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Arduino Smart Control is a course specially created for Electronic Geeks, Engineering Students & Engineers who wants to take Arduino Programming to next level.
The course lesson will explains “How to work on Arduino” by using C Language. This course will work best for you if you own an Arduino UNO. Later you will learn how to interface the Arduino with LabVIEW.
Arduino can be used in your Engineering projects, Industrial Projects or Home Automation related projects.
Why Learn Arduino?
If you an Engineering or Science student you might come across projects in which you want Physical interaction with your computer system & to display the operations on PC Screen
Arduino is one of the cost effective board you can purchase & starts programming to interact physical elements with your logic & create results the way you want.
And using LabVIEW , you can display the various process parameters like Motor Speed, LED ON/OFF Feedback, Temperature Signal & many others digital or analogue processes. Moreover, you can create unlimited Buttons, Switches & Message Box to control the Arduino
Moreover, by learning Arduino you can create Innovative Projects. You just need to THINK, WIRE & CODE.
LabVIEW Version required: 2009 or later (We have used 2013 version in the videos)
Will you get the Certificate?
You'll get a certificate of completion after you completed this course. Anyways in the world of web development a certificate is not as important as in other careers. Tech companies nowadays hire developers judging by their past projects, experience and skills. It's guaranteed that no company will hire you just because you have a degree or a certificate on the wall.
For any queries & help, we are just an E-mail away!
Not for you? No problem.
30 day money back guarantee.
Learn on the go.
Desktop, iOS and Android.
Certificate of completion.
|Section 1: Introduction to Arduino|
Arduino Interfaced with LabVIEW - Controlling DC MotorPreview
Installation of Arduino DriversPreview
Symbols of components.
First exercise on Arduino- Blinking of LEDPreview
Make a One way Traffic lightPreview
|Section 2: Serial Communications.|
Controlling LEDs using Computer keyboard.
Reading analog input and vary the brightness of LED
Varying the speed of a DC motor.
|Section 3: Control structures in Arduino.|
For loop iteration.
While Loop iteration
Arduino : Basic Level
|Section 4: Digital Inputs.|
Reading a digital input and Debouncing
Controlling a DC motor using microswitch
|Section 5: Seven Segment display.|
Wiring and automatic UP counter
Up Counter using Push button
Up Down Counter using Push button
|Section 6: Liquid Crystal Display.|
Wiring of LCD
Display a message on LCD ScreenPreview
Display Room Temperature on LCD screen
Creating custom characters
Different messages on LCD screen
Writing message by serial communication
Up Down Counter on LCD
Arduino : Medium Level
|Section 7: EEPROM in Arduino|
Read and Write values to EEPROM
Read and Write values to EEPROM by microswitch
|Section 8: IR LEDs|
Wiring of IR LEDs
Turn ON an output LED
Make an UP Counter
|Section 9: Shift Registers|
Wiring of Shift Registers
Turn ON an output LED
Turn ON LEDs One by One
Knight Rider effect
Make a Binary Counter
Blinking of all LEDs
Turn ON and OFF even/odd state LEDs
Arduino : Advance Level
|Section 10: Arduino Help Books|
Arduino Sketches with Fritzing Wiring DiagramPreview
|Section 11: Arduino Projects|
Servo Motor Sync with LDR using Arduino
Arduino Projects with code
Arduino project Codes
|Section 12: Arduino meets LabvVIEW|
Turn ON/OFF Arduino Outputs using LabVIEWPreview
How to Link Arduino & LabVIEW
|Section 13: Arduino & LabVIEW Basic Exercises|
Understanding Loops in LabVIEW
Forward Sequence Control of LEDs
Reverse Sequence Control of LEDs
Blinking of LED using LabVIEWPreview
|Section 14: Analog Control Operations|
LabVIEW : Basic Level
Varying the Brightness of LED using LabVIEWPreview
Varying speed of DC Motor using LabVIEW
|Section 15: Case Structures|
Understanding Case Structures
Turning ON/OFF of Output by String Function using Case Structures
|Section 16: Switch Operation|
Understanding Switches in LabVIEWPreview
Logic Gates in LabVIEW
Turn ON/OFF output using Push Button
Turn ON/OFF output using Toggle Switch
How to Design Push Button in LabVIEW
Alternate method of Blinking
|Section 17: Using Real Time Clock in LabVIEW|
Understanding Real Time Clock in LabVIEW
Interfacing Real Time Clock in Arduino
|Section 18: Monitoring Digital & Analog Signals in LabVIEW|
Reading Digital Input of Arduino in LabVIEWPreview
Turning ON Output using External Device
Increment & Decrements operation in LabVIEW
Reading Analog Signal of 0 ~ 5VDC in LabVIEW
Varying the Brightness of LED using POT
Reading Room Temperature by LM35 in LabVIEW
Temperature ON/OFF Control Project in LabVIEW
|Section 19: LCD Experiments of Arduino with LabVIEW|
Display Message on LCD Screen via LabVIEW
Adjusting the Rows & Column of the Message
Scrolling of Messages on LCD
Displaying Different Message on LCD
|Section 20: Arduino Integrated with LabVIEW Projects|
How to Send E-mail from LabVIEW
How to Send Excel Sheet of Arduino reading as an E-mail from LabVIEW
Controlling VFD using LabVIEW & Arduino
|Section 21: LINX Tutorials with Codes|
How to Install LINX
|Section 22: LINX Codes with Tutorials|
Turn ON/OFF LED's
Blinking of LED's
I'm Arduino & LabVIEW Programmer working in NFI as Automation Engineer & my area of interest includes Programming, Circuit Designing & making innovative Arduino cum LabVIEW projects
I have experience in PLC Circuit designing & Programming on Delta, Allen Bradley, Siemens, AC Drives - Variable Frequency Drive & Servo Control Drive, Industrial Actuation System - Pneumatic & Hydraulic.
I deliver On-site Training on Arduino, PLC, HMI & LabVIEW at various Engineering colleges & Industry.
I am working as an Educator & Associate Director, NFI- INDUSTRIAL AUTOMATION TRAINING ACADEMY, INDIA. We provide hand on training on Industrial Control, PLC, HMI, AC Drives - VFD & Servo, Hydraulics & Pneumatics.