From Requirements to Validated Prototypes.
An AI-powered engineering developer tool connecting natural language mechanical specifications, deterministic ASME calculations, 3D CAD concepts, and explainable design recommendations in one auditable, traceable workflow.
“Engineering teams often move between separate requirement documents, spreadsheets, calculations, CAD tools, simulation software, and reports.”
“ProtoForge AI connects these activities into one intelligent, connected, and fully traceable engineering workflow.”
From requirement extraction to certified engineering reports.
Parses unconstrained natural language into structured mechanical parameters (Power, RPM, Safety Factor, Max Diameter).
Calculates torque, von Mises allowable shear stress, and required diameter using auditable equations (T = 9550*P/N).
Evaluates AISI 1045, AISI 4140, 304 Stainless, and 6061-T6 across yield strength, machinability index, and relative cost.
Synthesizes stepped transmission shaft with DIN 6885-A parallel keyway, fillets, and bearing journals in real-time WebGL.
Automated checklist verifies all 4 customer constraints against geometric and structural limits with Margin of Safety.
Bidirectional graph connects customer requirements (R001) to parameters (P001), formulas (C001), CAD (CAD001), and decisions.
Extracts operational boundaries, materials, and envelope limits from natural language with confidence scoring.
Mathematically verifiable formulas (ASME B106.1M & von Mises) executed with exact JS solvers.
Evaluates yield strength, density, machinability index, and relative alloy costs with explainable recommendations.
Generates interactive 3D stepped shafts with DIN 6885-A parallel keyways, stress heatmap overlays, and STEP export.
Automated multi-category checklist calculates margin of safety across power, speed, safety factor, and envelope limits.
Flags unspecified parameters (e.g. shaft span length or overhung bending) and prescribes mitigation actions.
Clear technical justification explaining why a design was chosen without fabricating mathematical calculations.
Node-link lineage graph tying requirements (R001) to parameters (P001), formulas (C001), CAD (CAD001), and sign-offs.
NLP Extraction, ASME deterministic sizing, Three.js 3D CAD, and traceability graph.
Direct OpenCASCADE B-Rep solid kernel & native SolidWorks/Fusion 360 add-in.
Cloud-native finite element meshers & torsional modal fatigue solvers.
CNC turning toolpath verification, supplier quoting APIs, and GD&T generation.
Live vibration/strain telemetry ingestion closing the loop with design models.
«ProtoForge AI doesn't just answer engineering questions. It transforms engineering requirements into a connected, traceable design workflow.»