Embedded system Design
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Embedded system Design Syllabus — Unit-wise Content
The official GTU curriculum for Embedded system Design (subject code 2160307) as prescribed for Biomed · Semester 6 divides the course into 7 units, covering 39 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 (2160307)Unit 1 Introduction to Embedded Systems
- Defining Embedded Systems
- Essential Attributes of Embedded Systems
- Exploring PIC16F87X for Embedded Systems
- Classifications of Embedded Systems
- Examples of Embedded Systems
- Introduction IDE like MPLAB
- MikroC etc
Unit 2 PIC Microcontroller (16F87X Series)
- PIC Microcontroller
- Serial Interfaces
- MPLAB Projects
- Program & Debug
Unit 3 Programming the Embedded Systems in C
- Getting started
- C program basics
- Data operations
- Sequence control
- Functions & Structure
- Input & Output
- More Data types
- Compiler directives
Unit 4 C Peripheral Interfaces
- Analog Inputs
- Analog output
- Hardware timers
- UART Serial link
- SPI Serial bus, Parallel & Serial Interfaces
Unit 5 PIC16F87X based Embedded System Applications
- LED Interfacing
- Switch (DIP) Interfacing
- Interfacing Buzzer & switch
- LCD Interfacing
- ADC Conversion
- Opto-Isolator Interfacing
- Square & Triangular Waveform Generation Using PIC, Displaying Data on Hyper Terminal
- Hyper Terminal Interface & Control: Getting Sensor Signal on Hyper Terminal
- Controlling an Actuator such as Relay from PC Hyper Terminal
Unit 6 Introduction to Arduino UNO board & Applications
- Board diagram
- Programming Arduino board
- Applications: Blink LED, Read Analog voltage
- Ultrasonic range finder
- Accelerometer Interfacing
Unit 7 Simulation of Embedded System
- Introduction to Multisim and Proteus for simulation of embedded systems & PCB design. 2 Practical Total Total 60 100%
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