Advanced Embedded System
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Follow on Instagram for UpdatesAdvanced Embedded System Syllabus — Unit-wise Content
The official GTU curriculum for Advanced Embedded System (subject code ME02031111) as prescribed for BE · Semester 2 divides the course into 5 units, covering 41 listed topics. The unit-wise breakdown below is read from the GTU syllabus document for this subject code, so you can check what the course actually covers before deciding which papers to attempt.
Download the official syllabus PDF (ME02031111)Unit 1 Introduction to Embedded System
- Overview of embedded systems
- Characteristics of Embedded System
- Classification of embedded systems
- Application areas
- Elements of Embedded System
- Core of Embedded System
- Classification of Program Memory and Working Memory
- Onboard & External Communication Interfaces
- Embedded Firmware
- Reset and Crystal Circuit
- Brown out reset and Watchdog timer. w. e. f
- Academic Year: 2024-25 Semester: 2 Category of the Course: Professional Elective Course Program Name: Master of Engineering Level: PG Branch: Biomedical Engineering Subject Code : ME02031111 Subject Name : Advanced Embedded System
Unit 2 Introduction to Raspberry Pi
- Comparison of various Rpi Models
- Understanding SoC architecture and SoCs used in Raspberry Pi, Pin Description of Raspberry Pi, On- board components of Rpi, Booting Up RPi- Operating System and Linux Commands
- Installing Raspbian on Pi, first boot and Basic Configuration of Pi, LED Blinking with Raspberry Pi using GPIO commands
- LED control with Button using GPIO commands
Unit 3 Raspberry Pi Programming
- Python IDE, Data types
- Controlling Statement
- File read/write operation
- Image read/write operation
- Audio and Video playback on the RPi, Interfacing of Camera with Pi, Case Study: Temperature and Humidity Sensor (DHT11)
- Motion Sensor (PIR)
- Obstacle detection using Ultrasonic sensor
- Object detection using Pi camera
Unit 4 Introduction to ESP32
- Overview of ESP32
- Features of ESP32
- ESP32 Pin out (GPIO)
- Advance Peripheral Interface of ESP32
- ESP32 Programming using Arduino IDE, Interface of LED, Switch using ESP32
- read analog value using ESP32
- PWM Operation using ESP32 Case Study: DHT11
- HC- SR 04 Sensor
- ADXL335 Accelerometer
- PIR Sensor
- MAX 30100 Pulse oximeter Sensor interfacing with ESP32
Unit 5 Introduction to Jetson Nano
- Overview of Jetson Nano - Features
- applications, and variant comparisons
- Setup of Jetson Nano
- Setup pi camera with Jetson nano
- installing Libraries & Setting up AI Computer Case Study: Object detection and classification using Jetson nano and AI Algorithm
- Face recognition and Attendance using Jetson nano
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