HO CHI MINH CITY UNIVERSITY OF TECHNOLOGY AND EDUCATION
FACULTY OF INTERNATIONAL EDUCATION

GRADUATION PROJECT

DESIGN A SMART STRAWBERRY GARDEN
SYSTEM USING AN IOT PLATFORM
NGUYỄN TÂY
Student ID: 20161132
LÊ HỮU THÀNH
Student ID: 20161014
Major:

ELECTRONICS

AND

ENGINEERING TECHNOLOGY
Advisor: Assoc. Prof. PHAN VAN CA

Ho Chi Minh City, 06/2024

COMMUNICATIONS

HO CHI MINH CITY UNIVERSITY OF TECHNOLOGY AND EDUCATION
FACULTY OF INTERNATIONAL EDUCATION

GRADUATION PROJECT

DESIGN A SMART STRAWBERRY GARDEN
SYSTEM USING AN IOT PLATFORM
NGUYỄN TÂY
Student ID: 20161132
LÊ HỮU THÀNH
Student ID: 20161014
Major:

ELECTRONICS

AND

ENGINEERING TECHNOLOGY
Advisor: Assoc. Prof. Phan Van Ca

Ho Chi Minh City, 06/2024

COMMUNICATIONS

THE SOCIALIST REPUBLIC OF VIETNAM
Independence – Freedom– Happiness
-Ho Chi Minh City, June 22, 2024

GRADUATION PROJECT ASSIGNMENT
Student name: Nguyễn Tây
Student name: Lê Hữu Thành
Major: Electronic and Communication Engineering
Technology

Student ID: 20161132
Student ID: 20161014
Class: 20161CLA1
20161CLA2

Advisor: Assoc. Prof. Phan Van Ca
Date of assignment: _____________________

Date of submission:
20/06/2024

1. Project title: Design a smart strawberry garden system using an IoT platform

2. Initial materials provided by the advisor: ___________________________________

3. Content of the project: _________________________________________________

4. Final product: ________________________________________________________

CHAIR OF THE PROGRAM

ADVISOR

(Sign with full name)

(Sign with full name)

THE SOCIALIST REPUBLIC OF VIETNAM
Independence – Freedom– Happiness
-Ho Chi Minh City, June 22, 2024

ADVISOR’S EVALUATION SHEET
Student name: Nguyễn Tây
Student name: Lê Hữu Thành

Student ID: 20161132
Student ID: 20161014

Major: Electronic and Communication Engineering Technology
Project title: Design a smart strawberry garden system using an IoT platform
Advisor: Assoc. Prof. Phan Van Ca

EVALUATION
1. Content of the project:
This thesis proposes an IoT platform to support strawberry farming.
2. Strengths:
The proposed system model in the thesis is coherent, and the system prototype functions
properly.
3. Weaknesses:
The thesis has weaknesses in its design and implementation methodology, with many similar
works existing in the literature. Additionally, the thesis is not well organized or well written,
and it contains several grammatical mistakes and poorly structured sentences.
4. Approval fo
...

...
technologies and best practices to advance the agricultural
industry. This will not only enhance productivity but also contribute to the broader goal of
sustainable development. The teams vision is to build a future where smart agriculture
plays a pivotal role in ensuring food security, economic growth, and environmental
stewardship.
6.2 Limit and Development directions in the future
During the process of working on the project, we encountered several difficulties in
accessing new modules and the circuit design was not aesthetically pleasing. The process
of understanding the interconnections between modules posed some challenges. A
significant amount of time was spent understanding the specifications, programming
language, and libraries for the modules.
In the future, we can develop the project to:
- Integrate with more modules.
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- Enhance system security with features like smart locks using fingerprints and cards.
- Add more new features for additional utilities.
- Ensure ease of use and accessibility for users.
- Expand the control and warning system to bring more benefits to the strawberry
garden.
- Research and develop a system that can meet real-time requirements.
- Collect data to interact with the strawberry garden.
Up to now, the product has been operational, although there are still some shortcomings.
We sincerely thank you and promise to develop this project more positively, while also
researching financial issues to help society develop better.

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REFERENCE
[1] “Instructions for installing and using Blynk New 2.0 on Arduino IDE with ESP8266”,
2019 – 2021.
[2] djxone123456, “BLYNK &amp ESP8266: WATERING PLANTS AUTOMATICALLY
USING SOLAR PANEL” since 2019.
[3] Andrea Zanella, Nicola Bui, Angelo ellani,Lorenzo, Vangelista, Michele Zorzi,
“Internet of Things for Smart Cities,” IEEE Internet of Things Journal, vol. 1, no. 1
[4] M. Bal, An industrial Wireless Sensor Networks framework for production
monitoring, 2014 IEEE 23rd International Symposium on Industrial Electronics
(ISIE)
[5] The Future of the Internet of Things (IoT) and Its Empowering Technology
[6] Leens, F. (2009). “An introduction to I2C and SPI protocols. IEEE
Instrumentation &amp Measurement Magazine”, 12, 8–13.
[7] Mateus Cruz, Samuel Mafra (2022).
Computing and IoT, MDPI.

Smart Strawberry Farming Using Edge

[8] Tô Hoàng Nhân, Đoàn Nguyễn Minh Tiến (2023). Designing an IoT system for machine
productivity management, Đại học Sư phạm Kỹ thuật TPHCM.

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