D24
GrowthBeginner to Pro10 weeks
Microcontrollers, IoT & Embedded Systems
Build real hardware projects — from blinking an LED to internet-connected sensors — programming microcontrollers like Arduino and ESP32, and connecting them to the cloud.
What you'll learn
Microcontroller fundamentals (Arduino, ESP32)
Reading sensors and controlling actuators
Wi-Fi connectivity and cloud data logging for IoT
Basic embedded C/C++ programming
Course details
Duration
10 weeks
Best for
Beginners interested in hardware, robotics, or IoT product development
On completion
Verified certificate & placement assistance
Choose how you learn
Course Curriculum
A module-by-module breakdown of what you'll cover in Microcontrollers, IoT & Embedded Systems.
01
Getting Started & Environment Setup
Weeks 1–2- Getting an Arduino Uno or ESP32 dev board
- Installing the Arduino IDE
- Installing board drivers and selecting the correct port
- Uploading your first "blink" sketch
02
Microcontroller & Electronics Fundamentals
Weeks 3–4- Digital vs. analog I/O
- Basic circuits: resistors, LEDs, breadboards
- Reading a sensor (e.g. temperature or light)
- Controlling a motor or relay
03
Embedded Programming
Weeks 5–6- C/C++ basics for microcontrollers
- Interrupts and timers
- Serial communication for debugging
- Power management basics
04
Wi-Fi Connectivity & IoT
Weeks 7–8- Connecting an ESP32 to Wi-Fi
- Sending sensor data to a cloud endpoint (HTTP/MQTT)
- Basic IoT dashboard (e.g. Blynk or a simple web dashboard)
- Security basics for IoT devices
05
Real Hardware Projects
Weeks 9–10- Building a sensor-based automation project
- Remote monitoring dashboard for a real sensor
- Debugging common hardware/software issues
- Preparing a project for demonstration
Tools & Technologies
Hands-on practice with the same tools used by working professionals.
ArdArduino
ESPESP32
ArdArduino IDE
C/CC/C++
MQTMQTT
BreBreadboard & sensors
Hands-on Projects
This is project-based learning — you'll build real, portfolio-ready work as you go, not just watch lectures.
Temperature/humidity monitor with live readings
Wi-Fi connected sensor logging data to the cloud
Motion-triggered automation project (e.g. smart light)
Remote-monitoring IoT dashboard for a real sensor
Every course includes a guided internship on top of your project work — so you graduate with real experience, not just a certificate.
Communication & Soft Skills
Built into every course, alongside the technical curriculum.
Communication Skills
Practice explaining technical work clearly to teammates, managers, and clients.
Practical AI Skills
Hands-on training in using AI tools well — prompting, everyday workflows, and where AI actually helps versus where it doesn't.
Teamwork & Collaboration
Work in small project teams using real workflows like stand-ups and code reviews.
Problem Solving
Build the habit of breaking down ambiguous problems into clear, solvable steps.
Time Management
Learn to plan, prioritize, and deliver project work against realistic deadlines.
Presentation Skills
Present your project work and results with confidence, as you would to a client.
Resume & Profile Building
Build a strong resume, LinkedIn profile, and project portfolio that recruiters notice.
Interview Preparation
Mock interviews and portfolio reviews to get you ready for real job applications.
Frequently Asked Questions
What will I learn in the Microcontrollers, IoT & Embedded Systems course?
You'll learn: Microcontroller fundamentals (Arduino, ESP32); Reading sensors and controlling actuators; Wi-Fi connectivity and cloud data logging for IoT; Basic embedded C/C++ programming.
What tools and technologies does the Microcontrollers, IoT & Embedded Systems course cover?
This course covers: Arduino, ESP32, Arduino IDE, C/C++, MQTT, Breadboard & sensors.
Is the Microcontrollers, IoT & Embedded Systems course beginner-friendly?
Yes — this is a beginner-level course, and every course (including this one) starts with a "Getting Started & Environment Setup" module covering tool installation before the real curriculum begins.
How long does the Microcontrollers, IoT & Embedded Systems course take to complete?
The course is designed to be completed in approximately 10 weeks, depending on your pace.
What enrollment options are available for Microcontrollers, IoT & Embedded Systems?
Live Class (₹4,999) — Instructor-led live cohort with doubt-clearing sessions — includes both the course and internship certificates. Recorded Batch (₹2,999) — Full recordings of a completed live batch — includes both the course and internship certificates. Internship (₹2,499) — Work on 4 real projects with our team and earn an internship certificate (course certificate not included). Self-Paced (₹1,999) — Learn anytime with the full recorded curriculum and community access.
Is there an internship option for Microcontrollers, IoT & Embedded Systems?
Yes — enrolling in the Internship track (or the Live/Recorded tracks, which include it) means working through 4 real projects with our team and earning a separate Internship Certificate, in addition to the course completion certificate for Live/Recorded enrollments.
Will I get a certificate after completing Microcontrollers, IoT & Embedded Systems?
Yes. Self-paced enrollment earns a course completion certificate once your final project is reviewed and approved. Internship enrollment earns an internship certificate once all 4 internship projects are approved. Live and Recorded enrollments earn both. Every certificate is publicly verifiable on our website and can be added directly to your LinkedIn profile.
What kind of projects will I build in Microcontrollers, IoT & Embedded Systems?
You'll work on real projects such as: Temperature/humidity monitor with live readings; Wi-Fi connected sensor logging data to the cloud; Motion-triggered automation project (e.g. smart light); Remote-monitoring IoT dashboard for a real sensor.
