Techno Expert 1

“Techno Expert”

108 hours Training & Learning on “Embedded System, Robotics & Automation”

 

For: - 1st, 2nd, 3rd, 4th year B. E. / B. Tech. (ECE, EE, EEE, EIC, CS, IT, ME, Automobile), M. E./ M. Tech., PhD, MCA, BCA, B. Sc., M. Sc., Diploma, I. T. I., & professionals.

Projects Cover: -

During this training each and every student is going to design own following projects with their own hands using their own “Personal Robotic Lab”:

  1. Wired Controlled Robot.
  2. Wireless Controlled Robot.
  3. Line Follower Robot.
  4. Collision Avoidance Robot.
  5. GSM/Mobile Phone Operated Robot.
  6. Fire Sensors.
  7. LED Blinking.
  8. Home Automation Using Mobile Phone.
  9. 7-Segment Display Interface.
  10. Pattern Generation.
  11. Decorating Light.
  12. Automatic Plant Irrigator.
  13. Water Level Indicator.
  14. Darkness Control Light System.
  15. Gateway Counter.
  16. Remote Controlled Vehicle.
  17. Boundary Constrained Robot.
  18. ISP – Micro-Controller Burner.
  19. Battery Charger.
  20. Electronic Fuse/ Short Circuit Indicator.
  21. Battery Level Indicator.
  22. Multiplexed 7 – Segment Display.
  23. 8-Bit LCD Control.
  24. Dynamic Moving LCD Display.
  25. Linear & Matrix Keypad Interfacing.
  26. Password Protected Entry System.
  27. RF ID Base Authentication System.

Topics Cover: -

The training is going to cover & give practical hands on following topics:

  • Introduction (Robotics & Embedded System) &.Course Overview.
  • Kit Overview & Basic Electronics Fundamentals.
  • Description of Components, uses & differences.
  • Fundamental Knowledge of Electronics.
  • Bread-Boarding: Placement & Routing.
  • Fundamental Knowledge of Mechanical.
  • Workshop Knowledge and Discipline.
  • Switches & Operation.
  • Remote Control Design.
  • Control Unit Architecture.
  • Control Logic Design.
  • Manually Controlled Operation.
  • Circuit Designing & Integrated Circuits.
  • Sensors: Circuits, Types & Uses.
  • Motor Driving Circuit.
  • Configuration Management.
  • Colour Theory.
  • Environment Effects.
  • Power Unit Design.
  • Power Optimization.
  • Cost Optimization.
  • Applications of Robotics.
  • Different Modules of Robotic System.
  • Plastic, Metal and Wood Chassis.
  • Artificial Intelligence.
  • Idea Implementation.
  • Project Designing.
  • Embedded System and Micro-Controller.
  • 8051 Micro-controller Family.
  • Internal Architecture of RAM
  • 8051 Programming Architecture
  • PIN Description of 8051/8031
  • Input/output Pin Architecture of 8051
  • Assembly Language Programming.
  • Embedded C Language Programming.
  • Input – Output Interfacing.
  • Programming Simulation
  • LED Interfacing
  • DIP Switch Interfacing
  • Sensors & Sensor Interfacing
  • Switch Interfacing
  • 7-Segment Interface
  • Pattern Generation on 7-segment
  • Serial Protocols

> I2C

               > UART

  • Analysis of EMI & EMC.
  • Circuit Design Issues.
  • Soldering & De-soldering.
  • Different Segments Connectivity and Display.
  • DTMF Logic Study.
  • Encoder & Decoder.
  • Wireless Communication.
  • ISM Band.
  • RF Signal.
  • Master-Slave Communication.
  • Electro-Magnetic Spectrum.
  • Antenna.
  • Types of System & System Hierarchy.
  • Interfacing.
  • Debugging.
  • ‘Kaizen Tech’ Test & Competition among participants.
  • Result & Revision.
  • Conclusion & Videos.
  • Writing research paper.
  • IPR.

For Students: -

  • A Personal Robotic Lab will be given to Every Students i.e. 1 Personal Robotic Kit worth Rs. 4,000/- per student during training period that student will take away with them.
  • Personal Robotic Lab consisting of:-

ü  8051 Experiment Board

ü  RF ID Reader & Cards

ü  Multimeter.

ü  LEDs: 3mm, 5mm; W/W, W/R, W/G, W/O, W/B, W/IR, R/R, G/G.

ü  Micro-Controller: AT89S52.

ü  RF Module: 433 MHz.

ü  Resisters: Fixed, Variable Resister & Resister Array.

ü  Capacitors: Ceramic, Polyester & Electrolytic.

ü  Diodes: Normal Diode, Power Diode.

ü  Bread-Board & Vero Board.

ü  Displays: Numeric & Common Anode/Cathode.

ü  Relays.

ü  Switches: Reset Switch, Push-to-On-Push-to-Off, DPDT, DIP.

ü  Transistors: NPN, PNP, Power Transistor.

ü  Crystal Oscillator: 3.57 MHz, 11.0592MHz.

ü  Sensors: Analog, Digital, Light, Heat.

ü  ICs: 7805, 7404, 7408, LM324, NE555.

ü  IC Base: 8 Pin, 14 Pin, 16 Pin, 18 Pin, 20 Pin, 40 Pin.

ü  Burg Strip: Male, Female.

ü  Encoder: HT12E.

ü  Decoder: DTMF Decoder MT8870, HT12D.

ü  Relay Driver: ULN2803.

ü  Motor Driver: L293D.

ü  DC Gear Motor: 100/150 RPM.

ü  Dummy Motors.

ü  Wheels.

ü  Chassis: Plastic & Metal.

ü  Remote Box.

ü  Soldering Iron Set: Soldering Iron, Iron Stand, Desoldering Pump, Flux, Foam.

ü  Isolators.

ü  Connectors: 2 Pin, 3 pin Relement Connectors.

ü  Wire Stripper.

ü  Nipper.

ü  Wires: Single & Multi Line Wire, Single Core & Multi Core Wire.

ü  Nose Pliers.

ü  Screw Driver.

ü  Twisser.

ü  Hack saw.

ü  Battery: Non-Rechargeable 9V & Chargeable 6V.

ü  Battery Charger.

ü  Micro-controller Burner.

ü  Toy Car.

ü  Insulation Tape.

ü  Nutt-Bolt.

ü  Glue.

ü  Carry Boxes.

  • Every participant will take away their Robotic Models.
  • Full Study Material containing:

ü  8051 Micro-controller Book: Mazidi – Mazidi – McKinlay. (Optional On extra cost)

ü  Data Sheets

ü  Report Matter

ü  Course Layout

ü  Project Coverage