How 3D Printing Is Improving Education Around The World

How 3D Printing Is Improving Education Around the World

3D printing and rapid prototyping has revolutionized the world in ways we couldn’t have imagined. 
Today, automotive industries, design experts, medical professionals and engineers use this additive technology to test concept, produce functional parts and beat excesses in conventional manufacturing processes. 

The widespread application of 3D has also entered classrooms. From elementary schools to tertiary institutions, many instructors have taken advantage of 3D printing to paint a more vivid picture of topics relating to science, technology and engineering applications. Let’s take a look at some other ways 3D printing is improving education. 

1.Bringing 3D models to life 
Organic chemistry remains one of the most important branches of chemistry. With 3D printing, many science tutors are able to print out live and physical models of hydrocarbon carbons to demonstrate various type of reactions. But chemistry is not the only science subject that benefits. In biology and medicine, many human parts and essential organs can be 3D printed to teach and demonstrate life surgical techniques, important aspects of organs and in some cases, how these organs work in real life. 

2.Learning through trial and error
What is better than sound lecture deliveries and reading countless pages of materials? A hand-on practical approach. 
With 3D printing, many science and engineering students are afforded the opportunity to practice many concepts and ideas with live models of digital designs. Because of the short time frame to print 3D models, engineering students can produce real prototypes and evaluate functionality and learn how a digital model may differ from a physical copy. Easy modifications can also be made from digital models and re-printed time and time again till perfection is attained. 

3.Inspiring innovation and shaping the future 
With technologies like 3D rapidly bringing concepts to life. Students and researchers will be greatly inspired to innovate and develop a wide array of solutions that may shape the future on the go. Because prototyping costs are significantly lower, the cost of innovation becomes considerably lesser. 

4.Developing practical skills before entering the labour market 
3D printing provides an opportunity for a more robust practical knowledge and better understanding of underlying concepts. This way, students can develop beyond theoretical knowledge and learn how to use 3D printing even before entering their industry of choice. 

5.Inspiring new careers in STEAM
STEAM – Science, technology, arts and mathematics are inarguably the most important foundation of early careers. With 3D printing, many students can get an ideal view of how different technologies work and stumble upon many career paths in the manufacturing process chain that they might find exciting. Instructors also get to properly prepare the next generation for the new era by equipping them with relevant technological knowledge of the fourth industrial revolution of robots, artificial intelligence and additive manufacturing. 

If you haven’t considered the possibilities of 3D printing yet in education, there’s no better time to utilize the many advantages that this technology brings. Pondering other possibilities of 3d printing and rapid prototyping? Explore our wide range of 3D solutions available across industries for both low-volume and mass production at FirstPart.com 


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