Embedded System for Medical Device
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Follow on Instagram for UpdatesEmbedded System for Medical Device Syllabus — Unit-wise Content
The official GTU curriculum for Embedded System for Medical Device (subject code BE05003041) as prescribed for Biomed · Semester 5 divides the course into 5 units, covering 44 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 (BE05003041)Unit 1 Overview of Embedded Systems – Definition of embedded systems,
- characteristics of embedded systems
- embedded systems vs. general purpose computing systems
- classification of embedded systems
- Introduction to PIC18F458 Microcontrollers – PIC microcontroller family
- features of PIC microcontrollers
- pin diagram and architecture of PIC microcontroller
- Memory organization
- configuration registers
- watchdog timer
- oscillator and reset circuits, and PIC development tools Teaching-Learning Scheme (in Hours per Semester) Total Credits = TH/30 Assessment Pattern and Marks Total Marks L T P TW/SL TH Theory Tutorial/Practical ESE (E) PA (M) PA (I) TW/ SL (I) ESE (V) 45 0 30 15 90 03 70 30 20 30 50 200 Program Name: Bachelor of Engineering Level: UG Branch: Biomedical Engineering Subject Code: BE05003041 Subject Name: Embedded System for Medical Device
Unit 2 Programming in C – Data types and Time delay, I/O Programming, Bit
- addressable I/O Programming
- Logic Operations
- Timer Programming
- ADC Interfacing Interfacing with PIC18F458 Microcontroller – LED, Switch and Buzzer Interfacing
- 7 Segment interface
- LCD and keypad interface
- Relay interface
- LM35 Temperature Sensor Interface
Unit 3 Introduction to Raspberry Pi – Generations and models of Raspberry
- Pi, comparison with microcontrollers
- Applications of Raspberry Pi, Raspberry Pi Architecture
- Memory organization of Raspberry Pi, Features of Raspberry Pi, GPIO pinout configuration
- supported operating systems
- Raspberry Pi OS Setup, and Raspberry Pi configuration
- Common Linux and APT commands for Pi, Remote Access Using SSH and VNC, Safety Precautions and Board Handling
Unit 4 Sensor and Actuator Interfacing with Raspberry Pi –
- LED, Switch and Buzzer Interfacing
- LCD and Keypad Interfacing
- Ultrasonic Sensor Interfacing
- PIR Sensor Interfacing
- DHT11 Sensor Interfacing
- IR Sensor and LDR Sensor Interfacing
- Relay Interfacing
- Servo Motor Interfacing
- Stepper Motor Interfacing
Unit 5 Image Processing Applications using Raspberry Pi –
- Introduction to computer vision
- installation of OpenCV on Raspberry Pi, working with images using OpenCV
- image visualization using Matplotlib
- interfacing with Pi Camera module
- Basic image operations: resizing
- Arithmetic operations
- image blending and transition
- negative images
- Bitwise logical operations
- image filtering
- edge and contour detection, and real time computer vision applications
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