Course Overview
Dive deep into the world of embedded systems with comprehensive microcontroller programming training. This course covers popular microcontroller families including 8051, AVR (Arduino), and ARM processors. You'll learn hardware interfacing, sensor integration, real-time systems, and embedded C programming.
Through hands-on lab sessions and practical projects, you'll build real-world embedded applications. This course is perfect for those wanting to enter the IoT and embedded systems industry.
What You'll Learn
8051 & AVR
Architecture and programming fundamentals
Hardware Interface
GPIO, timers, interrupts, and peripherals
Communication
UART, I2C, SPI, and CAN protocols
Arduino & ARM
Modern platform development and IoT
Prerequisites
- Basic C programming knowledge
- Understanding of digital electronics
- Basic circuit knowledge
Detailed Course Curriculum
6-8 week comprehensive embedded systems program
Overview: Foundation of microcontrollers and 8051 programming.
- Introduction to embedded systems
- 8051 microcontroller architecture
- Pin configuration and memory organization
- Embedded C programming basics
- GPIO programming and LED interfacing
- Timers and counters
- Interrupt handling
- Serial communication (UART)
Overview: Advanced peripherals and sensor interfacing.
- LCD interfacing (16x2 and 20x4)
- Seven-segment display interfacing
- Keypad interfacing (4x4 matrix)
- ADC interfacing for sensor data
- DAC interfacing
- PWM generation for motor control
- Motor drivers (DC and stepper motors)
- Relay and optocoupler interfacing
Overview: Arduino platform and IoT development.
- AVR microcontroller architecture
- Arduino IDE and programming
- Digital and analog I/O
- Communication protocols: I2C and SPI
- Sensor integration (temperature, humidity, ultrasonic)
- Bluetooth and Wi-Fi modules
- IoT project development
- Arduino-based home automation
Overview: ARM Cortex-M programming and capstone project.
- Introduction to ARM Cortex-M
- STM32 microcontroller overview
- Development environment setup
- ARM programming basics
- GPIO and timer programming
- DMA and real-time systems
- Final project: Complete embedded system
- Project demonstration and assessment
Frequently Asked Questions
Do I need my own hardware?
We provide development boards during lab sessions. However, having your own Arduino kit is recommended for practice at home.
Is this course suitable for beginners?
Yes, if you have basic C programming knowledge and understanding of digital electronics. We start from fundamentals.
What projects will I build?
You'll build multiple projects including LED control, sensor systems, motor controllers, and a complete IoT-based automation project.
Will I learn Arduino?
Yes, Arduino programming is a major part of the course. You'll learn both Arduino IDE programming and low-level AVR programming.
Do you provide placement assistance?
Yes, we provide job placement assistance, resume building, and interview preparation support for embedded systems positions.
