The document outlines the course objectives and content for an "EE3020 Smart System Automation" course, which introduces smart system technologies and their applications in areas like home automation, smart appliances, wearable devices, and robotics. The course covers key topics across 5 units and includes hands-on laboratory exercises and projects using technologies like Arduino, Raspberry Pi, and embedded processors to design and implement smart automation systems. Assessment includes assignments and a mini-project designing a smart automation system of the student's choice.

1. EE3020 Smart System
Automation
Prepared by
Dr. V. Suresh, M.E., Ph.D.,
Assistant Professor,
Department of Electrical and Electronics Engineering,
Loyola Institute of Technology,
Chennai-123.

2. Course Outcome
• To introduce the smart system technologies and its role in real time
applications
• To teach the architecture and requirements of Home Automation.
• To provide an insight into smart appliances and energy management
concepts.
• To familiarize the design and needs of smart wearable devices
• To teach the basics of robotics and its role for automation.

3. UNIT I INTRODUCTION
Overview of a smart system - Hardware and software selection - Smart
sensors and Actuators –Communication protocols used for smart systems.

4. UNIT II HOME AUTOMATION
Home Automation – System Architecture - Essential Components- Design
Considerations: Control Unit, Sensing Requirements, Communication, Data
Security.

5. UNIT III SMART APPLIANCES
AND ENERGY MANAGEMENT
Significance of smart appliances for energy management -Smart Meters:
Significance, Architecture & Energy Measurement Technique – Security
Considerations.

6. UNIT IV SMART WEARABLE
DEVICES
Body Area Networks - Sensors– communication protocol for Wearable devices-
Application of Smart Wearable in Healthcare & Activity Monitoring.

7. UNIT V EMBEDDED SYSTEMS
AND ROBOTICS
Fundamental concepts in Robotics- Robots and Controllers components -
Embedded processor based: pick and place robot- Mobile Robot Design- UAV.

8. LAB COMPONENTS:
1. Laboratory exercise: Use Arduino/ R pi/ any other Embedded processors to
give hands on training to understand concepts related to smart automation.
a) Hands on experiments based on Ubidots & Thing speak / Open-source Analytics Platform
b) Design and implementation of a smart home system .
c) Bluetooth Based Home Automation Project using Android Phone
d) GSM Based Home Devices Control
e) Pick and place robots using Arduino/ any suitable Embedded processor
2. Assignment: Revolution of Smart Automation system across the world and
its current scope available in India
3. Mini project: Design of a Smart Automation system ( for any application of
students choice)

9. Total=30+30=60 Periods
• .