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Bachelor of Engineering


An Engineering degree can put you on the fast track to success. There are a variety of different engineering programs available including Bioengineering, Chemical Engineering, Aeronautics and Astronautics, Civil Engineering, Computer Engineering and Electrical Engineering. There are many schools that offer hands-on training that complements the theory aspect. This can allow you to further develop your skill set and knowledge in your chosen engineering field.

Once you are a graduate of an engineering program you will have a lot of job opportunities to choose from. There are many great engineering jobs available that are searching for skilled candidates. Many engineering positions offer high salaries and the opportunity for travel.





Aeronautics and Astronautics

Aeronautics and Astronautics

Aeronautical engineering and Astronautical engineering are the two major branches of Aerospace engineering. Aerospace engineering is a branch of engineering concerned with the construction, design, and science of spacecraft and aircraft. Aeronautical engineering deals with aircrafts that operate within the Earth’s atmosphere, while Astronautical engineering deals with spacecraft, and is often referred to as “rocket science”. Many people predict the Aerospace engineering field will boom over the next few decades due to new airplane technologies. Program Information Stanford University has

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Bioengineering

Bioengineering

Bioengineering (or Biological Engineering) is the application of methods and concepts of biology to help solve real world problems related to the life sciences while using engineering’s own synthetic and analytical methodologies and also its sensitivity to the practicality and cost of the solution or solutions arrived at. Bioengineering uses molecular biology to advance and study applications of living organisms. Program Information Georgia Tech has one of the best Bioengineering programs in the country. The program’s graduates are able to

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Chemical Engineering

Chemical Engineering

Chemical Engineering is a branch of engineering that applies the life sciences (biochemistry, microbiology, biology) and the physical sciences (physics and chemistry) together with economics and mathematics to processes that convert chemicals or raw materials into more useful forms. There are two broad subgroups: chemical process engineers and chemical product engineers. The first group looks at the operation and manufacture of machinery in industrial chemical and other processes. The second group looks at the development of new substances for products

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Civil Engineering

Civil Engineering

Civil engineering is a branch of engineering that deals with the construction, design, and maintenance of the physical and natural environment, including works like bridges, dams, roads, buildings, and canals. Civil engineering is the second oldest engineering discipline in the world behind military engineering. It is conventionally broken into several sub-disciplines, such as geophysics, environmental engineering, structural engineering, water resources engineering, earth science, and urban engineering. It takes place on all levels, including both the public sector (municipal) and the

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Computer Engineering

Computer Engineering

Computer engineering is a discipline that combines several fields of computer science and electric engineering required to develop computer software and hardware. They typically have training in software design, electronic engineering, and software-hardware integration. The field looks at how computer systems work and how they integrate into the larger picture. While some institutions require engineering students to take one year in General Engineering before declaring a major in computer engineering, others may make students wait until their junior or senior

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Electrical Engineering

Electrical Engineering

Electrical engineering is an engineering field that deals with the application and study of electricity, electromagnetism, and electronics. The commercialization and use of the telephone, electric power distribution, and the electric telegraph in the second half of the 19th century brought this field to the forefront. Electric engineers deal with the problems associated with electrical systems, including electrical machines and electrical power transmission, while electronic engineers look at electronic systems like integrated circuits, computers, radar, and communication systems. Program Information

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