Engineer · Inventor · The Joy of Creating Things Out of Nothing
Your stated mission is to inspire people to discover the joy of engineering, fabricating, and creating things out of nothing. You have five patents, thirteen pending applications, and a garage full of Tormach equipment that constitutes Stations Two through Five of the facility described in this letter. The difference is that your garage has one person in it. CrowdSmith’s building will have hundreds.
Every video you post follows the same arc: identify a problem nobody asked you to solve, build the first version, watch it fail, rebuild it, watch it fail better, rebuild it again, and arrive at something that works well enough to make four million people care about stepper motors. That arc is the five-station curriculum. You just run it in a garage instead of a building.
— Claude, CrowdSmith Foundation
Stuff Made Here holds rank #126 because the convergence is pedagogical, not financial. Shane Wighton’s channel is the most-watched engineering project content on YouTube, and his iterative build-fail-rebuild process is a video version of the curriculum CrowdSmith teaches in physical space. He is a platform-native person receiving paper mail — the linen itself is the disruption. The ranking reflects the strength of the process parallel and the maker-community audience reach.
September 15, 1991. Based in Raleigh, North Carolina.
B.S. in mechanical engineering, University of North Carolina at Charlotte. M.S. in computer science, UNC Charlotte.
Former engineering team lead at Formlabs, contributing to the design of the Form 1, Form 2, and Form 3 stereolithography 3D printers. Five issued U.S. patents, thirteen pending applications, related to additive manufacturing technology. Launched Stuff Made Here YouTube channel March 2020. Over 4.6 million subscribers and 317+ million total views as of 2025. Average views per video approximately 9 million — among the most-watched engineering project content on the platform. 2024 IMI Award winner ($50,000) for robotics content. Streamy Award nominations in Technology (2020) and Science & Engineering (2021). Personal website: shane.engineer.
Tormach 1100MX CNC mill, Tormach 1300PL plasma table, Tormach 24R CNC router, Tormach ZA6 robotic arm. Plus conventional metalworking and woodworking tools, 3D printers, and electronics prototyping equipment. The shop is a one-person version of CrowdSmith’s Stations Two through Five.
Self-adjusting basketball hoop (28M+ views). Explosive baseball bat (blank cartridge piston mechanism). AI-assisted pool table and self-correcting cue stick. Robotic archery bow (Optitrack motion capture, stepper-driven auto-aim). Unpickable locks (challenged LockPickingLawyer). Robotic chainsaw (Tormach ZA6). Hair-cutting robot. Egg-cracking machine (purely mechanical, no electronics). Each project follows the same narrative arc: problem identification, first prototype, failure, iteration, refined prototype, documentation of the entire process.
Every Stuff Made Here video is a compressed version of the CrowdSmith five-station progression. The basketball hoop started with a curved backboard (Station One — hand-built, mechanical, no electronics). It failed. The second version added motors, sensors, and physics simulation (Stations Two and Three — power tools and digital fabrication). The third version incorporated computer vision and machine learning (Station Four — AI). The final version used a robotic adjustment system that compensated in real time (Station Five — robotics). One project, five stations, documented on camera for 28 million people.
The difference between Wighton’s garage and CrowdSmith’s facility is access. Wighton has a mechanical engineering degree, a computer science master’s, five patents, and years of professional experience at a 3D printing company. He bought the Tormach equipment with earnings from a successful career. The person who walks into CrowdSmith’s retail tool store has none of that. They have hands and hunger. The five stations exist to give them the same progression Wighton already had — not the credentials, but the capability. The building is the garage they cannot afford.
| Dimension | Stuff Made Here | CrowdSmith |
|---|---|---|
| Process | Problem → prototype → failure → iteration → working invention | Station One → Station Two → Station Three → Station Four → Station Five → patent |
| Equipment | CNC mill, plasma table, CNC router, robotic arm, 3D printers | Stations Two through Five: same equipment categories, institutional scale |
| Patents | Five issued, thirteen pending — from Formlabs additive manufacturing work | SmithScore pipeline: 44 invention concepts, robot-demonstrated manufacturing proof at Station Five |
| Mission | “Inspire people to discover the joy of engineering, fabricating, and creating things out of nothing” | Train people to build things — from a donated hand plane to a patent filing |
| Audience | 4.6M subscribers, 9M average views per video | Letters also going to Mark Rober, Simone Giertz, Adam Savage, Jimmy DiResta |
| Access | One engineer in a well-equipped garage | A building that gives hundreds of people access to the garage they cannot afford |
My name is Claude. I am an artificial intelligence built by Anthropic, and I am co-authoring this letter with the founder of a workforce development facility in Tacoma, Washington. You built a basketball hoop that adjusts itself in 600 milliseconds so the ball always goes in. Then you built an explosive baseball bat, an AI pool table, a robotic bow that shoots targets out of the air, and an egg-cracking machine that uses no electronics. Each project followed the same arc: build it, watch it fail, rebuild it, watch it fail better, document the whole thing for nine million people. Your stated mission is to inspire people to discover the joy of engineering, fabricating, and creating things out of nothing. This letter is about a building designed to turn that joy into a career.
The CrowdSmith Foundation is a five-station Maker Continuum in Tacoma’s federally designated Opportunity Zone. The stations progress from hand tools through power tools, digital fabrication, AI-assisted dialogue, and robotics. The front door is a retail tool store with free coffee. A person walks in because they see a tool in the window. They pick it up. Someone behind the counter tells them what it does. That conversation is the intake funnel. Five stations later, the person who picked up a hand plane they did not recognize holds a credential, a position on an invention team, and a concept with their name on it moving toward a patent.
Your garage has a Tormach CNC mill, a plasma table, a CNC router, and a ZA6 robotic arm. That is Stations Two through Five in one room. The difference is access. You have a mechanical engineering degree, a computer science master’s, five patents, and a career at Formlabs behind you. The person who walks into CrowdSmith has none of that. They have hands and curiosity. The five stations exist to give them the same iterative progression you already had — not the credentials, but the capability. The building is the garage they cannot afford.
The man beside me on this letter is Robb Deignan. He is sixty years old. He was living on his own at sixteen. No engineering degree. No master’s. No patents. Twenty years in the fitness industry, ten thousand memberships sold face-to-face. He developed forty-four invention concepts through a proprietary evaluation methodology and built every piece of this architecture through hundreds of working sessions of sustained human-AI dialogue — a methodology he formalized as SmithTalk. He is not an engineer. He is the person your videos are for — the one who wants to build something and does not have the shop to do it in.
I am writing to one hundred forty-seven people. The list is ranked by proximity to the mission. You hold rank one hundred twenty-six. Among the other letters mailing this week: Simone Giertz, who built a career on robots designed to fail and now runs a product design company called Yetch. Mark Rober, who builds things that work spectacularly and proves the same thesis from the other end. Adam Savage, whose Tested platform gave both of them their first wide audience. All of those letters arrive the same week as yours — on linen stock, from a building that does not exist yet, written by a machine that will not remember writing them.
A complete operational binder, seven financial models with seven hundred twenty-seven formulas, and a private briefing site are available at crowdsmith.org/partners with the access code enclosed.
The first basketball hoop did not use electronics. It was a curved backboard — a physical shape designed to redirect the ball from any angle. It worked sometimes. It failed often. The failure was the content. Nine million people watched a hoop not work and came back to see what happened next.
The second version added motors and sensors. The third added computer vision. The fourth adjusted in real time. Each iteration carried the failures of the one before it — not as baggage but as data. The hoop got better because the failures were documented, studied, and fed into the next build. The process was the product. The failure was the curriculum.
CrowdSmith’s five stations are five iterations of the same build. The hand plane at Station One is the curved backboard — simple, physical, no electronics, fails often, teaches everything. The CNC at Station Three is the motor and sensor upgrade. The AI at Station Four is the computer vision. The robot at Station Five adjusts in real time. The person who started with the hand plane arrives at the patent the same way the hoop arrived at 600-millisecond adjustments: by building, failing, rebuilding, and refusing to stop until the thing works.
The garage has one person in it. The building will have hundreds. The iteration is the same.