Final Year Project 2

So, this week I have to make a final check of my report before submitted and print the hard cover. The final report need to check the plagiarism in order to make sure that the report is write originally and not copy from other writing. The plagiarism percentages should below than 20%. Below are my plagiarism checking: This thesis has to be submitted to the library, the hardcover with a dark blue colour code. LIST-TO-DO for thesis submission; 1. Do correction on the thesis based on your SV comments. 2. Get plagiarism report from your SV. Make sure you meet the allowable percentage of plagiarism (no greater than 20%) 3. Make sure your thesis follow the correct format. FYP coordinator will ask you to reprint your thesis again if it is not in the proper format. 4. Download all related forms for thesis submission from the FYP website (click Student --> Submission) 5. Get your SV signature on three (3) important documents (i.e. approval page in the thesis, project submission form and fron...

In this week, I'm doing the final touch on my project. By using the enclosure that I bought I put the circuit I solder in the enclosure. The enclosure is in compact size so it will be easy to carry around by the user. All the wire is arrange carefully pack in the enclosure. We are required to attend the meeting with the supervisor to update the progress on the project. After presenting madam Hasmiza ask me to collect several data from the subject and make a line chart to analyse the data obtain. The average of respiration rate was recorded to compare the rate between sitting and standing position.

For this week, I'm taking a break from the busy day to clear my mind. It a bit stressful to continue the preparation. So I decide to chill out for a week and focus on subject, lab report and other assignment. The progress for this week is to complete the draft of the thesis paper as the results of the research is done. The result of the finding is put into a GRAPH as the results of the RESPIRATION RATE is taken from the several subject from the testing. After including all of the results from the finding of the testing, the analysis of the results is written. The thesis paper is then completed with the final chapter is also written with the correct format is used for it. After the thesis paper is finalized with my supervisor, the technical paper is proceeded to be written.

 In this week, I started to collect the data for the result. I'm asking my several of my friends to be the subject to wear the Respiration Rate Monitoring System. Sitting Position Standing Position The data was collected in two position which is sitting and standing position. The data is recorded in graph form.

There was a briefing on a technical paper this week. The goal of this technical document is to provide a 5-page summary of the FYP report. It will be graded by industry professionals rather than the FYP supervisor. It can also boost a student's worth during a job interview in the future by demonstrating to the industry that UniKL BMI students can generate a high-quality technical paper that can be displayed in public. It simply needs to be 5 pages long, and it doesn't need to be long and complicated. We can ask from the supervisors for advice on how to write a good technical paper if they need it for this technical paper. It will be graded along with the FYP report, but it will be graded separately.

  The soldering process need to be done to connect all the components on the stripboard. Soldering is a metal-to-metal connecting process that involves melting solder and using it to attach several metals together. Solder is a tin-and-lead metal alloy that is melted with a hot iron. The iron is heated to above 600 degrees Fahrenheit and then cooled to form a strong electrical connection.

In this week, the meeting is was conducted with the supervisor online via M. Teams. The content of the meeting is about the progress of the project.  Dr. Hasmiza recommend that using the stripboard for the circuit.  Stripboard  is one of the commonly-used types of prototyping board. These boards are intended for permanently assembling one-off circuits, especially prototypes. The board is made from insulating material, usually a resin-bonded plastic or fibreglass.  It make the circuit more steady with the help of soldering.