Weather Station Using IoT

1. WEATHER STATION
USING IOT
FATIN NUR FAQIHAH BINTI ADNAN
BTAL17046622
BACHELOR OF COMPUTER SCIENCE
(SOFTWARE DEVELOPMENT)
PROF. MADYA DR. ENGKU FADZLI HASAN
BIN SYED ABDULLAH

2. INTRODUCTION
• A weather station is a device that collects data related to the weather and
environment using many different sensors.
• Weather station is also a facility that can use for measuring atmospheric
conditions to provide information for weather forecasts and to study the
weather and climate.
• Therefore, Weather Station using Internet of Thing is proposed to help user
access data about weather anywhere in real-time.

3. PROBLEM STATEMENT
• Limited way for user to know about weather such as temperature, humidity
and pressure.
• User can’t be alerted of the strong winds, heat waves or any other weather-
related emergency.
• Difficulty in making weather forecasts without data.

4. OBJECTIVE
• To design a facility that can help user to access data anywhere in real-
time.
• To develop weather station that can help user to plan their day to day
activities.
• To test the capabilities and effectiveness of the Weather Station and
generate the data to the user.

5. SCOPE
• The scope is important to set a boundary on what the area will cover in the
project. Thus Weather Station using Internet of Things is focused on getting data
about weather like temperature, humidity and pressure
1. User
 Can view the data of temperature, humidity and pressure.
2. System
 Collects weather data from weather station.
 Save the real time data and sent the data to local server.

6. PROCESS
MODEL

7. METHODOLOGY
Rapid Application Development (RAD)

8. FRAMEWORK

9. CONTEXT DIAGRAM

10. DATA FLOW DIAGRAM

11. DATA
MODEL

12. ENTITY RELATIONSHIP DIAGRAM

13. SCHEMATIC

14. SCHEMATIC

15. PROOF OF CONCEPT

16. NodeMCU
 NodeMCU is an open source IoT platform
 The ESP8266 is a low-cost Wi-Fi chip
 NodeMCU has a built in WiFi module. That
means you can easily connect it to WiFi with
few lines of codes.
 It supports procedural programming,object-
oriented programming, functional programming,
data-driven programming, and data description.

17. THANK YOU…