3D Printing and
An engineering student these days has to contend with a lot of abstract theory and math-based problem solving before they can get into any product designing. Allowing young students exposure to a complete product design cycle in less than a week will get them interested in engineering and encourage out of the box thinking.
The automotive and aerospace industries benefit from much shorter lead times than with associated traditional engineering methods such as casting or machining, allowing for much faster development and testing of components.
3D Printing can add to following branches of engineering
Mechanical Engineering - 3D printing makes it possible to produce objects with much more complex structures than traditional manufacturing methods and is likely to become the go-to manufacturing process for many different areas in manufacturing.
Electronics Engineering - Studying a degree in electronic engineering or mechatronics will allow you to apply yourself to the integration of electronic components and circuitry in 3D printed components, or even study the electronics and robotics that will control the manufacturing processes of the future.
Civil Engineering - 3D printing is poised to have a dramatic impact upon architecture, building design and manufacturing, with entire houses already produced in China with giant 3D printers. 3D printing allows building designers to experiment with shapes and geometries in design that may not be financially viable with existing building techniques.
3D modelling/Industrial design - If you are more interested designing objects to create in 3D than the printing process itself, degrees in 3D modelling and Industrial design will both give you the technical and creative skills you need to make a career in designing items for manufacturing. Talented 3D modelers and Industrial designers that know how to design products to harness the capabilities of 3D printing will be help to drive innovation of additive manufacturing.