Embedded Systems
Design and develop embedded systems with microcontrollers, real-time programming, and hardware interfaces.
Hardware & Embedded
Embedded Systems
Design and develop embedded systems with microcontrollers, real-time programming, and hardware interfaces.
All topics in Hardware & Embedded
30‑day curriculum
Day 1 — What are Embedded Systems?
Applications in real life
Day 2 — Microcontrollers vs Microprocessors
8051, AVR, ARM, PIC, STM32, ESP32, Arduino
Day 3 — Embedded/IoT Foundations I
Variables, data types, operators, loops
Day 4 — Functions, Arrays, Pointers
Functions, arrays, pointers in Embedded C
Day 5 — Digital Electronics Basics
Binary, hex, logic gates, truth tables
Day 6 — Arduino/ESP32 Environment
Arduino IDE, PlatformIO
Day 7 — Mini Project
Blink LED on Arduino
Day 8 — GPIO Programming
Input/output pins
Day 9 — LEDs, Switches, Buzzers
Interfacing LEDs, switches, buzzers
Day 10 — LCD & 7-Segment Display
LCD & 7-segment display interfacing
Day 11 — Sensors
Temperature, IR, ultrasonic with Arduino/ESP32
Day 12 — Timers & Interrupts
Timers & interrupts in microcontrollers
Day 13 — Serial Communication
UART basics
Day 14 — Mini Project
Digital Thermometer with LCD
Day 15 — I2C Communication
I2C communication protocol
Day 16 — SPI Communication
SPI communication protocol
Day 17 — EEPROM Interfacing
EEPROM interfacing & data logging
Day 18 — PWM
Pulse Width Modulation – controlling motors, LEDs
Day 19 — Motor Interfacing
DC motors, Servo motors, Stepper motors interfacing
Day 20 — Wireless Communication
Bluetooth/Wi-Fi using ESP32/HC-05
Day 21 — Mini Project
Smart Home Prototype (Control LED/Fan via Bluetooth/Wi-Fi)
Day 22 — Embedded System Design Flow
From idea → hardware → code → testing
Day 23 — Power Management
Low-power design
Day 24 — Real-Time Operating Systems
RTOS basics (FreeRTOS intro)
Day 25 — Debugging & Testing
Serial monitor, logic analyzer basics
Day 26 — Embedded IoT Basics
Connecting ESP32 to cloud – MQTT/HTTP
Day 27 — Mini Project
IoT Weather Station (ESP32 + sensors + cloud)
Day 28 — Robotics Basics
Robotics basics with Arduino (motor driver + sensors)
Day 29 — Final Project Development
Choose one: Smart Parking System (IR sensors + LCD) / IoT-based Home Automation (ESP32 + Wi-Fi) / Obstacle Avoiding Robot (Ultrasonic + Motors) / Biometric Attendance System (Fingerprint + LCD + EEPROM)
Day 30 — Final Project Presentation
Final Project Presentation + GitHub Upload + Internship Wrap-Up