Innovating the Curriculum: Preparing Educators for IoT Laboratory Integration.
SUBJECT: Faculty Development Program associated with GPT Pendurthi and MYACCESS
An exciting and informative two-day workshop on IoT & Sensors, hosted at Government Polytechnic, Pendurthi in collaboration with MYACCESS. This Faculty Development Program is designed to equip educators with the knowledge and skills necessary for the newly introduced IoT Laboratory curriculum in the Diploma in ECE.
We are excited to share the details of our two-day IoT & Sensors Workshop, a collaborative effort between GPT Pendurthi and MYACCESS.
Check out the poster below for more information:
Purpose of the Workshop
The integration of the Internet of Things (IoT) into educational curriculam represents a significant advancement in how we prepare students for the technological demands of the future. Recognizing the need for a robust and comprehensive IoT Laboratory curriculum within the Diploma in Electronics and Communication Engineering (ECE), the State Board of Technical Education and Training (SBTET) has reached out to all polytechnic colleges to contribute to the creation of an instructional manual for this groundbreaking subject.
Among all the polytechnic institutes in Andhra Pradesh, Government Polytechnic, Pendurthi stands out as the only institution with a direct industry connection. This unique position allows GPT Pendurthi to bridge the gap between academic theory and practical industry applications. To leverage this advantage, GPT Pendurthi has partnered with MYACCESS, a leading industry player, to spearhead this crucial initiative.
The collaborative effort between Government Polytechnic, Pendurthi and MYACCESS aims to create a detailed and comprehensive manual for the IoT Laboratory curriculum. This manual not only covers theoretical aspects but also provide extensive practical guidelines and hands-on exercises that are essential for a thorough understanding of IoT technologies. The objective is to produce a resource that will serve as a cornerstone for the new curriculum, ensuring that it is both cutting-edge and applicable to real-world scenarios.
The partnership between an academic institution and an industry leader like MYACCESS ensures that the curriculum and the accompanying manual will reflect the latest technological advancements and industry standards. This collaboration is intended to equip educators with the necessary tools and knowledge to teach IoT effectively, thereby fostering a new generation of skilled professionals who are well-versed in the latest technological trends and innovations.
By participating in this workshop, educators will gain invaluable insights into the practical applications of IoT, learn best practices from industry experts, and contribute to the development of a curriculum that is both forward-thinking and deeply rooted in practical expertise. This initiative not only supports the educational objectives of the IoT Laboratory curriculum but also strengthens the overall quality of technical education in Andhra Pradesh.
Detailed Agenda of the Workshop
An in-depth look at the activities and learning objectives for our two-day IoT & Sensors Workshop. This workshop is meticulously designed to offer participants a comprehensive hands-on experience with the ESP8266 board and the Blynk IoT platform. The workshop is divided into four main sections:
Familiarization
Basic Interfacing
Advanced Interfacing
Application Development.
Overview
This 2-day workshop aims to provide participants with hands-on experience in working with the ESP8266 board and the Blynk IoT platform. The workshop is structured into four main sections: Familiarization, Basic Interfacing, Advanced Interfacing, and Application Development. By the end of the workshop, participants will be able to build a small IoT prototype using multiple sensors and control mechanisms.
Day 1: Familiarization and Basic Interfacing
Section 1: Familiarization
Objective: Understand the ESP8266 board, Arduino IDE, and Blynk IoT.
Activities:
1. Familiarize with ESP8266 Board:
Hardware Overview: Learn about the pin configuration, layout, power requirements, and connectivity options.
Resources: ESP8266 Documentation.
2. Familiarize with ARDUINO IDE:
Installation: Download and install the ARDUINO IDE.
Setup: Configure the ARDUINO IDE for ESP8266 by installing the ESP8266 board package.
Basic Sketch: Write, compile, and upload a basic “Blink” sketch to the ESP8266.
Resources: Arduino IDE Installation Guide.
3. Familiarize with Blynk IoT:
Account Setup: Create a Blynk account and start a new project.
Dashboard Configuration: Understand how to add and configure widgets on the Blynk dashboard.
Resources: Blynk Documentation.
End Familiarization
Section 2: Basic Interfacing
Objective: Learn to interface basic components with the ESP8266 and control them using the Blynk IoT app.
Activities:
1. Interface LED with ESP8266:
Connections: Connect an LED to a GPIO pin on the ESP8266.
Blynk Setup: Add a button widget in the Blynk app to control the LED.
Code: Write a sketch to control the LED based on Blynk app input.
2. Interface DHT11 Sensor for Temperature:
Connections: Connect the DHT11 sensor to the ESP8266.
Blynk Setup: Add a value display widget to show temperature readings.
Code: Write a sketch to read temperature data and send it to Blynk.
3. Interface DHT11 Sensor for Humidity:
Connections: Connect the DHT11 sensor to the ESP8266.
Blynk Setup: Add a value display widget to show humidity readings.
Code: Write a sketch to read humidity data and send it to Blynk.
4. Interface AC Load with ESP8266:
Connections: Connect a relay module to control an AC load using the ESP8266.
Blynk Setup: Add a button widget in the Blynk app to control the relay.
Code: Write a sketch to control the AC load via the relay based on Blynk app input.
End Basic Interfacing
Day 2: Advanced Interfacing and Application Development
Section 3: Advanced Interfacing
Objective: Interface advanced sensors and actuators with the ESP8266 and display/control them using the Blynk IoT app.
Activities:
1. Interface Ultrasonic Sensor with ESP8266:
Connections: Connect the ultrasonic sensor to the ESP8266.
Blynk Setup: Add a value display widget to show distance readings.
Code: Write a sketch to measure distance and send the data to Blynk.
2. Interface Soil Moisture Sensor with ESP8266:
Connections: Connect the soil moisture sensor to the ESP8266.
Blynk Setup: Add a value display widget to show soil moisture readings.
Code: Write a sketch to measure soil moisture and send the data to Blynk.
3. Interface Servo Motor with ESP8266:
Connections: Connect a servo motor to the ESP8266.
Blynk Setup: Add a slider widget in the Blynk app to control the servo motor.
Code: Write a sketch to control the servo motor position based on Blynk app input.
End Advanced Interfacing
Section 4: Application Development
Objective: Develop a practical IoT application using the ESP8266 and Blynk IoT.
Activities:
1. Interface Temperature Sensor with ESP8266 to Control a Fan:
Connections: Connect a temperature sensor and a relay module to control a fan using the ESP8266.
Blynk Setup: Add value display widgets to monitor temperature and fan status.
Code: Write a sketch to turn on the fan when the temperature exceeds a threshold and send the status to Blynk.
2. Build a Webserver on ESP8266 to Control LED:
Connections: Connect an LED to the ESP8266.
Setup: Write a sketch to set up a web server on the ESP8266.
Web Control: Control the LED through the web interface.
3. Build a Small Prototype Using Any Three Sensors and Blynk IoT:
Project Selection: Choose any three sensors from the workshop (e.g., DHT11, ultrasonic sensor, soil moisture sensor).
Integration: Integrate the sensors with the ESP8266 and create a comprehensive project.
Blynk Setup: Configure the Blynk app to display data and control actuators.
Code: Write a comprehensive sketch to handle the sensors and actuators.
End Application Development
Conclusion
By the end of this workshop, participants will have gained a solid understanding of the ESP8266 board, interfaced various sensors and actuators, and developed a small IoT prototype using the Blynk IoT platform. This foundational knowledge will empower participants to explore more complex IoT projects in the future.
Conclusion
The IoT & Sensors Workshop at GPT Pendurthi, in collaboration with MYACCESS, promises to be an enriching and transformative experience for all participants(lecturers). Over the course of two days, educators gain hands-on experience with the ESP8266 board and the Blynk IoT platform, equipping them with the skills and knowledge needed to implement the new IoT Laboratory curriculum effectively.
By exploring a range of activities from basic interfacing to advanced application development, participants leave the workshop with a solid foundation in IoT technologies and the confidence to guide their students through this exciting field. This initiative not only prepares educators to meet the evolving demands of modern technology but also ensures that our educational institutions remain at the forefront of innovation.
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