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2-MONTH INTERNSHIP PROGRAM

FOR EEE STUDENTS

LEARN · BUILD · INNOVATE · SUCCEED

Build practical, industry-oriented skills through hands-on training and real-time IoT & Embedded Systems projects.

2
Months
30
Sessions
4
Real-Time Projects
100%
Hands-on Training
Hands-on Training Real-Time Projects Industry Ready
Apply for Internship View Sessions

Embedded Systems

Fundamentals of microcontrollers and embedded programming

IoT Projects

Build real-time IoT applications with ESP32 and sensors

Industry Focused

Practical skills that companies are looking for

Hands-on Training

Learn by building real-world projects

Internship Sessions

30 comprehensive sessions covering Embedded Systems, Arduino, Sensors, Communication Protocols, ESP32, IoT, and Industry Projects

Session 1

Introduction to Embedded Systems

What is an Embedded System, Real-time systems, Architecture, Examples in appliances, automobiles, EVs, industrial automation, medical devices, IoT

🔧 Hands-on: Identify embedded systems in real-world products
Session 2

Microcontroller Fundamentals

Microprocessor vs Microcontroller, Architecture, CPU, ALU, Registers, RAM, ROM, Flash, EEPROM, GPIO, ADC, DAC, Timers, Interrupts, 8/16/32-bit MCUs

🔧 Hands-on: Arduino UNO board architecture and pin identification
Session 3

Arduino UNO & Development Environment

Arduino UNO overview, ATmega328P, Digital/Analog/PWM/UART/I2C/SPI pins, IDE installation, setup(), loop(), compilation, upload, Serial Monitor

🔧 Hands-on: First LED blinking program
Session 4

Embedded C Programming Fundamentals

Variables, Constants, Data types, Operators (arithmetic, relational, logical, bitwise), If-else, Switch-case, Loops (for, while, do-while), Functions

🔧 Hands-on: Create different LED blinking patterns
Session 5

Digital Input and Output

Digital signals, GPIO concepts, Input/Output mode, pinMode(), digitalWrite(), digitalRead(), Push button, Pull-up/down resistors, Switch debouncing

🔧 Hands-on: Push-button-controlled LED system
Session 6

Analog Signals and ADC

Analog vs Digital, ADC, Resolution (8/10/12-bit), Reference voltage, analogRead(), Potentiometer, LDR interfacing, Sensor calibration

🔧 Hands-on: Read potentiometer and LDR values through ADC
Session 7

PWM and Output Control

PWM waveform, Frequency, Duty cycle, LED brightness control, Motor speed control, Servo control basics

🔧 Hands-on: Control LED brightness using PWM
Session 8

Serial Communication and Debugging

UART basics, TX/RX, Baud rate, Serial.begin(), Serial.print(), Serial.println(), Serial Monitor, Debugging

🔧 Hands-on: Real-time sensor data monitoring on Serial Monitor
Session 9

Temperature Sensors

LM35, DS18B20, ADC-to-temperature conversion, Celsius/Fahrenheit, Sensor calibration, Threshold-based control

🔧 Hands-on: Temperature monitoring and automatic fan control system
Session 10

IR and Ultrasonic Sensors

IR sensor, Object/Obstacle detection, Ultrasonic sensor (HC-SR04), Trigger/Echo pins, Time-of-flight principle, Distance calculation

🔧 Hands-on: Build an obstacle and distance detection system
Session 11

Environmental Sensors

LDR, Soil moisture, Rain sensor, DHT11 temperature and humidity, Sensor threshold setting and calibration

🔧 Hands-on: Smart irrigation sensor monitoring system
Session 12

Safety and Motion Sensors

MQ gas sensor (Smoke, LPG, Air-quality), PIR motion sensor, Vibration sensor, Threshold-based alarms, Buzzer interfacing

🔧 Hands-on: Smart gas, smoke and motion safety alarm
Session 13

Relay and Load Control

Electromagnetic relay, COM/NO/NC, Relay modules, Electrical isolation, Flyback diode, 5V relay, AC vs DC loads

🔧 Hands-on: Control a DC load using Arduino and relay
Session 14

DC Motors and Motor Drivers

DC motor working, Direction and speed control, H-Bridge, L298N motor driver, IN1/IN2, Enable pins, PWM speed control

🔧 Hands-on: DC motor speed and direction control
Session 15

Servo Motor Interfacing

Servo motor working, Control signal, PWM pulses, Angular positions (0°, 90°, 180°), Servo library, Applications

🔧 Hands-on: Automatic smart gate system
Session 16

LCD and OLED Displays

16×2 LCD, Parallel and I2C LCD, OLED display, Displaying text and sensor readings, Custom characters

🔧 Hands-on: Display live temperature and sensor values
Session 17

UART Communication Protocol

Synchronous vs Asynchronous, UART architecture, Baud rate, Start/Data/Parity/Stop bits, Full duplex, Applications

🔧 Hands-on: Serial communication between two embedded devices
Session 18

I2C Communication Protocol

Two-wire communication, SDA/SCL, Master/Slave, Device address, Start/Stop conditions, ACK/NACK, Pull-up resistors

🔧 Hands-on: Interface an OLED display or I2C sensor
Session 19

SPI Communication Protocol

Synchronous communication, MOSI/MISO/SCLK/Chip Select, Full-duplex, Multiple slaves, UART vs I2C vs SPI comparison

🔧 Hands-on: SPI device communication demonstration
Session 20

Introduction to ESP32

ESP32 architecture, Dual-core, GPIO, ADC, DAC, PWM, Timers, Interrupts, Wi-Fi, Bluetooth, ESP32 vs Arduino UNO

🔧 Hands-on: ESP32 LED blinking and GPIO programming
Session 21

ESP32 Wi-Fi Connectivity

Wi-Fi fundamentals, SSID, Password, IP address, Station/AP mode, Connecting to Wi-Fi, Reconnection techniques

🔧 Hands-on: Connect ESP32 to Wi-Fi and display its IP address
Session 22

IoT Architecture and Fundamentals

IoT device, Sensors, Actuators, Edge devices, Gateway, Network, Cloud, Dashboard, Device/Communication/Processing/Application layers

🔧 Hands-on: Design a Sensor → ESP32 → Wi-Fi → Dashboard architecture
Session 23

ESP32 Local Web Server

Web server, Client-Server architecture, HTTP, GET/POST, HTML fundamentals, Control buttons, Reading GPIO states

🔧 Hands-on: Control an LED or relay from a mobile browser
Session 24

Real-Time IoT Dashboard

Dashboard concept, Sensor data acquisition, HTML/CSS/JavaScript, AJAX, Auto-refresh, Gauges, Charts, Status indicators

🔧 Hands-on: Build a live temperature or energy-monitoring dashboard
Session 25

MQTT and Cloud IoT Basics

MQTT broker, Publisher/Subscriber, Topic, Message, QoS levels, Retained messages, Cloud IoT basics

🔧 Hands-on: Publish and monitor real-time sensor data
Sessions 26–30

Industry Projects & Final Demonstration

Smart Energy Meter, Prepaid Energy Meter, EV Charging Station Load Manager, Smart Street Light System

🔧 Hands-on: Hardware integration, Firmware development, IoT dashboard, Testing, Project documentation, Final presentation, Technical viva

Hands-on Projects You Will Build

Build practical, industry-oriented skills through hands-on training and real-time IoT & Embedded Systems projects

1. Smart Energy Meter

  • IoT based energy monitoring system
  • Real-time Voltage, Current, Power & Energy Monitoring
  • IoT Based Monitoring System

2. Prepaid Energy Meter

  • Token based prepaid meter with IoT
  • Prepaid Energy System
  • Token Based Smart Meter

3. EV Charging Station Load Manager

  • Smart load balancing & current monitoring
  • Load Balancing for Multiple EVs
  • Overload Protection

4. Smart Street Light System

  • LDR Based Auto ON/OFF
  • Brightness Control (Dimming)
  • Energy Efficient Lighting

What You Will Learn

Comprehensive training covering everything from fundamentals to real-world applications

Embedded Systems Fundamentals

Microcontrollers, sensors, and actuators

ESP32 Programming

Wi-Fi, GPIO, ADC, PWM, and more

IoT Projects & Applications

Real-time monitoring and control systems

Sensors & Actuators

Current, voltage, temperature, LDR, and relays

Real-Time Monitoring & Control

Dashboards, data visualization, and automation

Power Electronics Basics

Load management, protection, and efficiency

Hands-on Project Development

Complete project lifecycle from design to deployment

Program Fee
₹ 4,000
Inclusive of training, materials, and certificate

📌 Send me a message on WhatsApp if you are interested

📞 95059 73075

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