_WEEK 15_ (FYP1)

 

Activity: Do Research on Blynk Application

The software that I choose to develop this project is Blynk Application. Figure below shows the starting interface of the Blynk Application. Blynk is one of the platforms that is being used by iOS and Android OS to control Arduino, NodeMCU, Raspberry Pi and several other boards over the internet. It was designed for the Internet of Things and can control the hardware by remotely. Blynk also can store data, show sensor data, visualize it and do several other things.

_WEEK 14_ (FYP1)

 

Activity: Choose the most appropriate SENSOR

During the presentation on the 12th week, one of my evaluators, Dr. Muhammad Noor, gave me an idea to use the pressure and humidity sensors that usually use in the ventilator. Since the function of my project is to monitor the respiratory activity of the PUIs and the air humidity they exhaled seems to be similar to the function of sensors found in the ventilator. So, I decided to use the same sensor to create my E-mask so that my project will function well.

_WEEK 13_ (FYP1)

Activity: Circuit Diagram & Sketch of Project

Referring to figure below, it shows the circuit diagram of the parts of the project. In this circuit diagram, the pressure and humidity sensors are connected according to the correct point on the Arduino UNO. Next, the Bluetooth module HC-05 has also been connected to the microcontroller. Based on the diagram above, this is a circuit diagram made throughout this semester. A more detailed circuit implementation is required in completing this project for the construction of the prototype to be made. However, this is the result of a project circuit diagram.

Based on the project sketch, the N95 mask has been selected to be used to produce this e-mask. This is because this mask is one of the best masks among other masks. Both sensors are mounted on the PUI e-mask so that respiration rate and air humidity exhaled can be measured. Stretchable fabric will be used to connect the e-mask with the box containing other components such as microcontroller Arduino UNO, HC-05 Bluetooth module and battery. The stretchable fabric has been chosen so that PUI is comfortable to wear and also the e mask is produced to suit the wearer's head size.

_WEEK 12_ (FYP1)

 

Activity: FYP1 Proposal Defense Day Semester July 2020

The presentation started at 9:30 am via Microsoft Teams. The assessors that assessed me were Dr. Muhammad Noor bin Nordin (MNN) and Sir Zarimin bin Zaharudin (ZRZ) . Both lecturers are from the Medical Engineering Technology Section. The whole presentation went smoothly. Thanks to Allah S.W.T.

Information about assessors:  

The slide that I have prepared for the presentation: 

In conclusion, after the presentation, I think should improve my project to be better in the future and can benefit the community much better. I must improve certain parts  in the proposal report as recommended by both assessors.

_WEEK 11_ (FYP1)

 

Activity: Final FYP 1 Briefing covering [FYP Proposal Defense Day (Tips & Tricks) and Submission of Progress Report & Proposal Report]

Generally, in this week, the final briefing was conducted via Microsoft Teams. Attendance of all FYP1 students is mandatory. They need to scan the QR code that has been provided and their attendance will be taken through Microsoft Team Attendance. The workshop was conducted by coordinator incharge, DR. PUNITHAVATHI M. THIRUNAVAKKARASU. 

Date: 07 Oct 2020

Time: 3:00 pm – 5:00 pm

Via: Microsoft Teams

During the final briefing, the FYP coordinator have briefed us about:

Before the proposal defense presentation day:

• Make sure everything well prepared.
• Be confident and believe yourself.
• Do not be defensive.
• Dress properly.
• Make Dua. 
• Be on time.

_WEEK 10_ (FYP1)

 

   Activity: Block Diagram & Flowchart.

    A block diagram is a specialized, high-level flowchart used in engineering. It is used to design new systems or to describe and improve existing ones. Its structure provides a high-level overview of major system components, key process participants, and important working relationships. Therefore, the main objective of process flow mapping is for organizations to gain an understanding of all the steps involved in a particular process. This also helps us imagine how each step works together with the other steps in the same process.

Objective:

• To identify the overall system of the project.

Content:

• While researching about my project, I have come out this block diagram and flow chart as a preliminary guide for me to produce this project soon.

_WEEK 9_ (FYP1)

 

Activity: Workshop on Methodology (Chapter 3), Preliminary Result (Chapter 4) & Abstract Writing

Generally, in this week, the workshop was conducted via Microsoft Teams. Attendance of all FYP1 students is mandatory. They need to scan the QR code that has been provided and their attendance will be taken through Microsoft Team Attendance. The workshop was conducted by coordinator incharge, DR. PUNITHAVATHI M. THIRUNAVAKKARASU. 

Date: 23 Sept 2020

Time: 3:00 pm – 5:00 pm

Via: Microsoft Teams

During the workshop, the FYP coordinator have briefed us about: