1.0. Presents. techathon 3.0

Transcription

1 1.0 Presents techathon 3.0

2 Course Content - techathon techathon 3.0 is a Robotics and Embedded systems Workshop designed by team Robo-Minions. It is a 2 days workshop with each day divided into two sessions (total 16hrs). The main intention of the workshop is to motivate Participants to develop their own Robots and electronic gadgets by providing them all the necessary knowledge with hands on exposure. Participants will build around 30 projects during the workshop. Different concepts, which will be taught during the workshop are as mentioned below, 1. Introduction to AVR Microcontroller. a. Exposure to different Architecture (RISC vs. CISC) b. Atmel MCU series. c. Advantages of Arduino over conventional Microcontrollers. d. Understanding the Microcontroller board. e. Mastering the IDE. f. Using Arduino IDE for programming. 2. Embedded C Programming. a. Basic C. b. Data types, operators and expressions. c. PORT system. d. User defined header files. e. Software generated delay. f. Assembly vs. C 4. Interfacing peripherals. a. Switches and LED s. b. ADC based applications. c. Accelerometer. d. Joystick. e. Object sensor. f. LDR. g. RGB LED.

3 i. Potentiometer. j. Bluetooth Module. k. Ultrasonic sensor. 6. Introduction to ADC (Analog to Digital conversion). a. Writing user defined header file for ADC 7. Introduction to UART (Universal Asynchronous Receive and Transmit) communication. a. Writing user defined header file for UART. Projects to be done 1. Blinking of LED, Switch controlled buzzer. 2. Path Following Robot 3. Obstacle Avoiding Robot 4. Obstacle Following Robot 5. Edge Detecting Robot. 6. Dancing Robot. 7. Mobile Controlled Robot. 8. Photophobic Robot. 10. Phototropic Robot. 11. Traffic Signal System using RGB LED. 12. Disco Light system. 13. Computer Controlled Robots. 14. Burglar alarm 15. Potentiometer Controlled Robot. 16. Joystick Controlled Robot and LEDs. 17. Potentiometer Controlled Wireless RGB LED. 18. Smart street light system using LDR. 19. Gamming Pad Controlled Robot. 20. Colour sensing Robot. 21. Periodic Beeping of Buzzer 22. Computer Controlled RGB Led system 23. Tone Setting for Buzzer using PWM (Pulse Width Modulation). 24. Brightness Variation of the LED using PWM. 25. Motor Speed Variation using PWM 26. IR Sensors Controlled LEDs.

4 27. Sensor Data reading Via Smartphone using Bluetooth. 28. Checking Light Intensity in the Room via Phone. 29. Voice Controlled Home Automation. 30. Distance Measuring using Ultrasonic Sensor 31. Mouse Controlled LED 32. Mouse Controlled RGB LED Take away Software Package includes 1. Software kit. a. Arduino IDE 2. Data Sheets. 3. Presentations. 4. Video Tutorials. 5. Notes for each project. Takeaway kit Embedded kit Robotic Kit 1. Arduino UNO 1. Chassis 2. USB cable 2.Wheels(2) 3. Ultrasonic Sensor. 3.Castor Wheels 4. Switch Pad 4.Geared DC Motors(2) 5. Voltage regulator circuit. 5.Small L Clamp(2) 6. Joystick 6.Long L Clamp 7. Object sensor 7.Motor Driver 8. Jumper Wires 8.Screw Driver 9. Potentiometer 9.Screws 10. RGB Led 10.9v Batteries(2) 11. Buzzer 12. 9V Batteries 13. LDR. 14. Bluetooth Module

5 Eligibility: any B.Tech/B.E./BSc IT/BCA/MCA student Requirements- Basic knowledge of C, Laptop and Smart Phone. Fee: 500Rs per student (Take away CD package) For Further details contact- T.R. Dhananjai Sharma Mobile no Website- Workshop Photo Gallery- ID- / dhananjais007@gmail.com

6 Workshop Flow (Saturday & Sunday) Sunday timings contents 9:30am -10:00am 1.Distribution of CDs and Hardware s. 2. Installing required software s and Drivers. 10:00am - 10:45am 1. Introduction to AVR MCU and Arduino Board. 2. Introduction to ISP programmer. 10:45am - 11:00am Break 11:00am 12:00pm 1. Introduction to Embedded C. 2.Introduction to PORT system. 12:00pm 1:00pm 1. Led blinking program. 2. Switch program. 3. Traffic system using RGB LED. 1:00pm 2:00pm 2:00pm 2:30pm Lunch break. 1. User defined Header file for Led blinking. 2:30pm 3:30pm 1. Introduction to various modes of communication. 2. Introduction to various protocols like USART, SPI, TWI, RS232, MAX Introduction to emulators Tera Term and Putty.

7 3:30pm 4:30pm 1.Setting up the UART communication by specifying the baud rate. 2. Coding user defined header file for UART 4:30pm 5:30pm 1. Keyboard controlled Devices. 5:30pm 6:30pm 1. Doubts clearing session. Monday timings Contents 9:00am 10:30am 1. Introduction to ADC(Analog to Digital Conversion). 10:30am 11:00am 1. Coding user defined Header file for ADC. 11:00am 11:15am 11:15am 1:00pm 1:00pm 2:00pm Break 1. Interfacing various sensors ( Joystick, object sensor, Potentiometer, LDR, Ultrasonic Sensor). lunch break. 2:00pm 3:00pm 3:00pm 4:00pm 4:00pm 4:45pm Bluetooth Module Interface Reading ADC Data over Mobile Mobile controlled Appliances

8 4:45pm 5:30pm 5:30pm -6:30 pm 1.Around 20 project Ideas. 1. Doubt clearing session.