throughput ceilings, and sets a network plan based on written venue answers about bandwidth, blocked protocols, and device classes. - Use Case: You are running a three-hour Kubernetes workshop for 40 people and need to know how many helpers to recruit, what attendees must install beforehand, and what to do when the venue will not answer questions about its WiFi. ## Quick Start Ask the assistant to design the delivery plan for your hands-on workshop session, including helpers, prerequisites, seat cap, and network fallback.
