Other areas of water engineering include flood prevention and a multitude of environmental specialties, many of which relate to other areas of water engineering. Finding ways to divert runoff to prevent erosion, for example, has both civil and environmental applications, and involves identical principles in most situations (Kalle 2009). Effective strategies for collecting and draining runoff water in a way that doesn't simply divert the problem can be a lot more complex than it might at first seem, especially in environmental situations, and this is precisely why water engineers remain must have a comprehensive view of many different areas of engineering, including fluid mechanics, a knowledge of different materials for conducting water, effective ways of filtering and/or treating water, etc. The amount of knowledge required to take on any major water engineering project virtually guarantees that the engineer will have the knowledge and skill set for other jobs, too, meaning that the variety and the opportunities for water engineers simply will not cease. An emerging field in water engineering is that of the storm water technician, who actually monitors and develops methods of collecting and discharging storm water in both rural and urban areas (NACE 2009). With increasing environmental concerns of water shortages worldwide, this field could become even more important in coming years as conservation becomes a key component of our every day lives. This provides yet another example of the unending essentiality of water engineers to the societies they serve. Water is such a basic need for so many reasons, and at the same time can be such...
The Handbook also emphasizes that, "Engineers should be creative, inquisitive, analytical, and detail oriented. They should be able to work as part of a team and to communicate well, both orally and in writing" (Engineers 2010:4). In addition, good communication skills are regarded as important key attributes for engineers who frequently work with professionals from other disciplines (Engineers 2010). Although every employment situation for defense industry engineers will be unique
In terms of their personal attributes, engineers should be natural problem solvers (Johnston, McGregor, & Taylor, 2000). Because modern engineering involves such powerful and dangerous forces, professional engineers have a profound ethical responsibility to establish appropriate principles to ensure safety. The consequences of failure in engineering can result in injury or death to human beings, or even to entire human communities (Vee & Skitmore, 2003). For example, bad engineering decisions
Water Awareness and Education for Sustainable Watershed Management Today, the human society continuously deals with the issue of limited resources, as compared to an extensively growing amount of needs. Among these limited resources, water is vital, not only because mankind cannot survive without it, but also because it is essential to producing so many other secondary items, including food and clothing. At the same time, water and watersheds are an essential
Engineering Ethics to Prevent Suicidal Attempts Death and mortality rates in the recent decades have escalated at an unprecedented rate all across the globe. Suicide is one of the integral attempts of numerous people in order to end the beautiful gift of life given by God. However, while taking the United States into account, it is prudent to note that suicide is amongst the leading causes of death where the ratio
Water Privatization How Privatization of Water is Bad for the World Water is a scarce resource, a fact that is becoming more evident as time goes on and pollution becomes more evident. There are many instances where privatization has been beneficial; bureaucratic red tape often makes policy making a headache for consumers, and some eagerly advocate for privatization of certain resources. Privatization often has advantages, but in many instances it also realizes
Some of the key examples of where geospatial information can be important are during emergency responses during natural disasters especially for purposes of evacuation arrangement, and damage estimation assignments. MarcFarlane (2005) indicates that it is important to use geoinformatics to prevent disasters rather than try to deal with them after they happen. Geoinformatics assists those involved in the emergency processes by providing the necessary data and giving appropriate plans
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