Week  13 ( FYP 2)

Title :  Designing the poster for the presentation day.

            Renovating  the wirelesss pigeonhole.

OBJECTIVES :

1. To make the wireless pigeonhole more understandable.
2. To design the poster to be both eye-catching and informative.
3. To create a scene that fits the environment of  the presentation day.

Format for the poster :

The poster contains :

1. Title, Student Name and Course.
2. Objective
3. Product Description
4. Methodology
5. Flowchart
6. Result
7. Conclusion
8. Reference 

Image Of Poster Project 

Renovating  process of Wirelesss Pigeonhole :

Labelling Process : 

Week  12 ( FYP 2)

Title :  Running the component while implementing the coding.

OBJECTIVES :

Connecting the Arduino Nano with :

                             1)  IR sensor.

                            2)  Bluetooth devices.

                           3)  Usb cabel.

                           4)  Lcd 

Video on how the my wireless pigeon hole running when supply inserted :

Week  11 ( FYP 2)

Title :  Progress on hardware.

OBJECTIVES :

1) Drilling the hole to insert the paper (assignment).

2) Smoothen the surface that been drilled.

Cutting and Drilling process :

Smoothen process :

Week  10 ( FYP 2)

Title :  Second briefing for FYP2 student .

OBJECTIVES :

1)  Explaination about the Poster.

2)  Explaination about the Thesis for FYP2.

Briefing content :

Lecturer exposing to the student about the poster and thesis :

1)  Explaining about the format for poster and thesis.

2)  Englightend about what will occur during the presentation day.

Week  9 ( FYP 2)

Title :  Testing the coding for Arduino Nano  ( Counter )

OBJECTIVES :

1)  Testing the coding counter.

2)  Verifying the coding for the counter

Testing and understand the coding for the counter :

After compiling :

CONCLUSION:

The coding for the counter is succesfull.

Week  8( FYP 2)

Title :  Understand on how using the arduino software for Ardunio Nano

OBJECTIVES :

  1)  Downloading arduino software.

  2)  installing the arduino software.

Downloading the arduino 16.7 :

Installing the arduino software :

Week 7 ( FYP 2)

Title :  Changing Arduino Uno to Arduino Nano

OBJECTIVES :

Why uses of Arduino Nano are more compatable than Arduino Uno for this project?

·        Because this project have just a few outputs.

·         More cheaper than Arduino Nano.

.         less complicated

Images of Arduino Nano :

Specifications:

Microcontroller                                  Atmel ATmega168 or ATmega328

Operating Voltage (logic level)           5 V

Input Voltage (recommended)            7-12 V

Input Voltage (limits)                          6-20 V

Digital I/O Pins                                  14 (of which 6 provide PWM output)

Analog Input Pins                               8

DC Current per I/O Pin                     40 mA

Flash Memory 16 KB (ATmega168) or 32 KB (ATmega328) of which 2 KB used by bootloader

SRAM 1 KB (ATmega168) or 2 KB (ATmega328)

EEPROM                                          512 bytes (ATmega168) or 1 KB (ATmega328)

Clock Speed                                      16 MHz

Dimensions                                       0.73" x 1.70"

Length                                               45 mm

Width                                                18 mm

Weigth                                               5 g