3D printing minimum 6000 words System Engineering Topics (Technical Style) Descr

Question

3D printing minimum 6000 words System Engineering Topics (Technical Style) Describe the topic and defend your selection. Describe how the topic chosen affects development of systems. What is the role of system engineering in your topic? What type of processes are affected or introduced by your topic? What roles are affected by your topic? Notes/Guidance: In this research approach you are choosing a topic that you want to learn more about. You will describe and defend your understanding of the topic area as well as determine any type of changes you would make.

Explanation / Answer

3D Printing

In recent years, 3D printing has captured a lot of people around. 3D printing is a process of making three dimensional solid object from a digital files.

With 3D printing you are able to create a digital copy of any object. When whole world is going digital from shopping online to doing payment online. Each and every process is done digitally now a days, its time that object should also go digital.

With 3D printing you cant only print the shape of an object but you can feel it and hence, this topic is best suitable according to the current market. With the help of 3D printing it will become so easy to make student study, show them how things look out of their books.

System engineering is an interdisciplinary field of engineering that focuses on how to design and manage complex system over their life cycles.System engineering deals with work-processes, optimization method, and risk management tools. It overlaps technical and human-centered disciplines.

And in the same way 3D printing is also triggering a change in the way both small businesses and industry giants build and design their products. This is starting to be reflected in today’s engineering degrees and as this technology changes and matures, so will the future of engineering and the engineering degree.

The benefits of 3D printing are likely to revolutionise many industries. 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. In the future, it may even be possible for large components or even entire cars to be entirely 3D printed.

3D printing encompasses a wide range of additive manufacturing technologies. Each of these builds objects in successive layers that are typically about 0.1 mm thin. The methods used vary significantly, but all start with a computer aided design (CAD) model or a digital scan. This is then processed by 'slicing software' that divides the object into thin cross sections that are printed out one on top of the other.

The 3D printing industry already serves four quite distinct market segments, all of which are at different stages of maturation.The most mature market for 3D printing involves the production of prototypes.Next, the use of 3D printers to fabricate the molds and other tooling from which final products are made.After this comes direct digital manufacturing (DDM) - or in other words, the use of 3D printers to make final products or parts thereof. And finally personal fabrication.

3D printing will bring a lot of scope in all type of industry such as mechanical engineering, civil, industrial, electronic, material and chemical science.

Material and Chemical Science -

Material science is one of the most important areas for innovation in 3D printing. Additive manufacturing processes exist for a range of different materials already such as plastics, metals, foodstuffs, wood and concrete. For 3D printing to fulfill its potential to revolutionise different industries, material science has to progress what is possible in terms of printing material.

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.

Electronic Engineering -

It will allow us to apply to the integration of electronic components and circuitry in 3D printed components.

Civil Engineering -

3D printing is poised to have a dramatic impact upon architecture, building design and manufacturing. 3D printing allows building designers to experiment with shapes and geometries in design that may not be financially viable with existing building techniques.

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