Best AR & VR Project for Final Year Engineering Students in 2023

Here is the list of the Best AR & VR Project Ideas for final-year engineering students in 2023. IT & Software Project Ideas for B-Tech, M-Tech & Ph.D. students.

Virtual Reality(VR) is only a digital experience with a reality that can be lived in yet is not real in terms of physicality, Augmented Reality(AR) integrates the physical and digital worlds into a single immersive environment that can be experienced as a whole.

AR puts 3D visuals on a person’s actual surroundings as they move through them while wearing a mobile device or a customized helmet. The goal of this essay is to quickly explain the top AR & VR  project ideas.

Below is the list of best AR & VR  project ideas for IT students brought to you by Listyaan:

• Augmented Reality Product Video Promotion App:

This product advertising video The AR software enables the display of a product video on any other product. The AR app is intended to display a product video when a product is detected in the mobile phone camera.

The software detects the goods and brands using image processing. Following detection, the system downloads the video and shows it, together with the audio, as an overlay in the camera. As a result, of leveraging AR technology, this product improves video marketing.

• VR Game Ruined Castle Walk:

This VR Project is a ruined castle VR game that transports you to an old castle/old fort in the middle of a nice green countryside for you to explore alone with no one around you.

It is a genuine walkthrough experience via enormous corridors and towering doors in a damaged yet nature-filled castle. 

• Godown Forklift Virtual Reality Simulation Project:

This project comprises a simulation of a forklift that covers all physical operations, such as steering and fork raising and lowering. This allows the user to imitate real-world forklift operations.

The setting is developed with all the physical considerations in mind to make it as realistic as possible.

To provide a very accurate simulation of the entire experience, this system mimics gravity, inertia, and the collision mechanics between the boxes as well as between the forklift and the boxes.

• Virtual Reality Simulation of Factory Machines:

Simulating machinery in VR or AR helps us to have a thorough grasp of its operation, appearance, and feet. VR enables us to model various production machine operations and how machines respond to varied settings and materials.

It is also highly beneficial in the design and planning of manufacturing machine layouts to acquire the best production output from a factory/industry.

• Virtual Reality Simulation of Factory Machines:

Safety around machinery and industrial operations necessitates comprehensive safety training as well. Stopping industrial operations to deliver practical safety training and safety rules is not an option since it would result in lost production time.

VR and AR enable new employees and engineers to receive real industrial safety and process safety training without interrupting actual processes.

The industry safety training project guarantees that industrial employees and engineers get industrial safety training in a realistic setting while without interfering with existing industrial operations.

• Using a VR Tractor to Farm in a Village Simulation:

In India, this design of a tractor-trailer is capable of satisfying the expectations of consumers and is extremely appropriate for rugged terrain when used in conjunction with a farm tractor.

The final idea can have systems for simply attaching the trailer to the tractor through a pickup hitch, a stronger and lighter supporting structure, a spare tire option, and so on.

• Virtual reality industry safety training simulation:

Virtual reality enables the practice of industrial safety training processes for new workers and engineers without interrupting operational activities.

It guarantees that industrial employees and engineers receive industrial safety training in a realistic setting while not interfering with existing industrial operations.

• Augmented reality product video marketing app:

The product video marketing software enables the presentation of a video on each product. The software detects the goods and brands using image processing.

The technology retrieves video and presents it in the camera as an overlay alongside the audio. As a result, the product improves video marketing by utilizing AR technology.

• Virtual reality simulation of factory machinery:

VR enables the simulation of various production machine operations and how machines react to varied settings and materials. It is also highly beneficial in the design and planning of manufacturing machine layouts to acquire the best production output from a factory/industry.

• AR in the automobile industry:

Augmented reality works in tandem with computer vision to provide the foundation of improved navigation solutions and ADAS systems. The results improved driving safety and contributed to the creation of an automotive connection ecosystem.

• Control and monitoring of IoT devices using Arduino and mixed reality in the Unity engine:

The utilization of current information and communication technologies, including virtual and mixed reality, provides a modern option for controlling and monitoring IoT devices.

Apple ARKit and Android ARCore are two affordable technologies for pushing mixed reality. A thorough interdisciplinary approach is required for the creation of a system that provides control of IoT devices utilizing virtual or mixed reality.

• Virtual reality graphics processing unit:

A graphics processing unit (GPU) is a computer processor that generates visuals and pictures by conducting quick mathematical computations.

It is used for both professional and personal computing. GPUs were created to improve the rendering of 3D visuals. The pictures are generated using rapid estimation based on the text and imagination.

• AR using Markers:

Markers are utilized in this type of AR to divide the real-world entity from the virtual world. It might take the shape of a QR code, which is a type of 2D code. It does not take a lot of computer power, therefore the information on the marker may be simply retrieved.

• AR without Markers:

It is an extremely advanced AR that is used to determine the position or the placement of any object. It utilizes GPS to locate us and mark all of the streets, lanes, stores, highways, buildings, and signals, and even tells us where to go by presenting virtual instructions on our smartphone displays.

It has the potential to usher in a new era of navigation in which we will discover actual locations utilizing virtual tools.

• AR with Projection:

Light rays are projected on a real-world creature in this sort of AR. It is the closest kind of AR, tying the real and virtual worlds together. Light rays interact with real-world things, revealing virtual objects produced on real-world items.