Visual Analysis and critical reflection Essay Example | Topics and Well Written Essays - 3250 words

Visual Analysis and critical reflection - Essay Example3D printing has changed the game of industries, products and buildings since the last 20 years. Students today argon aware of the techniques through which 3D printing can be used. The methods, techniques, materials and designs used are all upgraded and modernized using the best of technologies. As a pupil of 3D designing and printing I finally chose 3D architecture as the major field. This is because of the unique methods and techniques that it uses and ends up creating an absolutely amazing building that no one could think of. It is a blend of creativity and technique which gives the architect to freely think of the close to unusual look for a building. These fascinating ideas proclaim me and attract me towards the 3D architecture. 3D architecture uses the process of tessellation in which m some(prenominal) geometrical shapes whether regular or irregular are tied together without any gaps. This technique is being recently use d to create real life structures and buildings in a creative way. I believe with the advancement in the 3D architecture, the world can see amazing new buildings for which a bunch of creative and imaginative architects are responsible. The idea of 3D designing and printing in jewelry, arts and other industrial objects has in addition been fascinating as I study more about it. 3D designing in jewelry make is also a unique way of presenting creative ideas. Many famous jewelry designers have adopted this technique by using their great ideas, putt them through digital technology and implying it on the materials. The 3D printing is done through digital technology and thus it is easier for the students to learn it (Kuneinen, 2012). Anyone who wants to be a 3D printing expert needs practice and creative ideas to create unusual objects. The best part about the 3D designing is that it is present in either manufacturing or constructing industry for example automotive, aerospace, jewelry, ar chitecture, arts, medical, and electronics and so on. The diverse areas where the 3D printing can be applied attract many students to apply it in their fields. The most important part about the 3D designing and architecture is the materials that have to be used. The 3D designing in architecture needs a pastiche of materials that are involved in the process. The architectural model and structure is made out of a large number of materials and lesser volume since tessellation ties it together without gaps. The 3D model is made at first which uses plastic as the core material. The 3D model allows the architects to get a picture of how the structure would look like, and also its balance can be judged. The material used for the buildings would usually be steel and glass. The tessellation involves many geometrical shapes to be tied together on a plain. These shapes are made from glass or steel at the facade of the building to give an attractive look for instance the Federation Square in A ustralia. 3D printing and designing has become a technology which is widely used in many fields and industries around the world. The 3D technologies give a promising and bright time to come so many people are attracted towards it. These technologies are complicated thus skilled people are needed in every field to operate these machines. 3D printers today are used for rapid product prototyping. The 3D printing enables the engineers to fit the parts of the object wide before that are sending for production. The 3D models also enable the architects to create detailed models and show them to the clients at low-cost (The Economist Newspaper Limited, 2013). The range of uses of 3D printing is constantly increasing and the technology is catching the attention of many upcoming students. As with the 3D architecture, the study about the technology also increases the opportunities for students in the future since the future of this 3D technology is extremely bright. Currently the 3D printing is used to make the pre-production mould but in the near future the technology can be used to make end-use products. Imagine a