1

ﻢﻈﻨﻤاﻟ

• Project name: Smart Garbage Container Monitor (SGCM)
• Team code: 4ighcg8

About the team

Members' names:

​

• Mohammed Alsaggaf (Hardware Specialist)

Experienced Electrical Engineer, Production Manager, Participated in Entrepreneurship competitions.

​

• Leena AlMasabi (Software Developer)

Holding BSCS, IoT Specialist, Experienced Network Engineer, @saudidevorg Member.

​

• Zaher Baaqil (Financial Consultant)

Holding BS of Finance, Handled Previous Roles in Equity Valuation.

​

• Mohannad Arqiq (Implementation)

Civil Engineer, Executive Officer in Ameraa Endowment, Business Developer.

​

The problem

• What is the current problem you are trying to solve? Be specific and be sure to clearly define the aspects of the problem at hand.

- Garbage piled up in the container that makes an unpleasant view to the people in Hajj.

- The unpleasant smell because of the amount of the garbage.

The Solution

• What solution does your project offer?
1. A Smart Garbage Container Monitor (SGCM) applicable to any container (1^st stage)
2. Smart garbage container (2^nd stage)

​

• How does your project/idea address aspects of the problem?
• Alert before containers gets full (1^st stage prototype)
• It allows scheduling for container collecting to make the process more efficient (1^st stage prototype)
• Garbage compactor to reduce size, thus saves time, money, and effort (2^nd stage)
• Sorting system uses computer vision to enable sustainability (2^nd stage)

​

The Target group

• Who are the people your project contributes to helping?
1. People who attend Hajj
2. Farm owners for wastewater and recyclable garbage

​

• People who need this solution?
• Holy Makkah Municipality
• Ministry of Hajj and Umrah
• MWAN موان (National Center for Waste Management)

​

Executing Methodology

• What are the steps to implement the project?

​

1- Implementing the first stage (SGCM Product) to most containers by attaching it at the top of the container and collecting data.

2- Using the app to schedule garbage collection from the containers.

3- Analyze the data to study the second stage.

​

Final Product

SGCM

Executing Methodology

• Technologies and programming languages that will be used to implement the project

1- Microcontroller with embedded Cellular Network & GPS.

2- C++ programming language will be used.

3- Sensors (Ultrasonic Sensor).

4- Computer Vision (2^nd stage).

​

Prototype

Executing Methodology

• Tools and data that you will need to implement the project

- Proto for UI design.

- Bubble for application building.

- Container's locations to insert the product.

- R&D sources in waste management for future development.

Business Model

2

ﻢﻈﻨﻤاﻟ

Thank You