| Module | Concept lecture |
|---|---|
| 0 | General IoT Introduction Work on IoT at IIITH |
| Basic Electronics | |
| Embedded Programming basics: C++, Pointers, OOPs |
|
| Arduino IDE, Basics | |
| 1 | Introduction to Transducers |
| Sensor Physics | |
| Actuators Physics | |
| Sensor Module – from Transducer to the output – Filters, Amplifiers | |
| ADCs, DACs | |
| Interfacing Sensor Modules | |
| Wired Communication | |
| 2 | Arduino Architecture, |
| AVR, SAM, ESP32, Pentinum, Multicore | |
| Memory, NVM types | |
| Interrupts, Timers on Arduino, ESP32, etc. | |
| Battery Technology | |
| Bringing it together: Sensor, Actuator, Controller | |
| 3 | Communication and Networking |
| 4 | Edge, Fog and Cloud Computing – Principles, Architectures and Applications
Data security – IoT Security Threats, Security Frameworks for IoT Data Privacy |
| Data Types, Characteristics of Big Data, Data Flow | |
| 5 | Classification using Support Vector Machine, Bayesian Models |
| Decision Trees | |
| Ensemble Learning | |
| Applications of ML in IoT |
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