What you'll be able to do
- Read circuits and program microcontrollers in embedded C
- Interface sensors, motors, and displays with Arduino
- Assemble and program a working robot
- Connect devices to the cloud with ESP32, Wi-Fi, and MQTT
- Build a complete IoT device with a live dashboard as your capstone
Before you start
- No electronics background needed — the course starts from fundamentals
- A laptop that can run the Arduino IDE
- Willingness to practice daily through the cohort
Tools & technologies
ElectronicsEmbedded CArduinoSensorsMotorsESP32Wi-FiMQTTIoT DashboardsRobotics
How you'll learn
AI-nativeYou build with AI tools from the first session — the way working engineers do.
Hands-onMost of every session is you writing code, with mentors reviewing your work.
Project-orientedYou finish with portfolio projects you built — not a certificate for watching videos.
Open by defaultThe course repo is public — everything you'll build is visible before you enroll.
This course's public GitHub repo is shared when the next cohort opens —ask us for a preview and we'll send you the link.
The certificate you'll earn
- Issued on program completion, with your name, course and grade.
- Carries a unique certificate ID and QR code.
- Anyone can confirm it in seconds on ourcertificate verification page — recruiters included.
A hands-on course where every concept ends as a working circuit. You start with electronics fundamentals and C programming for microcontrollers, then build up through Arduino — reading sensors, driving motors and displays, and assembling a working robot. From there you go connected: the ESP32, Wi-Fi, MQTT, and a live IoT dashboard, finishing with a capstone device that senses, decides, and reports to the cloud. You leave with hardware you built and the skills to design your own.
Upcoming cohorts
New cohort dates are announced regularly — send an enquiry and we'll reserve you a seat in the next one.