Industrial 4.0 - IoRT (Internet of Robotics Things)

About The Course:

Fourth industrial revolution helps to increase the productivity of an industry and help the industry to be a smart manufacturing unit. It creates the bond between the customers and create an ease communication. That helps to improve the quality of the products. We can access the date regarding productivity, safety and security easily. It can monitor the health regarding issues even we are miles apart. 

Importance:

Industrial 4.0 helps the manufacturer or the industry to survey the market strategies in order to face the demands. It helps the manufacturer to work according to the consumer prospective.

Syllabus:

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1. History of Industrial Revolution.
2. History of embedded system.
3. Basic Electrical and Electronics Components
4. What is uP and uC and its history
   1. Exposure to different architectures (RISC vs. CISC)
   2. Application of Embedded systems in today’s world.
   3. Embedded Systems in Industry
5. Warm-up session
   1. Measurement and overview of basic components.
      1. Breadboard
      2. Resistor
      3. Potentiometer.
      4. Capacitor.
      5. Transistor
      6. Diodes.
      7. Led.
      8. DC Motor
      9. Relay
      10. Switches
6. Making of Manual Robot
7. Fundamentals of AVR
   1. Introduction to AVR family.
   2. Learning AVR used in the board.
   3. Getting used to the platform.
   4. Using WINAVR for programming.
   5. Understanding AVR instruction set.
   6. Assembly vs. C
8. programming AVR
   1. Configuring ports and controlling their status
   2. Interfacing:
      1. Led, Seven segments.
      2. Switch
      3. IR sensor
9. Making of Autonomous Robot (Line follower, Edge detector)
10. UART Protocol
    1. Serial and Parallel Communication
    2. CP2102 Bridge communication
    3. Bluetooth Connection.
11. ADC protocol
    1. Interface lm35. LDR sensor
12. Installation of NodeMCU in Arduino Platform
13. Warmup session with NodeMCU.
14. Project Using RFID and NodeMCU.
15. What is IoT
16. Why IoT & its application in various field.
17. Networks.
    1. Types of networks.
    2. Converged N/W.
    3. ISP
    4. IP addressing.
    5. IP address management.
    6.  Protocols uses for data transmit and receive in internet.
    7. Design network using Packet tracer (Optional)(2days needed) 
18. Create own Access Point (Hotspot) and connection to a Station using NodeMCU
19. Client Server communication.
20. Create own Server using NodeMCU
21. Modeling of LAN, MAN & WAN using ESP8266.
22. Element of IoT/IoE
    1. Things.
    2. Data.
    3. People.
    4. Process.
23. Data Logging to cloud.
    1. Blynk
    2. Cayenne
    3. Adafruit
24. Communicating Things with AI (Google Assistant, Alexa, Cortana etc.)
25. Live Projects.