🎯 Course Overview
Comprehensive IoT course covering hardware programming, wireless communication, and cloud integration.
- Duration: 16 weeks (4 credit hours)
- Prerequisites: Basic programming and electronics
- Platforms: Arduino, ESP32, Raspberry Pi
- Level: Intermediate
In Development
UNIVERSITY OF DELHI SYLLABUS
📘 Course Curriculum
Unit-wise syllabus aligned with the University of Delhi curriculum.
Unit 1: IoT Fundamentals and Architecture
- IoT concepts and characteristics
- Reference architecture
- Edge, fog and cloud layers
Unit 2: Sensors, Actuators and Hardware
- Sensor and actuator types
- Microcontrollers (Arduino, Raspberry Pi)
- Embedded systems basics
Unit 3: IoT Protocols and Connectivity
- MQTT and CoAP
- BLE, Zigbee and LPWAN
- Wi-Fi and cellular IoT
Unit 4: Data Handling and Analytics
- Data acquisition and streaming
- Edge analytics
- Cloud platforms and dashboards
Unit 5: IoT Applications and Security
- Smart home, city and industry
- Device security and privacy
- Secure firmware updates
🛠️ Hardware & Tools
Hands-on learning with industry-standard IoT hardware:
- Microcontrollers: Arduino Uno, ESP32, NodeMCU
- Sensors: DHT22, ultrasonic, PIR, gas sensors
- Communication: WiFi, Bluetooth, LoRa modules
- Platforms: Raspberry Pi, development boards
- Cloud: AWS IoT, Google Cloud IoT, ThingSpeak
- Tools: Arduino IDE, PlatformIO, Node-RED
🎯 Learning Outcomes
Upon completion, students will be able to:
- Design end-to-end IoT systems
- Program microcontrollers and embedded systems
- Implement various communication protocols
- Integrate IoT devices with cloud platforms
- Develop secure and scalable IoT solutions
- Create intelligent automated systems
📊 Assessment Methods
Practical assessment through hands-on projects:
- Laboratory Work (40%): Hardware development
- Course Projects (35%): Real IoT implementations
- Mid-term Exam (10%): Theoretical concepts
- Final Project (15%): Comprehensive IoT solution
🌟 Real-World Applications
Develop IoT solutions for various domains:
- Smart Home & Building Automation
- Environmental Monitoring
- Smart Agriculture & Precision Farming
- Healthcare & Remote Monitoring
- Industrial Automation (IIoT)
- Smart Cities & Transportation
🚀 Hardware Lab Setup in Progress
We're establishing a state-of-the-art IoT laboratory with Arduino, Raspberry Pi, sensors, and communication modules. Hands-on laboratory exercises are an integral part of this course.