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| Engineering is the application of math and science to create something of value from our natural resources. Scientist discover the world that exists; engineers create the world that never was.
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| Electrical engineering: |
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Electrical engineering is the application of the laws of physics governing electricity, magnetism, and light to develop products and services for the benefit of humankind. Computer engineering is the design, construction, implementation, and maintenance of computers and computer controlled equipment for the benefit humankind.
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| Aerospace Engineering: |
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Aerospace engineers design, analyse, model, test and simulate aircraft, satellites, missiles and rockets. Aerospace engineering also covers the other applications of objects moving within liquids or gases. Aerospace engineers specialise in fields such as aerodynamics, propulsion, navigation, flight-testing and more. They can engineer golf balls, hydrofoil ships, tall buildings, or high speed trains.
Aerospace engineering has effected most people designing the planes we travel in to the golf balls we play with. More and more benefits are created from aerospace engineers as they develop supersonic flight to be cheaper and more environmentally friendly cutting journey times immensely.
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| Mechanical Engineering: |
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Mechanical engineering is the broadest type of engineering discipline in its range of activities and functions. It is concerned with design, manufacture and operation of a wide range of components, devices, or systems. This could include microscopic parts of gigantic gears, laser technology, biomedical applications, computer aided design, automation or robotics. A mechanical engineer are able to design a product, for example an internal combustion engine, then be able to analyse, develop it, test it and sell it.
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| Civil Engineering: |
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Civil Engineers design and construct roads, bridges, buildings, dams etc. In reality they do far more than this. Civil Engineering impacts on all our daily activities. We take for granted that we can turn on a tap and have clean drinking water or that we have a transportation system that is adequate and efficient. These construction and supply activities are achieved through Civil Engineering design. There are many other less obvious but very important activities performed by Civil Engineers. Civilization continues to place demands on our limited environmental resources. Civil Engineers are leading the way in forming a detailed understanding of environmental issues and how the impact of human endeavours on the environment can be reduced. In almost every activity undertaken by Civil Engineers they interact with the environment. This role as an environmental scientist will continue to increase, offering an exciting future and an important place for Civil Engineers as we move into the 21st Century.
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| Environmental Engineering: |
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Environmental engineering is the study of ways to protect the environment. It covers air pollution, land management, radiation protection, water supply, solid waste and public health. Many work in industry to make sure pollutants are removed from various streams released to the air and water. Environmental engineers develop and design equipment to create a cleaner environment.
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| Chemical Engineering: |
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Everything around us is made of chemicals, trees, rocks and earth. When chemicals combine they sometimes react to form new chemicals, which can provide all kinds of new and useful substances. Chemical engineers discover and manufacture better chemicals by carrying out chemical reactions and purifications. For example manufacturing better paints, plastics, fuels, medicines and paper. They also invent cleaner technologies reducing environmental impacts. Many work in factories, while others in laboratories, engineering firms, universities or law offices.
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