OneNet 5G IoT Development Course

OneNet 5G IoT Development Course

OneNet 5G IoT Development Course

A comprehensive course for learners aged 8 and above to explore 5G-based IoT systems using real-world sensors, cloud platforms, and programming tools such as Blockly, Arduino C++, and JavaScript. Students will design smart systems powered by data visualization, automation, and AI-driven decision-making.

A comprehensive course for learners aged 8 and above to explore 5G-based IoT systems using real-world sensors, cloud platforms, and programming tools such as Blockly, Arduino C++, and JavaScript. Students will design smart systems powered by data visualization, automation, and AI-driven decision-making.

A comprehensive course for learners aged 8 and above to explore 5G-based IoT systems using real-world sensors, cloud platforms, and programming tools such as Blockly, Arduino C++, and JavaScript. Students will design smart systems powered by data visualization, automation, and AI-driven decision-making.

Target Student

All Age

Category

HARDWARE

Number of Session

Session Duration

Course Description

Course Description

Course Description

This 5G IoT course introduces students to the fundamentals and practical applications of next-generation Internet of Things technologies. Through hands-on programming and hardware experimentation, students learn how to collect, transmit, analyze, and visualize data in real time using a 5G IoT development board.

The course incorporates the use of MQTT and NB-IoT protocols to transmit sensor data, and connects to the OneNet IoT platform for data management and visualization. Students will integrate external sensors, connect to cloud services, design their own dashboards, and use AI automation tools such as API calls to GPT models for smart decision-making.

Programming is supported across Micro:Bit Blockly, Arduino C++, and JavaScript, catering to a wide range of coding skill levels. From beginner-friendly drag-and-drop interfaces to advanced code-based development, the course grows with the learner.

This 5G IoT course introduces students to the fundamentals and practical applications of next-generation Internet of Things technologies. Through hands-on programming and hardware experimentation, students learn how to collect, transmit, analyze, and visualize data in real time using a 5G IoT development board.

The course incorporates the use of MQTT and NB-IoT protocols to transmit sensor data, and connects to the OneNet IoT platform for data management and visualization. Students will integrate external sensors, connect to cloud services, design their own dashboards, and use AI automation tools such as API calls to GPT models for smart decision-making.

Programming is supported across Micro:Bit Blockly, Arduino C++, and JavaScript, catering to a wide range of coding skill levels. From beginner-friendly drag-and-drop interfaces to advanced code-based development, the course grows with the learner.

This 5G IoT course introduces students to the fundamentals and practical applications of next-generation Internet of Things technologies. Through hands-on programming and hardware experimentation, students learn how to collect, transmit, analyze, and visualize data in real time using a 5G IoT development board.

The course incorporates the use of MQTT and NB-IoT protocols to transmit sensor data, and connects to the OneNet IoT platform for data management and visualization. Students will integrate external sensors, connect to cloud services, design their own dashboards, and use AI automation tools such as API calls to GPT models for smart decision-making.

Programming is supported across Micro:Bit Blockly, Arduino C++, and JavaScript, catering to a wide range of coding skill levels. From beginner-friendly drag-and-drop interfaces to advanced code-based development, the course grows with the learner.

Highlights

Highlights

Highlights

  • Real-time data collection and transmission via MQTT/NB-IoT

  • Hands-on use of 5G IoT development boards and cloud dashboards

  • Multiple sensor integration and hardware control

  • Access and development on OneNet IoT platform

  • Design and implementation of custom data visualization interfaces

  • AI-enhanced decision-making using GPT API integration

  • Progressive programming curriculum (Blockly → Arduino C++ → JavaScript)

  • Focus on automation, smart logic, and real-world IoT applications

  • Real-time data collection and transmission via MQTT/NB-IoT

  • Hands-on use of 5G IoT development boards and cloud dashboards

  • Multiple sensor integration and hardware control

  • Access and development on OneNet IoT platform

  • Design and implementation of custom data visualization interfaces

  • AI-enhanced decision-making using GPT API integration

  • Progressive programming curriculum (Blockly → Arduino C++ → JavaScript)

  • Focus on automation, smart logic, and real-world IoT applications

  • Real-time data collection and transmission via MQTT/NB-IoT

  • Hands-on use of 5G IoT development boards and cloud dashboards

  • Multiple sensor integration and hardware control

  • Access and development on OneNet IoT platform

  • Design and implementation of custom data visualization interfaces

  • AI-enhanced decision-making using GPT API integration

  • Progressive programming curriculum (Blockly → Arduino C++ → JavaScript)

  • Focus on automation, smart logic, and real-world IoT applications

Learning Outcome

Learning Outcome

Learning Outcome

  • Understand 5G and IoT communication protocols such as MQTT and NB-IoT

  • Set up and configure a complete IoT system with sensors and cloud integration

  • Develop device logic using visual and code-based programming environments

  • Design interactive dashboards to visualize real-time data

  • Analyze sensor data and apply automation logic using AI tools

  • Build scalable and intelligent systems for smart cities, home automation, and industry use cases

  • Understand 5G and IoT communication protocols such as MQTT and NB-IoT

  • Set up and configure a complete IoT system with sensors and cloud integration

  • Develop device logic using visual and code-based programming environments

  • Design interactive dashboards to visualize real-time data

  • Analyze sensor data and apply automation logic using AI tools

  • Build scalable and intelligent systems for smart cities, home automation, and industry use cases

  • Understand 5G and IoT communication protocols such as MQTT and NB-IoT

  • Set up and configure a complete IoT system with sensors and cloud integration

  • Develop device logic using visual and code-based programming environments

  • Design interactive dashboards to visualize real-time data

  • Analyze sensor data and apply automation logic using AI tools

  • Build scalable and intelligent systems for smart cities, home automation, and industry use cases

Equipment Provided by School
  • Personal laptop (Windows/macOS) with USB port

  • Stable internet connection for cloud services and programming platforms

  • Basic computer literacy and willingness to explore hardware and coding

  • Personal laptop (Windows/macOS) with USB port

  • Stable internet connection for cloud services and programming platforms

  • Basic computer literacy and willingness to explore hardware and coding

  • Personal laptop (Windows/macOS) with USB port

  • Stable internet connection for cloud services and programming platforms

  • Basic computer literacy and willingness to explore hardware and coding

Teaching Materials Provided By Semtron
  • IoT development board with 5G and NB-IoT capabilities

  • External antenna

  • MQTT communication module

  • Type-C data cable

  • Access to OneNet IoT platform for cloud data management

  • Sensors for environment monitoring (e.g., temperature, humidity, gas)

  • Micro:Bit board (if required)

  • Online and printed learning materials

  • Software libraries and code templates for Arduino, Blockly, and JavaScript

  • IoT development board with 5G and NB-IoT capabilities

  • External antenna

  • MQTT communication module

  • Type-C data cable

  • Access to OneNet IoT platform for cloud data management

  • Sensors for environment monitoring (e.g., temperature, humidity, gas)

  • Micro:Bit board (if required)

  • Online and printed learning materials

  • Software libraries and code templates for Arduino, Blockly, and JavaScript

  • IoT development board with 5G and NB-IoT capabilities

  • External antenna

  • MQTT communication module

  • Type-C data cable

  • Access to OneNet IoT platform for cloud data management

  • Sensors for environment monitoring (e.g., temperature, humidity, gas)

  • Micro:Bit board (if required)

  • Online and printed learning materials

  • Software libraries and code templates for Arduino, Blockly, and JavaScript

  • More Works More Works

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