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Embedded Systems & IoT

Er Yogendra Singh Rajput December 13, 2025
Summer Training - Embedded Systems & IoT
Firmware & IoT Development

Program The
HARDWARE

Dive into the world of Microcontrollers. Learn Embedded C, ARM Cortex, RTOS, and build smart IoT devices. 120+ Core Topics.

ARM

Cortex M4

IoT

Connectivity

RTOS

Real-Time

ATmega328
main.c Running...
Embedded Curriculum

Detailed Topic Breakdown

From bare-metal programming in C to advanced RTOS and Cloud IoT integration.

Module 1

Foundation & C

Mastering Embedded C and understanding Digital Electronics basics.

Week 1 (Day 1-7)

Part A: Embedded C

  • Introduction to Embedded Systems
  • C vs Embedded C
  • Data Types & Qualifiers (volatile, const)
  • Bitwise Operators (SET, CLEAR, TOGGLE)
  • Pointers & Arrays in Depth
  • Structure & Union for Registers
  • Preprocessor Directives
  • Memory Layout (Text, Data, BSS, Stack)
  • Startup Code Analysis
  • Makefiles & Compilation Process

Part B: Digital Electronics

  • Binary, Hex, Decimal Conversions
  • Logic Gates & Boolean Algebra
  • Flip-Flops & Latches
  • Registers & Counters
  • Pull-up & Pull-down Resistors
  • Switch Bouncing & Debouncing
  • ADC & DAC Concepts
  • Transistors as Switches (BJT/MOSFET)
  • Op-Amp Basics
  • Circuit Simulation (Proteus/Tinkercad)
Module 2

AVR Architecture

Deep dive into ATmega328/Arduino architecture and peripheral programming.

Week 2 (Day 8-14)

Part A: GPIO & Interrupts

  • AVR Architecture (Harvard vs Von Neumann)
  • Register File & Status Register
  • GPIO Programming (DDR, PORT, PIN)
  • Interfacing LEDs & 7-Segment
  • Interfacing 16x2 LCD
  • Keypad Matrix Scanning
  • Interrupts (Internal vs External)
  • Interrupt Vector Table
  • ISR (Interrupt Service Routines)
  • Watchdog Timer

Part B: Timers & ADC

  • Timer/Counter Architecture (8-bit/16-bit)
  • Timer Modes (Normal, CTC, PWM)
  • Generating Delays using Timers
  • Pulse Width Modulation (PWM)
  • DC Motor Speed Control
  • Servo Motor Control
  • ADC (Analog to Digital) Configuration
  • Reading Sensors (LM35, LDR)
  • EEPROM Data Storage
  • Sleep Modes & Power Saving
Module 3

ARM & Protocols

Moving to 32-bit processors and mastering communication protocols.

Week 3 (Day 15-21)

Part A: ARM Cortex M

  • ARM Cortex Architecture Overview
  • RISC vs CISC
  • STM32 / LPC2148 Introduction
  • CMSIS (Cortex Microcontroller Software Interface Standard)
  • GPIO in ARM (MODER, ODR, IDR)
  • SysTick Timer Programming
  • NVIC (Nested Vector Interrupt Controller)
  • Clock Tree Configuration (RCC)
  • Direct Memory Access (DMA)
  • Bootloader Basics

Part B: Comm Protocols

  • UART (Universal Asynchronous Receiver Transmitter)
  • Serial Communication (Baud Rate, Parity)
  • SPI (Serial Peripheral Interface)
  • I2C (Inter-Integrated Circuit)
  • CAN Bus Introduction (Automotive)
  • Interfacing RTC (DS3231) via I2C
  • Interfacing SD Card via SPI
  • Bluetooth Module (HC-05) Interfacing
  • GSM Module (SIM900A) Interfacing
  • RFID Reader Integration
Module 4

RTOS & IoT

Real-Time Operating Systems and Internet of Things projects.

Week 4 (Day 22-28)

Part A: FreeRTOS

  • OS vs RTOS
  • Task Management (Creation, Deletion)
  • Task Scheduling (Preemptive vs Cooperative)
  • Context Switching
  • Semaphores (Binary, Counting)
  • Mutexes (Priority Inversion)
  • Message Queues
  • Software Timers
  • Event Groups
  • Porting FreeRTOS to Arduino/STM32

Part B: IoT & Projects

  • IoT Architecture (Node, Gateway, Cloud)
  • ESP8266 / ESP32 WiFi Modules
  • AT Commands
  • HTTP vs MQTT Protocol
  • Cloud Platforms (Thingspeak/Blynk/AWS IoT)
  • Sending Sensor Data to Cloud
  • Controlling Appliances via Web
  • Project: Smart Home Automation
  • Project: Vehicle Tracking System
  • Project: Weather Station

Download Certification Resources

Access the complete 30+ page Project Report, Circuit Diagrams, and Source Code.

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