Innovative Teaching on IOT(18CS81)

Subject: IOT(18CS81)
Title: Internet of Things
Date: [I5/04/2024 & 16/04/2024]
Faculty In-Charge: Dr. Divakar Harekal
Venue: ISE SEMINAR HALL

1. Introduction
The Internet of Things (IoT) is transforming industries through interconnected devices, real-time data analytics, and automation. As this technology evolves, there is a growing need for innovative teaching strategies that prepare students for practical and industry-relevant IoT applications. This report explores modern, effective teaching methods that enhance engagement, understanding, and hands-on experience in IoT education.

2. Challenges in Teaching IoT

• Rapidly evolving technology
• Multidisciplinary nature (hardware, software, networking, data science)
• High cost of IoT hardware
• Need for real-world problem-solving skills

3. Innovative Teaching Methods
3.1 Project-Based Learning (PBL)
Students work on real-world IoT problems, designing and building working prototypes using microcontrollers (e.g., Arduino, Raspberry Pi) and sensors.
Example: Smart home system project integrating temperature, motion, and light sensors.
3.2 Flipped Classroom
Traditional lectures are replaced with pre-class video content, and classroom time is used for
discussions, hands-on experiments, and collaborative problem-solving.
Benefits: Encourages active learning and improves conceptual understanding.
3.5 Industry Collaboration and Hackathons
Partnerships with IoT companies bring real-world problems into the classroom. Hackathons
encourage rapid prototyping and team collaboration.
Outcome: Builds soft skills and prepares students for real-world scenarios.
g an IoT-based irrigation monitoring system for agriculture students.

4. Tools and Platforms for IoT Education
Tool/Platform Description Arduino IDE Programming and managing IoT devices Node-RED Flow-based development for IoT apps Blynk Mobile apps for IoT device control ThingSpeak Cloud-based IoT analytics platform TinkerCAD Virtual prototyping and simulation

5. IMPACT

• Improved hands-on skills
• Enhanced creativity and problem-solving
• Better engagement and motivation
• Industry readiness

6.Conclusion
Innovative teaching methods in IoT education are essential to keep pace with industry
advancements. By combining theory with hands-on and immersive experiences, educators
can equip students with the skills needed to innovate and excel in the IoT ecosystem.