MQTT IoT Communication Project (Arduino, MQTT, Node.js, mongoDB, Android)

Name: MQTT IoT Communication Project (Arduino, MQTT, Node.js, mongoDB, Android)
Price: 23100 KRW
Rating: 4.1 (13 reviews)

You can learn the most important communication part in the Internet of Things (IoT) and learn the entire core part of transmitting, collecting, processing, and monitoring center data. Through this course, you can design an IoT communication prototype before making a prototype and use it for various projects and competitions.

(4.1) 수강평 13개

강의소개.상단개요.수강생.short

난이도 초급

수강기한 무제한

bitcocom

Node.js

MongoDB

Arduino

IoT

Node.js

MongoDB

Arduino

IoT

먼저 경험한 수강생들의 후기

4.1

5.0

노승희

53% 수강 후 작성

Thank you for the great lecture! There aren't many lectures that provide such comprehensive information. It's a shame that there's only one review for such a great lecture.

5.0

oogab

100% 수강 후 작성

It will help you learn the basics of IoT using the MQTT protocol. However, it is not as up-to-date as before, so those who are not familiar with it may find it difficult. This is a lecture suitable for review purposes for those who already have some knowledge.

5.0

길쭈기

58% 수강 후 작성

I was worried a lot because I was preparing my graduation thesis at university, but after listening to this lecture, I felt like I was gradually getting a clue about what to do. I am also grateful that you taught me server implementation and communication in an easy-to-understand way.

강의상세_배울수있는것_타이틀

You can configure Arduino circuits and build a development environment.
Data can be relayed using MQTT Broker.
You can build an Internet of Things server with Node.js.
You can install and utilize MongoDB.
It can collect, store, and monitor Internet of Things sensor data.
Communication is possible using sockets and REST services.
You can integrate Android and Node.js.
Java and MQTT can be integrated.

Learning Objectives
We will implement a communication process to monitor and control (LED) sensor (DHT11) data using the Internet-based web, Java, or smartphone (Android).
You can prepare for competitions and contests, and design IoT communication prototypes before developing prototypes.
You can learn about the basic technologies that can collect and analyze various sensor data required for processing Internet of Things big data.

The curriculum we are planning this time is an Internet of Things (IoT) communication project using the MQTT protocol.

Among the trends of the 4th Industrial Revolution, the Internet of Things (IoT) is developing rapidly, and many IoT education programs are being conducted at universities and educational institutions.

I believe the core of the Internet of Things (IoT) is communications. Many students find the communications part more challenging than the hardware part, likely because it requires software implementation.

This course is designed to provide a method for creating a prototype for a future project or prototype product by directly constructing the entire communication process for collecting and monitoring sensor data from a software perspective for the Internet of Things (IoT).

You can practice with low parts cost (12,000 won).
Click on Parts Information

[Explanatory image cut]
❶ Monitoring DHT11 sensor data and controlling LEDs using MQTT on Android

❷ Monitoring DHT11 sensor data and controlling LEDs by linking MQTT on the web

Image cut 2.JPG

❸ Monitoring DHT11 sensor data and controlling LEDs using MQTT in Java

강의소개.콘텐츠.추천문구

학습 대상은 누구일까요?

People interested in the Internet of Things
People preparing for IoT-related contests
People interested in data processing through Internet of Things communication
Anyone who wants to create an IoT development prototype
People who want to apply data communication to various systems

선수 지식, 필요할까요?

Basic programming knowledge

강의소개.지공자소개

8,585

수강생

654

수강평

670

답변

4.9

강의 평점

강의_other

Hello, I am instructor Park Mae-il.
I run an SW education center and provide consulting and commissioned SW training for universities, government offices, and corporations.

📄 Major teaching experience and many others

- Goorm Specialized High School Major Camp Lectures (Full Stack Course)
- Software Meister High School Industry-Academic Cooperation Teacher
- Gwangju Artificial Intelligence Academy Lectures
- Fast Campus Backend Bootcamp Lectures
- Smart Human Resources Development Center Education Director and Lecturer
- Korea Electric Power Corporation (KEPCO) In-House Coding Entrusted Education
- Hanyang University ERICA Online Lectures
- Bit Software Education Center Operation (Overseas Employment, Government-funded Education)
- SW Recruitment Training Project (Ministry of Science, ICT and Future Planning)
- Vocational Skills Development Training Teacher for AI, IT Development, etc.
* Education Inquiries and Partnerships (KakaoTalk Channel)
* Ongoing Lectures: https://itscoding.kr

🎤 Online Educational Content Provider
Inflearn: Java, DB, MVC, Spring, Spring AI & Agent, IoT
Fast Campus: Java, Spring Boot

email : bitcocom@empas.com

커리큘럼

전체

40개 ∙ (강의상세_런타임_시간 강의상세_런타임_분)

섹션 1. Preparing the project

2개 ∙ (강의상세_런타임_분)

1. Preparation
06:28
2. How to build a very easy circuit diagram
07:57

섹션 2. Building an MQTT (mosquitto) broker development environment

2개 ∙ (강의상세_런타임_분)

3. Download and install MQTT(mosquitto) broker
15:23
4. MQTT(mosquitto) server operation and practice
18:55

섹션 3. Arduino (WeMos) development environment setup and programming

9개 ∙ (강의상세_런타임_시간 강의상세_런타임_분)

5. Implementation details (Publishing sensor data from WeMos to MQTT)
03:37
6. Download and install Arduino IDE
07:18
7. Connecting WeMos to Arduino IDE
12:55
8. Installing libraries (PubSubClient, DHT11)
10:47
9. WiFi connection (practice) on Arduino (WeMos)
22:27
10. Connecting MQTT Server on Arduino (WeMos) (Practice)
23:03
11. Sending DHT11 Sensor Data to MQTT Server (JSON)
05:40
12. Sending DHT11 Sensor Data to MQTT Server (JSON) (Practice)
13:06
13. LED ON_OFF in MQTT Server (Practice)
18:05

섹션 4. Building an IoT Server (Node.js) development environment

7개 ∙ (강의상세_런타임_시간 강의상세_런타임_분)

섹션 5. Building a MongoDB Server and Saving Sensor Data

3개 ∙ (강의상세_런타임_분)

섹션 6. Processing sensor (DHT11, LED) data using socket communication

5개 ∙ (강의상세_런타임_분)

섹션 7. Controlling LED using RESTfull service

3개 ∙ (강의상세_런타임_분)

섹션 8. Final Result (WEB) Demonstration Video

2개 ∙ (강의상세_런타임_분)

섹션 9. Development of Android temperature, humidity monitoring and LED control app (APP)

4개 ∙ (강의상세_런타임_분)

섹션 10. Monitoring DHT11 sensor and controlling LED by connecting MQTT in Java

3개 ∙ (강의상세_런타임_분)

강의 게시일:

마지막 업데이트일:

수강평

전체

13개

4.1

13개의 수강평

sdf80367845
수강평 9
∙
평균 평점 4.8
5
53% 수강 후 작성
Thank you for the great lecture! There aren't many lectures that provide such comprehensive information. It's a shame that there's only one review for such a great lecture.
- bitcocom
  지식공유자
  Thank you for the good course review.^^ I hope that those who really need it can listen to it.
oogasupremeb
수강평 15
∙
평균 평점 5.0
5
100% 수강 후 작성
It will help you learn the basics of IoT using the MQTT protocol. However, it is not as up-to-date as before, so those who are not familiar with it may find it difficult. This is a lecture suitable for review purposes for those who already have some knowledge.
- bitcocom
  지식공유자
  Yes, thank you. Since it is a correspondence class, the various tools and connection parts may be somewhat complicated, and the class environment may be different, so it may be somewhat difficult, but if you search and proceed every time, it will be helpful. Thank you for your course review~
twinsplus
수강평 3
∙
평균 평점 4.7
4
100% 수강 후 작성
thank you
nouu94
수강평 12
∙
평균 평점 5.0
5
58% 수강 후 작성
I was worried a lot because I was preparing my graduation thesis at university, but after listening to this lecture, I felt like I was gradually getting a clue about what to do. I am also grateful that you taught me server implementation and communication in an easy-to-understand way.
- bitcocom
  지식공유자
  Thank you. We are renewing the existing lectures. We will provide them again to existing students around mid-October.
201430204563
수강평 1
∙
평균 평점 5.0
5
100% 수강 후 작성
I took this course because I was interested in IoT and it was really helpful. Thank you.

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