ProGenEDA is an EDA automation platform that turns supported circuit intent into editable native project files. It combines a tool-neutral circuit contract with deterministic exporters and backend-specific validation, so the result is a real engineering artifact—not an image or an unstructured answer.
Circuit request or structured JSON
→ normalize the circuit contract
→ resolve supported components and pins
→ construct the native project
→ validate structure, connectivity, and backend-specific rules
→ release an editable project with its evidence boundary
| Native ecosystem | Project output | Product boundary |
|---|---|---|
| KiCad | .kicad_pro, .kicad_sch, optional .kicad_pcb |
Native schematic generation and bounded two-layer PCB output |
| EasyEDA Pro | .eprj |
Audited native project generation and compact schematic routing |
| LTspice | .asc |
Native schematic generation with physical-wire routing |
| Proteus | .pdsprj |
Supported component placement, bounded terminal attachment, and value editing |
The engineering program also maintains a source-backed Altium path under qualification. ProGenEDA withholds unsupported work rather than substituting approximate native records.
- One circuit contract: component, pin, net, and constraint data stay independent of any individual EDA tool.
- Deterministic native output: code owns final file syntax; AI is used only where human intent needs interpretation.
- Evidence before release: validation checks can cover structure, pins, nets, geometry, clearances, and native-file acceptance where applicable.
- Editable deliverables: engineers receive project files that open in their chosen tools and remain theirs to inspect and continue working on.
ProGenEDA was founded and is led by Muhammad Taha Bin Zaeem, a Computer Engineering student at NUST CEME in Pakistan.
Explore the product at progeneda.app.