Structured curriculum · slide by slide

The Electronics & Robotics Bootcamp

Five focused days from "what is voltage" to communication protocols, plus a full PCB design track. Every topic is a clean slide deck — read it, learn it, or screen-record it into a video.

Start Day 1Jump to PCB Design

5-Day Bootcamp

Progressive — each day builds on the last

5 modules
Day 137 slides

Foundations & Components

The big picture and the basics in one go: what robotics is, how electricity behaves, the multimeter and breadboard, AC vs DC, switches, and the resistor–capacitor–inductor trio.

RoboticsElectricity & Ohm’s LawMultimeterBreadboard+3
Beginner≈ 3.5 hrs
Open deck →
Day 226 slides

Logic & Circuits

How loads combine, how computers count in binary, the six logic gates and their truth tables, two-way switching, and the transistor — the switch behind all of it.

Series & parallelNumber systemsBoolean algebraTruth tables+3
Beginner≈ 2.5 hrs
Open deck →
Day 319 slides

Embedded Programming

Pick a board, install the IDE, and learn the anatomy of a sketch: setup(), loop(), pins, the serial monitor, blinking and fading LEDs, reading a potentiometer, plus data types and operators.

Board typesIDE & sketchessetup/loop/pinModeSerial monitor+4
Beginner≈ 3 hrs
Open deck →
Day 441 slides

Sensors & Motors

The big practical day: how sensors turn the world into data (LDR, IR, pull-ups, the line follower), then driving motors — PWM speed, H-bridges, servos, ultrasonic distance, and ESP32 Bluetooth.

Sensors & dividersLDR · IR · line-followerPull-up/downMotors & drivers+3
Intermediate≈ 4.5 hrs
Open deck →
Day 542 slides

Power, Control & Communication

The finishing day, pulling the theory together: power regulators and batteries, multitasking with millis() and PID control, and the three communication protocols — UART, SPI, and I2C — with the OLED and IMU.

Regulators & batteriesRelaysmillis() multitaskingOpen/closed loop · PID+2
Intermediate≈ 5 hrs · theory
Open deck →

PCB Design Track

Take a circuit from breadboard to a real manufactured board

PCB Track22 slides

PCB Design in KiCad

A complete walkthrough of designing a PCB in free, open-source KiCad: schematic capture, footprints, layout & routing, design rules, ground planes, DRC, and exporting Gerbers to order from a fab.

What a PCB isKiCad toolsSchematic captureFootprints & ERC+4
Intermediate≈ 3 hrs
Open deck →
New · Cinematic

How Batteries Charge — CC vs CV & the BMS

A 16-scene, motion-first engineering simulation. See electrons flow, watch the ADC hit threshold, and the charging IC flip CC → CV in real time.

Play simulation →

Built for teaching

Every deck has a Present mode (fullscreen, 16:9) and a built-in speaker script — so you can teach a live class or screen-record each slide straight into a lesson video. Navigate with arrow keys, present with F.

Open the first deck →