Batteries, USB, and Current Limits
A practical power workshop comparing USB, AA battery packs, power banks, and current limits for safe projects.
Introduces essential concepts and basic hands‑on skills. Ideal for beginners building confidence and starting their learning journey.
A practical power workshop comparing USB, AA battery packs, power banks, and current limits for safe projects.
A hands-on troubleshooting workshop for checking polarity, continuity, voltage, and common wiring faults.
A foundational output workshop using LEDs, RGB signals, and buzzers to make projects communicate clearly.
A safety-first workshop on low-voltage power, polarity, current limits, and classroom power-up checks.
A first-contact Arduino workshop that gets learners from board setup to a working sketch.
A focused workshop on the Arduino IDE workflow, board selection, ports, libraries, examples, and upload errors.
A practical workshop for understanding board pins, breadboard rails, polarity, and safe low-voltage wiring.
Extended lab on embedded programming with additional debugging and peripheral exercises.
Introductory lab covering basic circuit theory, Ohm's law, and common sensors.
Extended Linux course with practical server administration labs.
Core networking course covering TCP/IP, addressing, and routing basics.
Workshop on modern HTML semantics, accessibility, and structure.