The Forge is our working floor: growing systems, robots, printers, and real production. People learn a trade by doing the work, and the work makes things the community actually uses.
A class by itself ends when the grant ends. A station keeps producing things people need: food, records, products, and services. That gives students a portfolio and gives the community a reason to keep the station alive.
Each station starts small and starts producing before the perfect build-out arrives.
Students learn inside real operations, not simulations: crop cycles, verified data, client orders, robot behaviors, and live events.
The Core and GhostyBoy track credentials, sales, pounds grown, referrals, attendance, outcomes, and earned revenue from day one.
The Forge should feel like a working community floor: people learning with their hands, green systems producing food, robots becoming teachable tools, and data work turning into better navigation.
Hydroponics becomes food security, sensor education, delivery practice, and documented community benefit.
Robot arms, PLCs, tools, and safety practices become a pathway into automation and field-service work.
Verified records, resource navigation, referrals, and dashboards give the community a memory it can trust.
Produce, microgreens, hydroponics, and food-security data.
Hydroponic grow racks create fresh food and a green-tech classroom. Students learn plant science, water chemistry, food safety, sensors, and delivery operations while the station produces donation data and future restaurant revenue.
AI/data stewardship and service-directory maintenance.
The Core keeps local resources verified, cited, and usable. It powers the robot, client navigation, referral processes, dashboards, and the evidence every grant application needs.
Robotics programming, PLCs, sensors, and field service.
Education robot arms, PLC trainers, grow automation, and the future Forgekeeper robot create a hands-on pathway into mechatronics. The robot is both mascot and capstone platform.
Fabrication, print production, parts, signs, and apparel.
3D printers and screen-printing tools turn local small-batch demand into training and product revenue. Students leave with client work, storefront products, and proof they can run production.
Micro-enterprise, documentation services, and first sales.
The Storefront removes the gap between learning a skill and earning with it. It supports product listings, documentation services, student-owned designs, fulfillment, bookkeeping, and paid work experience.
Public workshops, open hours, demo days, and community trust.
The Commons makes the work visible: grow tours, robotics demos, resume nights, family AI literacy, storefront launches, and partner events. It is the front door for students, customers, donors, employers, and agencies.
Modern work is digital work. The Studio is where students learn the tools that run a digital business — by actually running ours.
Plan, record, edit, and publish real shows — starting with our own. Students leave with produced episodes, an editing workflow, and their name in the credits.
Run real ad campaigns and social accounts for Storefront products and community partners: copy, creative, targeting, budgets, and reading the numbers honestly.
AI literacy applied to business: content drafting, customer follow-up, research, and automation — with the judgment to know what to trust and what to check.
Product listings, photography, email, websites, and bookkeeping basics — the digital operations behind everything the Forge sells.
The Studio threads through every station: the grow racks need content, the Storefront needs campaigns, the robot needs a channel. Learn by producing, publish for real, get paid when it ships.
The first wave is cheap and visible: data work, the storefront, grow racks, and public open hours. Hardware stations come online as partnerships and equipment funding mature.
Bring equipment, a student referral stream, a production order, a funding lane, a building, a classroom, an employer need, or a community problem we can solve together.