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Augmented Reality (AR) Lab at the Centre for Immersive Learning (CIL) offers mechanical engineering students a transformative educational experience by overlaying digital information onto the real world. This cutting-edge technology bridges the gap between theoretical concepts and practical applications, making learning more engaging and effective.
By integrating AR into the curriculum, students can visualize complex mechanical systems and components in a more tangible and interactive manner. For example, AR can project a 3D model of an internal combustion engine into the classroom, allowing students to explore its intricate parts in detail. They can rotate the model, zoom in on specific components, and even see how the engine operates in real-time. This hands-on interaction with digital objects helps to solidify their understanding and retention of the material.
Moreover, AR enables students to interact with digital objects in their physical environment, creating a blended learning experience that is both immersive and intuitive. In a dynamics class, students might use AR to simulate and manipulate forces and motion, observing the effects of their changes in a real-world context. This not only enhances their comprehension but also encourages experimentation and critical thinking.
The inclusion of AR technology at CIL significantly enhances the learning process by making abstract mechanical engineering concepts more concrete and accessible. Students can conduct virtual experiments, explore the inner workings of complex machinery, and even participate in interactive simulations of manufacturing processes, all within the confines of their classroom. This immersive approach fosters a deeper engagement with the subject matter and promotes a more active and participatory learning environment.
To give you a feel of this immersive experience, imagine the following scenarios: a classroom where students are using AR headsets to view a digital overlay of lab equipment. These vivid and interactive experiences are made possible through the advanced AR equipment integrated into the physical rooms at CIL, transforming traditional engineering education into a dynamic and engaging journey.
Experiments at AR Lab
Fluid Mechanics & Measurements:
1. Axial Fan
2. Heat conduction
3. Pelton Turbine
4. Piston Pump
5. Radial Compressor
Instrumentation & Control Labs :
1. Flow Control
2. Temperature Control
3. Level Control
4. Position Control
5. Pressure Control
6. Speed Control
7. Fuzzy Logic
Universal Testing Machine :
1. Tensile Test
2. Compression Test
3. Flexural Test
Centre for Immersive Learning - AR Experiments.pdfPage updated
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