In the contemporary world, three-dimensional printing, or additive manufacturing, goes beyond the possibility to print ink on paper, enabling for 3D objects to be physically created just before your eyes. 3D printers also allow you to generate prototypes, models and products out of materials such as plastics and metals. 3D printing is already provoking a rapid change in both small firms and industry giants on how they construct and design their products. This is beginning to be reflected in today’s engineering degrees and as this technology changes and develops.

The benefits of 3D printing have revolutionised many industries. For example, the automotive and aerospace industries benefit from much shorter lead times than with associated traditional engineering techniques such as casting or machining, allowing for more rapid developments and examining of components.

Furthermore, there are numerous kinds of engineering degrees that will provide you with a background that is applicable to the world of 3D printing, and some even involving different types of subject areas that will offer you direct approach to the techniques used in additive manufacturing processes. Some of the examples are:

Material science is one of the most significant sectors for the innovation in 3D printing. So far, additive manufacturing processes have existed for a range of different materials such as plastics, metals, foodstuffs, wood and concrete. Material science has to make progress in terms of printing material for it to fulfill its potential to revolutionise different industries.      

Mechanical Engineering is able to fabricate objects with much more complex composition than traditional manufacturing methods with the support of 3D printing.

Electronic Engineering/Mechatronics allows you to apply yourself to the integration of electronic elements and circuitry in 3D printed components, or the study of electronics and robotics that will control the manufacturing processes of the future.

Civil Engineering with the help of 3D printing can improve upon existing solutions and industrial problems. 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 allows you to design and create in 3D other than the printing process itself. Both will give you technical and creative skills you need to make a career in designing items for manufacturing.

In a manufacturing or 3D printing internship, you could be learning some of the following :

• Draft detailed 3D CAD drawings and specifications.
• Prototype hardware design using 3D printing.
• Maintenance, use and preparation of 3D printers.
• Maintain raw material and supply inventory.
• Operate a variety of 3D printing systems, supporting equipment and hardware.
• Helping design and implement off the shelf components as innovative new products.
• Improving upon existing processes to enhance efficiency and ensure products meet the standard requirements.
• Assemble and investigate technical capabilities of industry manufacturing products, process, and equipment for application.

If you are interested in an internship in 3D Printing, then contact us using the form below: