How do I install the Build Robotics AI skill?

Run npx skillmds@latest add hiteshbandhu/build-robotics-ai in your terminal (requires Node.js), paste this page's agent-chat prompt into Claude, Cursor, or any MCP-connected agent, or download the SKILL.md file and copy it into your agent's skills directory.

Is Build Robotics AI safe to use?

This skill has not completed SkillMD's automated safety review yet. SkillMD never runs a skill's scripts for you; review the SKILL.md before installing.

Which AI agents work with Build Robotics AI?

This skill is tagged as working with Claude Code, Claude.ai, OpenAI Codex. SKILL.md is an open format, so most agents that read a skills directory can load it too.

Is Build Robotics AI free to use?

Yes. Installing skills from SkillMD is free, and the skill stays under its author's original license.

Who published Build Robotics AI?

hiteshbandhu (@hiteshbandhu) published this skill. Their other Agent Skills are listed on their SkillMD profile.

Build Robotics AI by hiteshbandhu — Agent Skill

Name: Build Robotics AI
Author: hiteshbandhu

Build Robotics AI

Runs workflows for robotics/autonomy talks — lab co-scientist loops, Optimus systems latency, kitchen supervised autonomy, Waymo EMMA, GR00T N1 humanoid FM, open $9k humanoids. Use when the user builds robots, humanoids, AV planning, or lab automation agents.

hiteshbandhu Updated Sep 17, 2026

File contents

Build robotics AI systems

Action playbook from six AI Engineer / World's Fair talks. Do not summarize talks — pick a workflow and execute it.

Supporting files (read when needed):

workflows.md — workflows A–F (steps, deliverables, stop conditions)
source-index.md — src-NNN → talk learnings in ingest-into-skills

Optional: {SKILL_OUTPUT_DIR}/build-robotics-ai/

Step 0 — Pick workflow

Use the decision tree below. Open the matching section in workflows.md.

What is the user trying to do?
├─ Closed-loop lab / co-scientist agent                  → A
├─ Humanoid systems performance (latency/data)         → B
├─ Commercial kitchen/service robotics                 → C
├─ AV + VLM planning (Waymo EMMA)                      → D
├─ Adopt humanoid foundation model (GR00T)             → E
└─ Ship affordable open humanoid platform              → F

Stop summarizing once a workflow is identified — run its checklist.

Install

cp -r skills/build-robotics-ai ~/.claude/skills/
cp -r skills/build-robotics-ai ~/.cursor/skills/
cp -r skills/build-robotics-ai ~/.codex/skills/

From skills-i-use or ingest-into-skills (playlists/robotics-autonomy-ai-engineer/).

Cross-cutting rules

Rule	Source
Profile end-to-end control latency	[src-002 @ 7:11]
Sim/real eval before planner changes	[src-004 @ 14:16]
Teleop safety before full autonomy	[src-006 @ 10:29]

Disputed steps: see source-index.md. Name workflow A–F; save artifacts to ./skill-outputs/build-robotics-ai/ when requested; do not auto-commit.

Invocation examples

@build-robotics-ai humanoid data pipeline architecture
lab agent with live sensors

---name: build-robotics-aidescription: Runs workflows for robotics/autonomy talks — lab co-scientist loops, Optimus systems latency, kitchen supervised autonomy, Waymo EMMA, GR00T N1 humanoid FM, open $9k humanoids. Use when the user builds robots, humanoids, AV planning, or lab automation agents.---# Build robotics AI systemsAction playbook from six AI Engineer / World's Fair talks. **Do not summarize talks** — pick a workflow and execute it.**Supporting files** (read when needed):- [workflows.md](workflows.md) — workflows A–F (steps, deliverables, stop conditions)- [source-index.md](source-index.md) — src-NNN → talk learnings in ingest-into-skillsOptional: `{SKILL_OUTPUT_DIR}/build-robotics-ai/`---## Step 0 — Pick workflowUse the decision tree below. Open the matching section in [workflows.md](workflows.md).```What is the user trying to do?├─ Closed-loop lab / co-scientist agent → A├─ Humanoid systems performance (latency/data) → B├─ Commercial kitchen/service robotics → C├─ AV + VLM planning (Waymo EMMA) → D├─ Adopt humanoid foundation model (GR00T) → E└─ Ship affordable open humanoid platform → F```**Stop summarizing** once a workflow is identified — run its checklist.---## Install```bashcp -r skills/build-robotics-ai ~/.claude/skills/cp -r skills/build-robotics-ai ~/.cursor/skills/cp -r skills/build-robotics-ai ~/.codex/skills/```From [skills-i-use](https://github.com/hiteshbandhu/skills-i-use) or ingest-into-skills (`playlists/robotics-autonomy-ai-engineer/`).---## Cross-cutting rules| Rule | Source ||------|--------|| Profile end-to-end control latency | [src-002 @ 7:11] || Sim/real eval before planner changes | [src-004 @ 14:16] || Teleop safety before full autonomy | [src-006 @ 10:29] |Disputed steps: see [source-index.md](source-index.md). Name workflow A–F; save artifacts to `./skill-outputs/build-robotics-ai/` when requested; do not auto-commit.---## Invocation examples```@build-robotics-ai humanoid data pipeline architecturelab agent with live sensors```

Frequently asked questions