WORKFLOW IN WORKSHOP.
22 - 09 - 2011.
MORNING SESSION:
1.What is Arduino?
2.Why we need Arduino?
3.Introduction to open - source.
4.Introduction to Arduino Programming.
5.About Arduino IDE.
6.Basic Programming
· Digital Write and Digital Read.
· Analog write and Analog Read.
AFTERNOON SESSION:
7. Variable resistor (POT).
8. Force Sensitive Resistor.
9. Ambient Light Sensor.
10.RGB LED'S.
11.Liquid Crystal Display.
12.Tilt Sensor.
13.Buzzer.
14.Relay.
15.LDR.
16.Temperature Sensor.
1. Max Botix (Distance Sensing).
2. OLED Display.
3. GSM (GLOBAL SYSTEM FOR MOBILE).
4. GPS (GLOBAL POSITIONING SYSTEM).
5. RFID.
6. Stepper.
7. DC Motor.
8. IR Sensor.
AFTERNOON SESSION:
DEMONSTRATIONS & EXPLANATION:
10. RF.
12. Graphs.
13. Big Dome Button.
14. RFID.
15. Max Botix10.PIR Sensor.
SEMINAR ON MSP430
22 - 09 - 2011.
MORNING SESSION:
1.What is Arduino?
2.Why we need Arduino?
3.Introduction to open - source.
4.Introduction to Arduino Programming.
5.About Arduino IDE.
6.Basic Programming
· Digital Write and Digital Read.
· Analog write and Analog Read.
AFTERNOON SESSION:
7. Variable resistor (POT).
8. Force Sensitive Resistor.
9. Ambient Light Sensor.
10.RGB LED'S.
11.Liquid Crystal Display.
12.Tilt Sensor.
13.Buzzer.
14.Relay.
15.LDR.
16.Temperature Sensor.
23 - 09 - 2011.
MORNING SESSION:1. Max Botix (Distance Sensing).
2. OLED Display.
3. GSM (GLOBAL SYSTEM FOR MOBILE).
4. GPS (GLOBAL POSITIONING SYSTEM).
5. RFID.
6. Stepper.
7. DC Motor.
8. IR Sensor.
9. Servo Motor.
DEMONSTRATIONS & EXPLANATION:
10. RF.
11. ZIGBEE.
PROCESSING DEMONSTRATIONS:12. Graphs.
13. Big Dome Button.
14. RFID.
15. Max Botix10.PIR Sensor.
SEMINAR ON MSP430