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Develop measurement skills and scientific thinking while tracking innovations in community-scale instrumentation, citizen science tools, and accessible testing methods. We follow developments in DIY scientific equipment, computational modeling for local problems, and engineering approaches that prioritize community understanding and maintenance.
Learn scientific thinking, measurement tools, and basic safety principles through hands-on workshop experiments.
Apply physics principles to workshop projects through direct experimentation with mechanics, optics, electricity, and thermodynamics.
Understand chemical processes affecting workshop materials including adhesives, electrochemistry, and material testing.
Develop systematic approaches to testing material strength, failure analysis, and treatment processes.
Design and build custom measurement tools and scientific instruments using workshop capabilities.
Understand heat transfer principles for kiln design, insulation, cooling systems, and thermal management.
Apply fluid mechanics to water systems, ventilation, pneumatic tools, and flow distribution networks.
Apply computational methods to understand complex systems through mathematical modeling and simulation.
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