Week 7 - (4th - 8th April 2022) - Attending Workshop 3 & Re-write Abstract for report

 UPDATES FROM FYP TIMETABLE: 

 1. Activity: Attending Workshop 3 for FYP student 

2. Objective: To familiarize students with content for Chapter 4 and Chapter 5.  

3. Content:

• Date: 06/04/2022 @ 2.30PM - 4.30PM @ Wednesday
• Chapter 4 : Results and Discussions 
• Chapter 5: Conclusions and Recommendations

4. Conclusion: The objective are achieved as  all the valuable input is being recorded. The proof of my attendance is a follow:

UPDATES ON PROJECT: 

1. Activity: Amend the Abstract of my FYP report

2. Objective: To ensure abstract section of report is written concisely by following the guideline from Workshop 3. 

3. Content:

-Sir Azmi Hashim brief on the guidelines on the contents that should be in abstract. An abstract is a short summary of your completed research. It is intended to describe your work without going into great detail. Abstracts should be self-contained and concise, explaining your work as briefly and clearly as possible.

- A decent abstract in FYP report should contain of Introduction, Problem statement,  Objectives, Methodology & Design , Significant results & major findings, and lastly a Conclusion. 

- I list down everything as follows:

Introduction- Mosquitoes are a dominant contributor to ailments, and they are one of the most ubiquitous insects, especially during the rainy season. Mosquito control is becoming crucially influential, particularly in suburban buildings, residences, restaurants, people's businesses, and environs. These insects had caused public worry about health risks.

 

Problem statement- In the sub-urban district, residents use a manual and traditional approach to trap and kill mosquitoes, which is less effective and consumes a lot of effort and energy.

 

Objectives- The project's goals is to develop an effective mosquito trapping system that electrocutes the mosquito automatically at a desirable time. Users can also use Internet of Things (IoT) technology to monitor the device's operation from a distance of 480 meters.

 

Methodology & design -The proposed framework employs UV light, an electric fence, a DC Fan, and high alcohol concentration perfume to lure the mosquitoes into the trapping device. The method would be deployed wirelessly over the internet. ESP32 is utilized by receiving programming instruction from Arduino IDE and sending the information to the Blynk server. The device is designed with acrylic material to ensure that it is durable and does not readily break.

 

Significant results & major findings -The proposed system will be said to kill up to 30% of Aedes mosquitoes by effectively trapping and eliminating mosquitoes in a variety of locations, by monitoring from the user’s laptop or smartphone.

Conclusion- It is a cost-effective and portable solution.

4. Conclusion: 

--The final abstract is written in 1 paragraph into these:

'Mosquitoes are a dominant contributor to ailments, and they are one of the most ubiquitous insects, especially during the rainy season. Mosquito control is becoming crucially influential, particularly in suburban buildings, residences, restaurants, people's businesses, and environs. These insects had caused public worry about health risks. In the sub-urban district, residents use a manual and traditional approach to trap and kill mosquitoes, which is less effective and consumes a lot of effort and energy. The project's goals is to develop an effective mosquito trapping system that electrocutes the mosquito automatically at a desirable time. Users can also use Internet of Things (IoT) technology to monitor the device's operation from a distance of 480 meters. The proposed framework employs UV light, an electric fence, a DC Fan, and high alcohol concentration perfume to lure the mosquitoes into the trapping device. The method would be deployed wirelessly over the internet. ESP32 is utilized by receiving programming instruction from Arduino IDE and sending the information to the Blynk server. The device is designed with acrylic material to ensure that it is durable and does not readily break. The proposed system will be said to kill up to 30% of Aedes mosquitoes by effectively trapping and eliminating mosquitoes in a variety of locations, by monitoring from the user’s laptop or smartphone. It is a cost-effective and portable solution.'