augmented reality engineering

Deploying AR in Engineering Design Graphics Education

Education Tech

Augmented Reality in Training and Education:

Augmented Reality Engineering Applications are increasing in scope by the day. Technology has revolutionized the education sector and improved it by leaps and bounds. Schools, colleges, medical and engineering institutes are increasingly deploying AR technology.

The use of AR helps increase students’ active engagement. It allows experiential learning in newer dimensions instead of merely reading text and glancing at images.

  • The global market of augmented reality in training and education is expected to touch $10.37 billion in 2022 and grow to $68.71 billion by 2026. The market is forecasted to exhibit a CAGR of 60.4%. (Source: BRC)

Augmented Reality Engineering Design Graphics:

Engineering Graphics (EG) relates to transferring data and information from the design stage into the manufacturing one. It is an essential process for engineering students. Having the facility to study the graphical representation of an engineering structure is an important one.

If we consider the engineering sector specifically, AR technology positively impacts engineering studies. Visualizing a design as it would appear in the real world is a boon.

Engineering graphics expertise is a most sought after skill in engineering students in this era of competitiveness and high-tech advancements. Engineering graphics educators are seeking newer and innovative ways to enhance the skill base of engineering students. Launching 3D visualization methods to augment their capabilities is a step to augment the training process.

Many engineering students lack adequate geometric and trigonometric relational knowledge, which is instrumental to modelling and designing. Augmented reality engineering technology is a potent enabler that can help overcome this barrier. It can assist students in enhancing their concept and spatial cognizance through refinements in the engineering design process.

The traditional classroom has its limitations when faced with defined lecture times and the chalk and board method. This does not allow instructors to clearly illustrate the relationship between 2D projections to show 3D geometry.

AR-based systems for Engineering Graphics Education have improved engineering students’ concepts and spatial awareness. Deploying the technology creates a new and innovative learning method in augmented reality engineering education.

How is AR enabling Engineering Graphics Education?

AR technology enables engineers to redefine new workflow processes to optimize planning, development, and production. Engineers can capitalize on AR engineering design graphics by visualizing high definition 3D AD data which can be streamed and manipulated in real-time.

AR can be applied at the stages of the business process, from the concept to the design phase to the manufacturing phase. Engineers are rapidly adopting augmented reality in engineering graphics.

They use it to superimpose processes over the actual work environment to bring more clarity and efficiency. It also aids in the maintenance processes by allowing repairs at a faster rate.

Benefits of Augmented Reality Engineering Graphics

One of the most prominent benefits that augmented reality engineering offers to engineers is understanding the optimum working model and its operating environment. AR provides the engineers a perspective on the optimal operating surroundings and even physical and space requirements.

Augmented reality helps them to create flawless working models before the manufacturing stage thereby saving time and money. Understanding the specifications and configurations in depth allows the company salesperson to market the product better.

AR is becoming a potent training tool for educating students on using new equipment or procedures. Augmented Reality Engineering provides an immersive, engaging and efficient way to teach the complex concepts involved in engineering subjects.

Augmented Reality technology is rapidly advancing in recent years and has been started to put into many fields that includes aviation, museums, medical, training and automobile industries.

AR is a highly beneficial learning aid to help aspiring engineers decode the language of engineering graphics. Students and Instructors can overcome the challenge of demonstrating and describing three-dimensional with the help of AR.

Augmented Reality technology allows students to visualize and immerse themselves in full 3D renditions of learning material in real-time. This happens with seamless integration through web-enabled AR apps.

The significant benefits of augmented reality engineering education are :

  • Enables active engagement and learning
  • It allows a full real-world 3D rendition of objects being discussed or read
  • Complex Data Virtual Prototyping
  • Improves visualization and comprehension skills
  • Allows for 3 D manipulation of models in real-time
  • Enables better spatial awareness
  • Helps engineering students grasp the dynamics of engineering graphics

IXR Labs Furthering the Scope and Potential of Augmented Reality Engineering

AR will strengthen the engineering design process. You can imagine the benefits when engineers can see 3D visual representations of objects or components. Not only that but also build prototypes, check for shortfalls, and rectify them – all in the pre-manufacturing design stage.

IXR Labs is working on cutting edge augmented reality engineering applications. We are constantly seeking and implementing new ways to incorporate technology.

Our endeavour is to bring about the positive changes to meet the lifestyle and business needs of the current times and beyond.

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