tinkercad-mcp-server
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TDQS
Scored across 17 tools
Each tool targets a clear editor action, and the descriptions make the intended usage explicit. Minor ambiguity exists between tinkercad_get_circuit (which can include code) and tinkercad_get_code, and between tinkercad_build_circuit and the primitive tools it wraps, but the documentation explains these relationships.
All tools share the tinkercad_ prefix and almost all use snake_case verb_noun names like open_circuit, add_component, and delete_wire. A couple of names deviate from the strict verb_noun pattern, such as tinkercad_login_status and tinkercad_screenshot, so the consistency is strong but not perfect.
With 17 tools, the set is slightly above the ideal 3-15 range, but every tool maps to a meaningful step in the Cireuits workflow: opening, inspecting, placing, wiring, coding, simulating, and observing. The convenience build_circuit tool adds some redundancy, but it is justified as a higher-level workflow over the primitives.
The tool surface covers the main build/edire/simulate lifecycle well: open, read, add, move, delete, wire, set attributes, write code, run simulation, read serial, and capture screenshots. Notable non-critical gaps include serial input, explicit save/export, undo/redo, and project-level operations like deleting or renaming circuits.