Embedded Systems & IoT

Program microcontrollers (Arduino/ESP32), interface with sensors, and build internet-connected hardware devices.

Duration

4 - 6 Weeks

Location

Lucknow (Offline)

Credential

Verified Certificate

Mastering

C/C++

Arduino

Raspberry Pi

Check Eligibility

Drop your details to get the full syllabus PDF and batch timings.

Check Eligibility

Drop your details to get the full syllabus PDF and batch timings.

Learning Path

A structured, week-by-week sprint from beginner to industry-ready.

Module 1: Microcontroller Fundamentals

Introduction to Embedded Systems
Arduino Architecture
Digital and Analog I/O

Module 2: Sensors & Actuators

Interfacing Temperature, Motion, and Light sensors
Controlling Motors (Servo/Stepper)
Displaying data on LCDs/OLEDs

Module 3: Communication Protocols

UART / Serial Communication
I2C and SPI Protocols
Bluetooth (HC-05) interfacing

Module 4: Internet of Things (IoT)

Introduction to ESP8266/ESP32
Connecting to Wi-Fi
MQTT Protocol for IoT
Sending Data to Cloud (ThingSpeak/Blynk)

Module 5: Capstone Project

Designing the IoT System Architecture
Hardware Assembly and Soldering basics
Final Software Integration and Testing

Final Deliverable

Capstone Project

Smart Home Automation System with Cloud Dashboard integration.

Flexibility: Ranging from guided minor projects to custom applications depending on student innovation. Build it from scratch, push it to GitHub, and deploy it live.

Prerequisites

Basic knowledge of electronics and simple programming logic.

Out of Scope

Advanced PCB Design, VHDL/Verilog.

Frequently Asked Questions

Everything you need to know about the Embedded Systems & IoT track.

Do I need to buy hardware kits?

We provide all necessary hardware components (Arduinos, sensors, ESP boards) during the lab sessions for you to practice on.