Course Catalog
Free, open course materials for robotics, electronics, computing, engineering design, and technology ethics.
Introductory
6
Intermediate
3
Advanced
1
Enrichment
1
A self-paced entry course in robotics covering safety, chassis design, circuits, motors, programming, sensing, troubleshooting, documentation, and a beginner autonomous helper-robot capstone.
A self-paced advanced robotics course focused on systems engineering, mechanism trade-offs, modular code, feedback control, multi-sensor integration, autonomous routines, data-driven optimization, and a full intelligent-robot capstone.
A year-long 9–12 engineering studio: safety mastery, engineering notebooks, technical sketching, electronics, gears, and a community-focused capstone with four major design briefs.
Aligned to the Year 1 TESR framework with block-schedule pacing: digital citizenship and cybersecurity, AI/data fairness, platform governance, reverse engineering and technical reporting, and a social-good capstone.
A year-long pathway connecting career readiness, financial decision-making, innovation ethics, and social-impact analysis.
Self-paced enrichment in flight systems, control, sensing, autonomy, and robotics math with a drone-focused lens.
Unified VEX pathway combining EXP (Level 1), V5 (Level 2), and VR (Level 3) tracks. Students develop blocks-first programming, hardware literacy, sensor-driven autonomy, and capstone projects across all three platforms.
Self-paced foundational electronics: circuit fundamentals, Ohm's Law, power, resistive networks, AC circuits, semiconductors, digital logic, microcontroller basics, and safety systems.
Self-paced advanced electronics: precision analog circuits, filters, oscillators, power conversion, data acquisition, signal processing, communications, sensor interfaces, digital systems, embedded integration, PCB design.
Self-paced computer science to cybersecurity pathway centered on programming logic, systems and networking literacy, CIA triad principles, IDS and monitoring, firewalls, risk analysis, and governance without offensive hacking workflows.
Self-paced Python programming: fundamentals and syntax, control flow, functions, data structures, file I/O, OOP, libraries and modules, data analysis, web development, databases, testing, and a capstone application project.
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