190 – ECG Smart Monitor

You are required to complete a full academic project titled ECG Smart Monitor with high quality and in a professional engineering format. The project must include four main deliverables: Project Proposal, Project Report, Poster, and Presentation. All work must be written in clear academic English and follow proper structure and formatting.

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### 1. Project Proposal

Prepare a well-structured proposal that clearly explains the project before implementation. It must include:

– Project Title: ECG Smart Monitor

– Project Idea: Design a real-time ECG monitoring system using Arduino UNO R4 WiFi and AD8232 sensor.

– Aim: Develop a system to acquire, process, and display ECG signals and calculate heart rate (BPM).

– Objectives:

– Acquire ECG signals from the human body

– Process signals using Arduino

– Transmit data to a computer

– Filter and analyze signals using Python

– Display waveform and calculate BPM

– Methodology: Brief explanation of how the system will be designed and implemented

– Expected Outcomes: Real-time ECG waveform and accurate BPM calculation

– Tools & Components: Arduino UNO R4 WiFi, AD8232 sensor, Python, PC

– Timeline: Simple schedule of project phases

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### 2. Project Report

Prepare a complete technical report following the official format provided by the college . The report must include:

#### Chapter 1: Introduction

– Background of ECG systems

– Importance of heart monitoring

– Aim and objectives

– Project limitations

#### Chapter 2: Literature Review

– Review similar ECG monitoring systems

– Compare existing methods

– Identify gaps and improvements

#### Chapter 3: Project Management

– Budget estimation

– Project schedule (Gantt chart)

– Risk analysis (PESTLE method)

#### Chapter 4: Design, Testing and Implementation

– System block diagram

– Hardware components (Arduino, AD8232)

– Software tools (Python)

– Circuit diagram (schematic)

– System design and signal processing

– Simulation (if applicable)

– Testing procedure and results

– Final implementation (prototype)

– Critical evaluation

#### Chapter 5: HSE, Ethical and Sustainability Aspects

– Safety considerations when using sensors

– Ethical use of health data

– Social impact

– Sustainability of the system

#### Chapter 6: Conclusion and Recommendations

– Summary of results

– Achievements of the project

– Suggestions for future improvements

#### References

– Use APA 7th edition

#### Appendix

– Code (Arduino + Python)

– Circuit diagrams

– Additional data

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### 3. Poster

Design a professional academic poster that summarizes the project in a clear and visual way. It must include:

– Project Title

– Objective

– System Block Diagram

– Hardware Setup Image

– ECG Waveform Output

– Key Results (BPM calculation)

– Conclusion

The poster should be simple, visual, and easy to understand.

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### 4. Presentation (Slides)

Prepare a PowerPoint presentation (1015 slides) covering:

1. Title Slide

2. Introduction

3. Problem Statement

4. Aim & Objectives

5. System Overview

6. Block Diagram

7. Hardware Components

8. Software (Python processing)

9. Results (ECG waveform + BPM)

10. Challenges

11. Conclusion

12. Future Work

Slides must be clean, not crowded, and supported with diagrams and visuals.

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### General Requirements

– Use formal academic English

– Follow proper formatting and structure

– Include diagrams, figures, and explanations

– Ensure all parts are consistent and connected

– The system must demonstrate real-time ECG signal monitoring

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### Final Note

The work must reflect a complete engineering project, including both hardware implementation and software analysis. Accuracy, clarity, and professionalism are essential in all deliverables.

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