Technology Roadmap Essay

779 Words Nov 6th, 2014 4 Pages
Technology Roadmap
Technology road mapping is a form of technology planning that can support the ability to deal with the progressive competitive atmosphere in any business environment. The roadmap is important for various explanations. Across the world companies are faced with competitive concerns and this capability lays out the future for the business technology plans.
Purpose
The main purpose of a technology roadmap is to establish the technology direction for the organization. These objectives simply recognize the need for IT to forge a relationship between IT and the business while, at the same time, serving the unique internal needs of IT. Technology roadmaps have many benefits and usefulness to businesses. Some of the uses are:
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3D printing would impact significant changes in the supply chain and business models of companies. Manufacturing will no longer require the substantial labor workforce. Materials supplies will decrease and, therefore, cause less waste. 3D printing will provide the ability to produce items that are as strong as what is currently manufactured, yet be lighter in weight. It is easy to see how this can cause a disruptive industry that may not be taken lightly by the manufacturing industry as well as labor unions. The automotive industry, today, uses 3D printing for prototypes of future models. Use of 3D printing for tools that are used in the assembly can provide ergonomic advantages through use of light-weight materials. Printing can provide a 3D effect of a car's interior; that is a superior view for assembly versus a CAD diagram of the design.

Car Interior in 3D Prototype

Future Manufacturing Objectives

Will this mean that manufacturing as it is today will completely go away? Not necessarily, however, the industry has many opportunities to improve manufacturing time to market and reduce costs. “ In the short term 3D printing will not go head-to-head with traditional large-scale manufacturing but will increasingly be used for prototyping, tooling of traditionally manufactured items, and the direct manufacture of highly custom or technically complex low-volume items” (CSC, n.d.).

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