Course Title:

NI LabVIEW programming

Course Duration:

15 Days

Total No. of seats:

10 seats

Prerequisites:

Basic understanding of electrical systems, automation, and control systems.

Course Fee: BDT 7000.00

			
NI LabVIEW programming Course Syllabus

Tutorial 1: Introduction to LabVIEW and Arduino with LINX
			- Overview of LabVIEW and Arduino integration
			- Installing the LINX Toolkit for LabVIEW
			- Setting up communication between LabVIEW and Arduino
			- Creating a simple program to blink an LED using LabVIEW
		# Objective: Set up the environment and establish basic communication between LabVIEW and Arduino.

Tutorial 2: Digital I/O Control with LabVIEW and Arduino
			- Controlling Arduino’s digital pins via LabVIEW
			- Turning LEDs on/off from LabVIEW using digital output
			- Reading digital inputs (e.g., push buttons) in LabVIEW
			- Creating an interactive interface to control multiple LEDs and read button states
		# Objective: Control digital I/O pins and interact with LabVIEW’s graphical interface.

Tutorial 3: Analog Input and Sensor Reading
			- Reading analog inputs from sensors (e.g., potentiometer, temperature sensor) via Arduino
			- Displaying real-time sensor data in LabVIEW
			- Visualizing data using LabVIEW charts and indicators
			- Calibrating sensor values and applying simple data processing in LabVIEW
		# Objective: Interface analog sensors with Arduino and display sensor data in real-time in LabVIEW.

Tutorial 4: PWM Control for LEDs and Motors
			- Using PWM to control the brightness of LEDs via LabVIEW
			- Controlling the speed of DC motors with PWM signals from Arduino
			- Implementing sliders in LabVIEW to adjust PWM duty cycle in real time
			- Experimenting with different PWM frequencies for smooth control
		# Objective: Learn to control PWM-enabled devices like LEDs and motors using LabVIEW.


		To be continued soon... ... ... .. . 
		

	
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