The current system relies heavily on theoretical learning rather than real-world deployment of knowledge. Having access to 3D printing technology allows students to adopt a practical hands-on experience. Visually seeing and physically moving objects is a massive part of the day-to-day human cognitive learning process. 3D Printing in academics helps transform students from being passive consumers to active creators.
Students need to be presented with a new and hands-on approach to learning. They are taught in a theoretical way in which most students don’t understand the concept. 3D Printing helps visualize the concept and? 3D Printing, the Mathematical Models, is well suited for geometry lessons. Today’s classrooms should be places of practical application and discovery. Here engineering students can see the practical, functional applications of some products, mechanisms of parts, and components. What is theoretically taught in class? Due to their versatile nature, 3D printers are a facilitator of imparting real-world application. Amuse provides resources that impart practical knowledge to the students.
With the help of 3D Printing, we can design and produce components. In general, limited components are needed for academic workshops where 3D Printing is the most adapted one. Rapid tailoring of experimental kits offers greater flexibility to meet all criteria. What is next? Introducing new hands-on projects in the curriculum stimulates engagement and interactivity for the students who are coping with the theoretical aspects of education. 3D Printing acts as a small manufacturing unit where students can bring their imagination to life.
With all of the above said, 3D Printing can help build excitement and stimulate their curiosity, avoiding boredom during the lectures. This curiosity developed stimulates their imagination and can improve their problem solving as well as visualization skills.
3D Printing opens up various avenues for students – it helps them improve their design skills and get them accustomed to multiple other aspects such as the technology, maintenance, and building of a machine. There are various 3D Printing technologies available. To name a few, FDM, SLA, etc. These different technologies are exciting and mind simulating. Hence, getting a 3D printer for educational purposes will help visualize various concepts like proportion, functions of parts, instill curiosity, and help them develop scientific temper through exposure to advanced technologies early on in their education.
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