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Compose a 4500 words assignment on automation in the context of terrestrial surveying. Needs to be plagiarism free!
Compose a 4500 words assignment on automation in the context of terrestrial surveying. Needs to be plagiarism free! Terrestrial surveying is very relevant to several engineering professions, especially those whose practice relates to the physical distance or three-dimensional position of points. In what may be referred to as a traditional way of surveying, surveyors have gone about their professional practice by measuring angles and distances. Adding other quantitative information, surveyors calculate dimensional constructs such as areas, volumes, elevations, coordinates, bearings, maps, and vectors (Genovese, 2005).
Most of this form of traditional surveying has been done by the use of various 3D scanners and other aerial imagery equipment. Today, Hong-Sen & Marco (2009) observes a technological renaissance where there adoption of machine guidance systems in the performance of the same terrestrial surveying duties have increased. Such technological renaissance which is backed by the use of surveying global position systems (GPS) has created an era of automation in the context of terrestrial surveying. It is therefore not surprising that the number of GPS machine control services is increasing across the globe. Today, high definition surveying is performed by the use of 3D laser scanning. As terrestrial surveying takes what is clearly an automation approach to practice through the use of more advanced and sophisticated technological tools, it is important for research to be conducted in understanding the overall impact of automation in the context of terrestrial surveying. Such research that brings out a thorough understanding of the impact of automation in the context of terrestrial surveying is what the current research seeks to do.
As the presence and use of scan laser systems in terrestrial surveying have increased the importance of surveying, the current study will look into the specific benefits that come with automation in terrestrial surveying as against what is referred to as traditional surveying. .Indeed, there are many who believe that automation in terrestrial surveying does not only create opportunities but comes with its own line of disruptions (Keay, 2000). With this said, the current study will also look into the possible implications for practice with automation in terrestrial surveying. The implications for practice will focus more on training a workforce that produces surveyors who have the most qualified experience, skill, and knowledge to pursue 3D laser scanning to achieve high definition automated terrestrial surveying.
