Overview
- Introduction to Internet of Things (IoT) concepts and applications
- Understanding of IoT architecture (sensors, network, cloud, applications)
- Study of hardware components like sensors, actuators, microcontrollers (Arduino, Raspberry Pi)
- Knowledge of communication protocols (MQTT, CoAP, HTTP, Bluetooth, Wi-Fi)
- Basics of embedded systems and programming (Python, C, Arduino IDE)
- Working with cloud platforms for IoT (data storage and analytics)
- Hands-on experience in real-time IoT projects (smart home, smart agriculture, etc.)
- Understanding of data collection, processing, and visualization
- Introduction to IoT security and privacy issues
Our Trainers
Dipanshu Upadhyay
Director - Harmono Private Limited, Founder- Builds your mind. He is a technology driven enterpreneur, electronics innovator and expert speaker working at the intersection of cybersecurity, electronics engineering and smart technology development. His goal is to promote practical engineering learning, innovation culture, and indigenous technology development in India.
Modules
Module 1: Introduction to IoT (Day 1)
- Overview of IoT and its applications
- IoT architecture (Perception, Network, Application layer)
- Industry 4.0 concept
Module 2: IoT Hardware Basics (Day 2–3)
- Sensors and actuators
- Microcontrollers (Arduino, NodeMCU)
- Interfacing basics
Module 3: Programming for IoT (Day 4–5)
- Arduino IDE setup
- Basic programming (LED, sensor reading)
- Serial communication
Module 4: Communication Technologies (Day 6–7)
- Wi-Fi, Bluetooth, Zigbee basics
- Introduction to MQTT & HTTP protocols
- Module 5: Cloud & IoT Platforms (Day 8–9)
- Introduction to IoT cloud (Blynk, ThingSpeak)
- Data storage and visualization
- Dashboard creation
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Module 6: IoT Data Handling (Day 10)
- Data collection and processing
- Basics of analytics
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Module 7: IoT Security (Day 11)
- Security challenges in IoT
- Basic encryption and authentication concepts
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Module 8: Mini Project Development (Day 12)
- Project design and implementation
- Examples: Smart Home, Smart Agriculture, Health Monitoring
- Final demonstration and presentation
Outcomes
- CO1: Understand basic concepts and architecture of IoT systems
- CO2: Identify and use IoT hardware components like sensors, actuators, and microcontrollers
- CO3: Apply communication protocols (Wi-Fi, Bluetooth, MQTT, HTTP) in IoT applications
- CO4: Develop simple IoT-based applications using programming (Arduino/Python)
- CO5: Analyze real-time data using cloud platforms and dashboards
- CO6: Design and implement a mini IoT project for real-world problems
