Citizen Robotics operates a Fab Lab that trains construction tradespeople, vocational schools, and AEC firms in robotic additive manufacturing using industrial‑grade arms and concrete extrusion printers. The hands‑on curriculum and certified workflow enable low‑cost, on‑site fabrication of structural components, reducing labor and material waste to support affordable housing projects.
Funding
Funding not disclosed
Founders
Product
Problem
The construction industry relies on labor‑intensive, legacy building methods that drive up material waste and overall project costs, limiting affordable housing supply. Workers lack access to modern digital‑fabrication tools and the skills needed to operate robotic construction equipment. Consequently, communities face persistent housing insecurity due to high build prices.
Solution
Citizen Robotics operates a community‑focused Fab Lab that teaches digital fabrication, robotics, and additive manufacturing techniques tailored to the AEC sector. Participants receive hands‑on training with industrial‑grade robotic arms, concrete extrusion printers, and integrated workflow software, enabling them to produce structural components with reduced labor input. The curriculum covers parametric design, process planning, material optimization, and on‑site deployment, turning theoretical knowledge into practical construction outcomes. By upskilling the existing workforce and providing low‑cost access to automation, the organization lowers material consumption and shortens build cycles, directly addressing housing cost pressures. Certified graduates can apply these methods on local housing projects, creating a feedback loop that accelerates technology adoption across the community.
Target Audience
Primary customers are construction tradespeople, vocational schools, and small‑to‑mid‑size AEC firms seeking to adopt robotic additive manufacturing for affordable housing projects. Community development agencies looking to upskill local labor pools also benefit from the program.
Features
- Fully equipped Fab Lab featuring a 6‑axis robotic arm and large‑format concrete extrusion printer for on‑site structural element fabrication
- Modular curriculum covering CAD/CAM, ROS‑based robot control, slicer configuration, and geopolymer concrete material science
- Open‑source control stack with REST APIs that integrate design files directly into the robotic workflow, enabling rapid iteration
- Real‑time monitoring dashboard that logs extrusion rate, temperature, and layer adhesion metrics for quality assurance
- Certification pathway recognized by trade unions and local building authorities, supporting credentialed upskilling
- Pilot project program that places trained crews on community housing builds to validate cost and performance gains
- Partnerships with material suppliers to provide low‑cost, high‑strength printable mixes optimized for energy‑efficient homes
- Flexible workshop formats (single‑day intensives, multi‑week courses, and corporate training) to accommodate diverse learner schedules