FINAL YEAR PROJECT 2020

WEEK 14 THESIS AND LOGBOOK MAKING Double check reports created           • Abstract, Block diagram, circuit diagram           • Literature review, Methodology Correctly compiles all reports           • Combines all parts according the format.           • Compile also the proposal report and slide Compile and submit to supervisor ACKNOWLEDGEMENT:  The success and final outcome of this project required a lot of guidance and assistance from many people and I am extremely privileged to have got this all along the completion of my project. All that I have done is only due to such supervision and assistance and I would not forget to thank them.  I would like to express my sincere gratitude to several individuals and organizations for supporting me throughout my graduate study. First of all, we would like to thank our beloved supervisor Sir Abdul...

WEEK 13 PREPARATION FOR THE FYP PRESENTATION DAY In this week, we do many things for the project which is troubleshoot, construction the model and prepare the slides for presentation and demonstration. Equipment and tools that we used to complete this model: 1) Plywood 2) Hot glue 3) Wooden pole 4) Aluminium wire 5) Screw 6) 30W solar panel 7) Bulb 8) Switch and socket 9)  Testpen 12) Driller 13) Car Battery 14) Solar inverter 15) Solar charge controller The slide presentation needs to have : - Project title  - University's Logo - Student's and supervisor's details - Block diagram - Flowchart - Objectives - Problem statement - Methodology - Results - Conclusion - References Before the FYP exhibition day, we discuss with our supervisor, Sir Abdul Halim bin Abd Rahman to test and demo our project to get his opinion for the exhibition day. Also, we asked for his suggestions and guidance for the presentation. PRESENTATION OF THE FINAL YEAR PROJECT The Final Year Project present...

WEEK 12: COMBINE THE PROJECT In this week, we have to combine the project which is NodeMCU ESP8266, the main component as a connector to accomplish the opening and closing of the gate. All the hardware for this project were combined according to the circuit schematic below. In addition, I use the IoT technology which is Blynk Apps to run this system. Blynk is a mobile program application that helps to create an interface for controlling thus monitoring a project. The auth token will be send via e-mail and Blynk apps once the project has been developed. The token must to key in the coding part to connect the NodeMCU to the Blynk server. Once the code is uploaded, it automatically will connected to the server and it will pair with the smartphone. Circuit Diagram of Automatic Gate System Blynk Application After the process of combination is done, I made a block diagram and the flowchart for my slide presentation and thesis report to be prepared for our exhibition day. This is my flowchart...