EDA Skillpack

@@ -2,7 +2,7 @@  **All skills for all EDA capabilities across the Adom ecosystem.** -This is an ecosystem-wide entry point for EDA skills, combining an index of skills maintained in other packages with shared guidance hosted here. Its scope includes component discovery, symbols, footprints, libraries, schematic and PCB design, routing, simulation and analysis, manufacturing outputs, fabrication, placement, soldering, reflow and inspection—across desktop bridges and Adom web tools, for any AI. The source draft is available now; the installable package is awaiting its reviewed hero. Once published, install with `adom-wiki pkg install adom/eda-engineering`, then read `eda-engineering` and the relevant focused skill.+This is an ecosystem-wide entry point for EDA skills, combining an index of skills maintained in other packages with shared guidance hosted here. Its scope includes component discovery, symbols, footprints, libraries, schematic and PCB design, routing, simulation and analysis, manufacturing outputs, fabrication, placement, soldering, reflow and inspection—across desktop bridges and Adom web tools, for any AI. The source and installable package are available. Install with `adom-wiki pkg install adom/eda-engineering`, then read `eda-engineering` and the relevant focused skill.  The initial skills cover current/load reasoning, routing geometry, thermal pads and vias, copper-ablation retention, thermal-bottleneck rerouting, and assembly planning. It contains AI-neutral Markdown and no CAD application dependency. These are engineering workflows, not automatic board certification or prequalified machine recipes. @@ -25,7 +25,7 @@ The showcase pairs Fusion, Altium and KiCad with Adom’s browser tools: [adom-s  Ask your AI: “Use `eda-visible-routing` from the [EDA Skillpack](https://wiki.adom.inc/adom/eda-engineering) to route my working board copy visibly, with clean bends, electrical priorities, expanded copper pours and thermal bottleneck review. Use my selected EDA bridge for execution and native validation.” -Read the [skill](skills/eda-visible-routing/SKILL.md) directly from the wiki. An installable skillpack release is not yet available; do not rely on a package-install command until a release is published. It supports any AI and delegates tool-specific operations to the appropriate bridge.+Read the [skill](skills/eda-visible-routing/SKILL.md) directly from the wiki. Install with `adom-wiki pkg install adom/eda-engineering`. It supports any AI and delegates tool-specific operations to the appropriate bridge.  ## Independent placement, routing, 3D review and video @@ -46,7 +46,7 @@ The [Codex Astra + KiCad guide](https://wiki.adom.inc/adom/kicad-bridge/files/do  The general lessons are in [eda-multilayer-current-review](skills/eda-multilayer-current-review/SKILL.md), linked from the copper-ablation and pour-measurement skills. They apply to any AI and EDA tool: explicit load terminals, native refilled geometry, conductor connectivity, numerical verification, honest legends and validation of the actual saved revision. These are analysis graphics, not a claim that every bridge has a native X-ray or current-field verb. Device-specific values and unresolved checks remain with the worked example. -Read these skills directly from the source while the EDA Skillpack's installable release awaits its reviewed hero. Adding source guidance does not update already-installed packages or instructions loaded in an existing AI conversation.+Read these skills directly from the source or install the published EDA Skillpack. Adding source guidance does not update already-installed packages or instructions loaded in an existing AI conversation.  ## TI-based layout skills for Claude and Codex