Sem MAC_AUG2024_present fyp1 sem 4 2024.pptx

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1. FINAL YEAR PROJECT 1 BRIEFING SEM MAC2024_AUG2024 27/3/2024 COORDINATOR 1 : Dr . MOHAMAD YUSOF BIN MAT ZAIN ( EE111) COORDINATOR 2 : WAN AHMAD KHUSAIRI BIN WAN CHEK ( EE112)

2. PROGRAMME AND COURSE OUTCOMES

3. COURSE EVALUATION

4. FYP1 Schedule No ​ Activity ​ Week ​ Date ​ 1 ​ Briefing by Coordinator ​ 2 ​ 27/3/2024 2 ​ Meeting with Supervisor  (Preparing proposal) ​ 3 ​-4 31/3/2024 – 18/4/2024 3 ​ Project Proposal submission and Evaluation (Supervisor) ​ 4 14/4/2024 4 ​ Project Proposal submission and Endorsement (Coordinator) ​ 5 ​ 21/4/2024 – 25/4/2024 5 ​ Project development ​ 6 - 9 28/4/2024 – 23/5/2024 6 First draft proposal 8 12/5/2024 -16/5/2024 8 ​ Second draft proposal 9 19/5/2024-23/5/2024 9 ​ Final draft submission proposal report 10 2/6/2024 -6/6/2024 10 ​ Project evaluation ( Sv Panel) 11 9/6/2024-13/6/2024 11 ​ Correction if any ​ 12-13 16/6/2024-27/6/2024 12 ​ Final Progress Report Submission 14 ​ 30/6/2024 – 4/7/2024

5. FYP1 SCHEDULE

6. Important dates Arduino Workshop –week 5 (24/4/2024) Mendeley Workshop-week 7 (8/5/2024) Report Writing Workshop–week 8 (15/5/2024) Progress presentation – Week 11(TBC)

7. FYP1 THEME Untuk setiap tema boleh refer excel sheet yang akan diberikan nanti . Untuk student power SHJ pastikan ade element power dalam projek kamu . Contohnya : pengguna solar panel as main supply dalam project kamu ..

8. FYP 1: DESIGN CATEGORY

9. TITLE SELECTION

10. Objective

11. METHODOLOGY Methodology is the part where we design and execute our research/ project. We design our research/project methodology by asking the following questions: a . What is the objective of the study? ( e.g : given a new design idea, we want to evaluate the performance of the new design in terms of its sensitivity, accuracy, processing time etc.) b. What do we want to measure? (e.g. time, storage size, current, cost, sensitivity, accuracy etc.) c. How do we perform the measurement? (e.g. built prototype then measure directly or indirectly the sensitivity of the system by following the equation suggested by person X in paper/book Y). d. What are the tools (e.g. simulation software) or equipment (e.g. oscilloscope, robot prototype etc.) required for the experiment? e. How are the measurements going to be recorded? What is the procedure of the experiment? f. What error, situations, or part of the procedure that we design that could interfere with the measurements and how we could overcome them? g. How do we analyze the result of the experiment? What kind of statistical tools/calculations/graphs/tables/figures could we used in order to make the data meaningful? Research methodology describes how we conduct our experiment and NOT how we conduct our project . Its description should not include non technical activities such as discussion with supervisor, submission of proposal, report writing etc. Source: GUIDELINES FOR THE IMPLEMENTATION OF FINAL YEAR PROJECT by UTEM

12. PROBLEM STATEMENT

13. Embedded System - Simple LAMP DIMMER SYSTEM USING ARDUINO) – only use variable resistor and Arduino PWM to control the light brightness

14. EMBEDDED SYSTEM - MODERATE EXAMPLE – PWM AND DIRECTION CONTROL OF A DC MOTOR VIA BLUETOOTH – Control a DC motor's speed and direction via Bluetooth through a mobile app

15. BLOCK DIAGRAM

16. BLOCK DIAGRAM-cont..

17. SCHEMATIC DIAGRAM

18. RESULT AND DISCUSSION

19. RESULT & DISCUSSION

20. CONCLUSSION

21. FYP 1 Registration: https://docs.google.com/spreadsheets/d/1n8FEtUrZtLza-3zz6JnXpLrEY_7HtqW-/edit?usp=sharing&ouid=117545825453698027008&rtpof=true&sd=true Logbook: LogBook Complete_editted_new.pdf Proposal Format: Template FYP1 EEE358 PROPOSAL_editted.docx Proposal Template: Proposal Template v4.pdf