Every artifact-producing skill is paired with a confirmation reviewer. Reviewer outputs include a visual dashboard with KPI tiles, charts, and findings tables.

About · Quickstart · The Chain · Skills · Standards · Why

The Robotics Skills Suite is a curated set of 38 builder + 38 matching reviewer skills that automate every structured xlsx deliverable in the modern industrial-robotics lifecycle — from ISO 12100 risk assessment through ISO 13849-1 PLr / IEC 62061 SIL determination, ISO 10218-2:2025 / ANSI R15.06 compliance matrices, ISO/TS 15066 cobot biomechanics, ISO 3691-4 AMR risk, OSHA 1910.147 LOTO, ROS2 architecture artifacts, ISO 9283 performance verification, FAT/SAT acceptance protocols, AI/ML governance (datasheets, model cards), and IEC 62443 industrial cybersecurity.

Every builder produces a multi-tab audit-ready xlsx workbook. Every reviewer produces a confirmation-measures checklist over that workbook with a visual dashboard. Skills hand off via stable xlsx contracts — change a number in the upstream Risk Assessment and every downstream skill in the chain (PLr → Compliance Matrix → Declaration of Conformity) consumes the new value automatically.

This is the natural counterpart to the automotive-skills-suite (152 skills, ISO 26262 / ISO/SAE 21434 / IATF 16949 / ASPICE / AUTOSAR / V&V). Together they cover the two largest standards-driven engineering verticals.

• Robot integrators producing ISO 10218-2 / ANSI R15.06 compliance documentation for every cell delivery
• OEM machine builders generating CE marking / ANSI safety files at scale
• Cobot deployers running ISO/TS 15066 biomechanical validation, SSM, and PFL plans
• AMR / AGV operators executing ISO 3691-4 risk assessments and fleet manager architectures
• ROS2 development teams producing system architecture, URDF, behavior tree, Nav2, and TF spec documents
• OT cybersecurity teams running IEC 62443-3-2 risk assessments and zone & conduit segmentation
• AI/ML in robotics teams producing datasheets for datasets, model cards, and perception test catalogs

The suite covers six classes of robots — 6-axis industrial arms, collaborative robots, SCARA, driverless industrial trucks, autonomous mobile robots, plus Cartesian gantries and a placeholder lane for UAS that ships in v2. Each class maps to a specific cluster of skills.

The six core safeguarding patterns every integrator needs to document — Speed and Separation Monitoring, Power and Force Limiting, E-stop and dual-channel safety architecture, light curtains and presence sensing, lockout/tagout, and IEC 62443 zone & conduit segmentation. Each is the subject of a builder + reviewer pair (most have several).

A curated set of 38 builder skills + 38 matching confirmation reviewer skills that automate the structured xlsx deliverables required across industrial robotics and AMR engineering:

• Machinery safety (ISO 12100 risk → ISO 13849-1 PLr / IEC 62061 SIL → compliance matrix → DoC)
• Industrial + collaborative robots (ISO 10218-1/-2:2025, ISO/TS 15066 cobot biomechanics, SSM, PFL, hand-guiding)
• Autonomous mobile robots (ISO 3691-4, ANSI/RIA R15.08, fleet manager architecture, wireless coexistence)
• Cell design (cell layout, EOAT, safety I/O matrix, E-stop architecture)
• Operations (SOP, LOTO per OSHA 1910.147, operator training matrix)
• ROS2 software architecture (system architecture, URDF, behavior trees, Nav2, TF tree)
• V&V (ISO 9283 performance, FAT/SAT acceptance, HIL test catalog, field acceptance)
• AI/ML governance (datasheets for datasets, model cards, perception test catalog)
• Industrial cybersecurity (IEC 62443 risk assessment, OT asset inventory, zone & conduit plan)

Each skill is an installable .skill file. Like the automotive suite, the chain is the moat — every downstream skill consumes the upstream skill's xlsx output as a stable file-format contract.

1. Download a .skill file from skills/ (or grab robotics-skills-suite-bundle-76.zip for all 76)
2. Click "Save skill" in Cowork / Claude Desktop to install
3. Trigger by phrasing — every skill declares its triggering description in its frontmatter

Example: install ISO 12100 risk assessment, then ask Claude
"Run an ISO 12100 risk assessment on a new cobot palletizing cell"

ISO 12100 Risk Assessment → Machinery Safety Lifecycle Plan → Robot Cell Scope
                                       ↓
                ISO 13849-1 PLr / IEC 62061 SIL determination
                                       ↓
                ISO 10218-1/2 (or ANSI R15.06) Compliance Matrix
                                       ↓
                              Declaration of Conformity (CE)

Cobot lane:
ISO/TS 15066 Biomechanical Limits → SSM Plan / PFL Plan / Hand-Guiding

AMR lane:
ISO 3691-4 Risk Assessment → Operating Envelope → Fleet Manager Architecture
                                                  → Wireless Coexistence Plan

Cell + Operational lane:
Cell Layout → EOAT Spec → Safety I/O Matrix → Interlock + E-Stop Architecture
                                                  → SOP → LOTO → Operator Training

ROS2 lane:
ROS2 System Architecture → URDF Spec → Behavior Tree Spec → Nav2 Config → TF Tree

V&V lane:
ISO 9283 Performance → Acceptance Protocol (FAT/SAT) → HIL Catalog → Field Acceptance

AI/ML governance:
Dataset Documentation → Model Card → Perception Test Catalog

Cybersecurity:
IEC 62443 Risk Assessment → OT Asset Inventory → Zone & Conduit Plan

Every box has a builder skill AND a matching reviewer skill.

ISO 12100:2010 · ISO 13849-1:2023 · IEC 62061:2021 · ISO 10218-1/-2:2025 · ISO/TS 15066:2016 · ISO 3691-4:2020 · ANSI/RIA R15.06-2012 R2017 · ANSI/RIA R15.08-1/-2/-3 · ISO 9283:1998 · OSHA 1910.147 · OSHA 1910.212 · EU Machinery Directive 2006/42/EC · EU Machinery Regulation 2023/1230 · IEC 62443 series · IEC 61508 · REP 105 / REP 103 · ROS 2 Humble / Iron / Jazzy · Mitchell et al. Model Cards · Gebru et al. Datasheets for Datasets · ISO/IEC 5469 (AI in safety systems) · VDA 5050

Every robot integration project ships an avalanche of structured deliverables — most teams maintain them in xlsx, painstakingly hand-edited, with low audit-trail consistency. This suite turns each phase into a builder + reviewer pair where:

• The builder produces the structured xlsx output from a JSON input plus the upstream artifact
• The reviewer runs a confirmation-measures checklist on the builder's output and produces a visual dashboard with KPIs, charts, and findings

The chain compounds because phases hand off via stable xlsx contracts. A change upstream (Risk Assessment) automatically propagates to every downstream skill that consumes it (PLr → Compliance Matrix → DoC).

• All builder outputs use NAVY/Calibri styling with PLr/SIL color coding
• All reviewer outputs include visual dashboards (KPI tiles, pie chart, compliance bar, stacked rating breakdown by section, findings table)
• Reviewers never modify source artifacts — gaps land in Recommended Actions
• Every builder is paired with a reviewer for confirmation-measures compliance

robotics-skills-suite/
├── skills/                              # 76 .skill bundles, install individually
├── robotics-skills-suite-bundle-76.zip  # All 76 skills in one download
├── README.md
└── LICENSE

The Automotive Skills Suite covers ISO 26262, ISO/SAE 21434, ISO 21448, AIAG-VDA, ASPICE, AUTOSAR, diagnostics, calibration, MBSE, SysML, and V&V — 152 skills in the same builder + reviewer pattern.

MIT — see LICENSE file.