Here is the list of the Top 30 Best LabView Based Project Ideas for Engineering Students brought to you by Listyaan.
Additionally, the LabVIEW virtual instrument’s programming environment and the system will be discussed. The design ideas and the overall structure on which the virtual instrument was created are thoroughly discussed.
This project’s goal is to create a LabVIEW software with data acquisition and control circuitry that can monitor temperature from a temperature sensor and then regulate the heating element. This project work introduces the idea of a virtual instrument as well as temperature control for a fixed temperature.
In this project, an Arduino, an ultrasonic sensor, and LabVIEW are used to construct a non-contact water level measuring and control. When the water level drops, the pump turns on, and when the level rises, the pump is shut off.
The goal of this project is to create a straightforward controller utilizing an AVR microcontroller, MOSFET H-bridge, and LabVIEW to regulate the direction and speed of a DC motor.
This project’s primary goal is to modify the induction generator’s slip to regulate the power it produces (with the use of a DC motor drive). To provide computerized control, LabVIEW software is interfaced with the entire circuit.
With the help of a solar-powered Zigbee module, this project aims to prevent forest fires by remotely measuring things like temperature, rain, and pressure. Additionally, the maximum PowerPoint tracking method is part of this research.
This project uses LabVIEW software to construct an optical character recognition (OCR)-based voice synthesis system for translating printed or typed character documents into speech signals.
By accurately assessing the pressure on the foot using a force-sensing resistor, this study seeks to avoid foot ulcers in diabetes patients. To compare aberrant and normal foot pressure measurements, this project was implemented using the graphical programming language LabVIEW.
The main goal of this project is to use LabVIEW and a DAQ board to develop a real-time monitoring system for solar or photovoltaic cells put on rooftops. This will make it easier to calculate the need for the load that a solar system must connect.
AES 256, a cryptographic method used for security services, is implemented in this project. Every node’s authentication and secure key are provided by this encryption for wireless sensor networks.
The major goals of this project are to quantify a person’s level of fitness and produce power from a spin bike. Calories burnt, heart rate, VO2 max level, battery condition, power generated, speed, etc. are all monitored in this project using LabVIEW.
This project’s goal is to enable text file transfer with high-security encryption using the LabVIEW software’s FFT technique.
The main aim of this project is to implement a technique for precise control of the stepper motor through the Bluetooth wireless network by implementing the PWM technique in the FPGA controller. In this, the control parameters are implemented on the LabVIEW platform.
In this project, LabVIEW software is used to develop a control and monitoring system for houses. Additionally, this makes it possible for users to remotely operate their homes through the internet from any location in the globe.
This project aims to develop a secure automotive vehicle by preventing unauthorized persons from accessing it. RFID system with the main controller implements the hardware part while LabVIEW software is used for designing the GUI part.
This project mimics sensorless direct torque control of brushless DC motors for the much faster response of torque compared to the PWM control technique. A fuzzy logic controller made in LabVIEW is used to carry out this idea.
The goal of this project is to use LabVIEW to track several bodily functions including heart rate, temperature, and SPO2 levels. The Arduino controller is used to do the data collecting, and LabVIEW makes it possible to execute GUI and web server-based monitoring functions.
The goal of this
project is to create a virtual tool for recognizing hand gestures as well as to collect and analyze electrooculogram signals for tracking eye movements. This LabVIEW project uses these two inputs to display the appropriate message or produce a voice message to assist the deaf and dumb in communicating.
The goal of this project is to construct an LPG gas monitoring system that continually tracks gas leakage. These sensors are positioned in various places and are connected through a USB hub to the main PC, which houses the LabVIEW controller.
With the use of a low-cost DAQ module and LabVIEW program, this project aims to create a low-cost instrument for tracking the current-voltage characteristics of PV modules. The analysis of PV field conditions and the detection of deterioration and malfunction are both aided by this arrangement.
The major goal of this project is to create a pollution control system, specifically for businesses like sugar, paper, and chemical production. This concept uses LabVIEW to continually monitor factors like CO gas, pH level, etc. Data is then sent to the appropriate parties through GSM.
This project’s primary goal is to use a robot that can do medical tests such as ECG and pulse rate to provide patients with remote medical support from doctors. Additionally, this data is sent over the internet to the LabVIEW program at the doctor’s office.
In this project, LabVIEW and DAQ are used to construct a real-time monitoring and control system for a three-phase induction motor. This project continually monitors the voltage and current levels and, if they go over safe limits, protects the motor.
In this concept, anti-collision safety is offered by the car’s headlights sinking when an unwelcome vehicle approaches the other vehicle. It makes use of an ultrasonic sensor, LDR, and camera in addition to LabVIEW software and DAQ (for face recognition security).
This project automates the current driver’s license testing process without the need for a human observer by assessing speed sensing, path tracking, and other driving abilities. Additionally, it wirelessly transmits data to a PC where it is processed and an outcome—whether the driver’s test was successful or unsuccessful—is produced.
In this project, a DAQ board and LabVIEW are used to create a computer-based power analyzer VI that can evaluate real-time power quality metrics including active and reactive power, instantaneous power, harmonics, and power factor.
The goal of this project is to use RFID technology to manage traffic during the arrival of an ambulance. Signals in the ambulance’s path are automatically managed until it reaches the destination based on the RFID tags. Before performing this operation in practice, the complete process is simulated using LabVIEW software.
The goal of this project is to create a smart wheelchair control system based on eye movements for people with physical disabilities. This project also has features for autonomous navigation, line following, and computer interface.
The primary goal of this project is to create an autonomous parking system that assigns parking spaces based on the size of the automobile. LabVIEW receives data from IR sensors regarding the size of the car and uses the code to allocate the appropriate parking space.
The goal of this project is to rescue a child who has become trapped inside a bore well by developing a system that can monitor the child with a high-resolution camera, provide essential survival aids like oxygen and temperature control, and bring the child back from the bore well methodically and securely.
With the use of an Arduino board and LabVIEW interface, this project uses a CNG sensor to continually monitor the methane gas concentration in underground coal mines. The driving circuit is automatically switched to turn the blower when this design detects the gas level threshold.
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