Course Description
About the Course
Abhijith Electronic Solution offers practical, industry-oriented training in Internet of Things (IoT) development, covering embedded hardware, wireless communication, cloud integration, and web-based monitoring.
Participants will learn to develop connected devices using ESP32, interface sensors and actuators, transmit data over Wi-Fi, implement MQTT communication, and visualize real-time sensor data through cloud platforms and dashboards.
The program emphasizes hands-on experiments, device-to-cloud communication, IoT system architecture, data monitoring, troubleshooting, and project development.
Key Learning Outcomes
- Understand IoT architecture and connected-device technologies.
- Program ESP32 using Arduino IDE.
- Interface sensors, actuators, and electronic modules.
- Implement Wi-Fi connectivity and HTTP communication.
- Publish and subscribe to MQTT messages.
- Integrate devices with cloud services.
- Develop dashboards for real-time sensor monitoring.
- Build and demonstrate complete IoT applications.
Why Choose Abhijith Electronic Solution?
- Hands-on hardware and firmware training.
- Industry-oriented IoT development practices.
- Sensor integration and cloud connectivity.
- Real-time dashboards and project demonstrations.
- Internship guidance and customized college workshops.
- Corporate training aligned with industrial requirements.
Who Can Join?
Engineering students, polytechnic students, graduates, project developers, and beginners interested in embedded systems, IoT, automation, and connected-device development.
Abhijith Electronic Solution offers practical, industry-oriented training in Internet of Things (IoT) development, covering embedded hardware, wireless communication, cloud integration, and web-based monitoring.
Participants will learn to develop connected devices using ESP32, interface sensors and actuators, transmit data over Wi-Fi, implement MQTT communication, and visualize real-time sensor data through cloud platforms and dashboards.
The program emphasizes hands-on experiments, device-to-cloud communication, IoT system architecture, data monitoring, troubleshooting, and project development.
Key Learning Outcomes
- Understand IoT architecture and connected-device technologies.
- Program ESP32 using Arduino IDE.
- Interface sensors, actuators, and electronic modules.
- Implement Wi-Fi connectivity and HTTP communication.
- Publish and subscribe to MQTT messages.
- Integrate devices with cloud services.
- Develop dashboards for real-time sensor monitoring.
- Build and demonstrate complete IoT applications.
Why Choose Abhijith Electronic Solution?
- Hands-on hardware and firmware training.
- Industry-oriented IoT development practices.
- Sensor integration and cloud connectivity.
- Real-time dashboards and project demonstrations.
- Internship guidance and customized college workshops.
- Corporate training aligned with industrial requirements.
Who Can Join?
Engineering students, polytechnic students, graduates, project developers, and beginners interested in embedded systems, IoT, automation, and connected-device development.
What You'll Learn
Module 1: IoT Fundamentals
- Introduction to Internet of Things.
- IoT architecture and communication models.
- Sensors, actuators, gateways, and connected devices.
- Applications in smart homes, agriculture, healthcare, and industry.
Module 2: ESP32 Programming
- ESP32 architecture and development board overview.
- Arduino IDE setup and firmware uploading.
- GPIO, ADC, PWM, and digital I/O.
- Sensor and actuator interfacing.
- Serial monitoring and debugging.
Module 3: Sensors and Data Acquisition
- Temperature and humidity sensors.
- Air quality and environmental monitoring sensors.
- Ultrasonic and proximity sensors.
- Analog and digital data acquisition.
- Sensor calibration fundamentals and measurement limitations.
Module 4: Wireless Communication
- Wi-Fi configuration and connectivity.
- HTTP requests and REST API fundamentals.
- MQTT protocol and publish-subscribe architecture.
- MQTT broker configuration and topic management.
- IoT device communication troubleshooting.
Module 5: Cloud Integration
- IoT cloud architecture.
- Sending sensor data to cloud platforms.
- Device authentication and API keys.
- Cloud data storage and retrieval.
- Remote monitoring and device control.
Module 6: Dashboard Development
- Real-time sensor visualization.
- Charts, gauges, and status indicators.
- Historical data monitoring.
- Threshold-based alerts and notifications.
- Web dashboard integration with IoT devices.
Module 7: IoT Security and Testing
- Wi-Fi and network security fundamentals.
- Credential management and secure communication.
- Connectivity testing and troubleshooting.
- Basic reliability and performance testing.
Module 8: Hands-on Projects
- IoT-based environmental monitoring system.
- Smart agriculture monitoring.
- Wireless water-level monitoring.
- Cloud-connected home automation.
- Final IoT dashboard with live sensor data and project documentation.
- Introduction to Internet of Things.
- IoT architecture and communication models.
- Sensors, actuators, gateways, and connected devices.
- Applications in smart homes, agriculture, healthcare, and industry.
Module 2: ESP32 Programming
- ESP32 architecture and development board overview.
- Arduino IDE setup and firmware uploading.
- GPIO, ADC, PWM, and digital I/O.
- Sensor and actuator interfacing.
- Serial monitoring and debugging.
Module 3: Sensors and Data Acquisition
- Temperature and humidity sensors.
- Air quality and environmental monitoring sensors.
- Ultrasonic and proximity sensors.
- Analog and digital data acquisition.
- Sensor calibration fundamentals and measurement limitations.
Module 4: Wireless Communication
- Wi-Fi configuration and connectivity.
- HTTP requests and REST API fundamentals.
- MQTT protocol and publish-subscribe architecture.
- MQTT broker configuration and topic management.
- IoT device communication troubleshooting.
Module 5: Cloud Integration
- IoT cloud architecture.
- Sending sensor data to cloud platforms.
- Device authentication and API keys.
- Cloud data storage and retrieval.
- Remote monitoring and device control.
Module 6: Dashboard Development
- Real-time sensor visualization.
- Charts, gauges, and status indicators.
- Historical data monitoring.
- Threshold-based alerts and notifications.
- Web dashboard integration with IoT devices.
Module 7: IoT Security and Testing
- Wi-Fi and network security fundamentals.
- Credential management and secure communication.
- Connectivity testing and troubleshooting.
- Basic reliability and performance testing.
Module 8: Hands-on Projects
- IoT-based environmental monitoring system.
- Smart agriculture monitoring.
- Wireless water-level monitoring.
- Cloud-connected home automation.
- Final IoT dashboard with live sensor data and project documentation.
Requirements
- - Laptop or desktop computer.
- - ESP32 development board.
- - USB cable compatible with the selected development board.
- - Sensors, jumper wires, breadboard, and basic electronic components.
- - Wi-Fi internet access for cloud integration.
- - Access to the selected IoT cloud platform and MQTT broker.
- - Willingness to participate in practical experiments and project development.
Prerequisites
- - Basic computer knowledge.
- - Basic electronics knowledge is beneficial.
- - Basic C/C++ programming is helpful but not mandatory for beginner-level batches.
- - No previous IoT experience is required.
- - Suitable for engineering students, polytechnic students, graduates, and IoT enthusiasts.
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