From high school project to humanoid system designer
Imagine a motivated high school senior: they do not need every answer today — they need a map. This roadmap connects hardware modules, software, design, industry, and ownership so that over months or years they can credibly approach integrated arms + locomotion + deployment — whether for a science fair, university lab, or startup pilot.
Learning outcomes
- Sequence milestones from first motion to integration projects without skipping safety.
- Pair hardware chapters with Getting Started for ML vocabulary.
- Use the Forum for accountability and peer review.
Learn
Roadmap: foundations → platforms → teleop → humanoids.
Practice
Pick one milestone; schedule 2 weeks with a tangible artifact.
Challenge
Public learning log or Forum thread — link your milestone artifacts.
Facilitation: Independent learners: use Student path for ordering; clubs align with Educators.
Self-check
Am I ready for humanoids?
After you have solid logging, teleop discipline, and systems literacy from SO-101–Communication.
What counts as a milestone artifact?
Video, plot, or repo tag — something others can inspect.
STEM alignment: lifelong learning habits, self-directed projects, peer review.
Milestones (not a single semester)
- Foundations: safe motion, logging, and a mental model of joints — SO-101, hands, how systems talk.
- Software fluency: sim + drivers + data — Software stack & tools, Getting Started articles.
- Integration design: choosing actuators, frames, power budgets — Mechanical & system design.
- Human-scale platforms: G1, H1, morphology tradeoffs.
- Industry lens: where robots pay rent — Industry applications, SVRC industries.
- Ownership: if you or your team buys hardware — Care, maintenance & buyers plus Repair & Maintenance.
Reality check: A custom humanoid is a multi-year systems program. This site helps you stack skills in the right order — and use SVRC as a physical anchor (Palo Alto) when you are ready for hardware, data, or support. Between modules, use the SVRC Forum for build logs, questions, and feedback from other builders on the same path.
Capstone ideas (examples)
- Teleoperated arm + glove stack with logged episodes for imitation learning.
- Quadruped or humanoid “task rehearsal” in sim, then constrained real runs.
- Vertical slice for one industry workflow (e.g., inspection, material handling) with KPIs.