The device proves the result
A sensor value changes. A light responds. A motor moves. Wiring, compile, flash, and physical tests show whether the requested behavior actually works.
Why MoloWorks
A prompt becomes confidence when the real device works.
MoloWorks connects Claude Code or OpenAI Codex with physical making so a beginner can describe an idea, connect the hardware, and verify a working result without writing code from scratch.
Our approach
Prompt. Connect. Check. Test. Refine.
AI can generate and refine the software. The learner makes the idea concrete by checking the wiring, observing the physical result, and asking for the next change.
MoloWorks materials use short, safe feedback loops: disconnect power, connect one part, complete the pre-power check, run one tested change, and record what happened. The same habit applies to a first button project and a complex robot.
The planned one-day path covers eight core Dev Kit functions and one combined IoT project. It is designed for US families with students in Grades 7–12; live private instruction is suitable for learners age 10+ who already have basic computer and typing experience.
Start with the desired behavior
Students do not have to author or understand every line before beginning. They learn to make clear requests, observe the result, and improve one behavior at a time.
Available resources are clearly marked
Families can use the worksheets already published and preview planned guides without mistaking launch materials for live downloads.
Current stage: MoloWorks is preparing its US launch catalog, packaging, one-day learning path, checkout, and booking system. Learners age 10–12 use an adult-operated AI demonstration; ages 13–17 may use eligible OpenAI Codex access with parent or legal-guardian permission; Anthropic consumer Claude services require users to be 18 or older. Claude Code and OpenAI Codex are independent third-party products, and MoloWorks is not affiliated with or endorsed by either provider.