The development and application of scientific and technological achievements to serve the needs of our society is the mission of civil engineering. Civil and environmental engineers are engaged in planning, designing and constructing highways, waterway and railway systems, harbors and shipping facilities, airports and terminals, dams and hydroelectric works, systems for the processing and distribution of water and for the collection and treatment of sewage and industrial waste, structures of every sort, including buildings, bridges, towers, industrial plants, tunnels and subway systems, schemes for the control of water and air pollution and many other works for the welfare of the people.

Evidently, an exceptional variety of professional practices in civil and environmental engineering offers multiple career choices. Moreover, you can not but notice that the purview of the civil engineering extensively involves the elaboration of less conventional structures and systems like mechanical prosthetic devices and spacecrafts. Furthermore, the field of competence of a modern civil engineer must embrace a concern for environment, social and economic issues.

At the front line of knowledge and technologies, creating fast and dramatic changes in the world, being the managers of high risk and capital intensive projects in the construction industry, civil engineers must possess an exceptional understanding of the engineering principles and real expertise. Acquiring an academic qualification is only a start on the road to become professionally qualified.

An academic degree is an important leap forward in any career ladder, the civil engineering being no exception. This is the index of goodness, which describes you as real pro qualified to work in most places of the world.

The Master of Civil Engineering is a professionally oriented degree. To equip the students with an extensive background, necessary for present day civil engineering experts, is a primary goal of the Master of Civil Engineering degree program. The study program is meant to provide students with better and deeper knowledge in chosen areas of Civil Engineering than it is possible in the framework of the B.S.C.E. degree program. The curriculum is designed to enable a graduate of the program to develop skills, necessary to find creative solutions to complex problems in the chosen field. The program involves advanced courses in the areas of structural analysis and design, transportation engineering, water resources, environmental engineering, geotechnical engineering, and project management, as well as science and mathematics. The Master of Civil Engineering degree is usually regarded as the one, which leads to entry in a Ph.D. program. It is not research oriented as the Master of Science in Civil engineering degree program.

Throughout your working life, you will continue both learning in an academic way and gaining practical skills and experience. There will be various milestones as you advance, the Master of Civil Engineering degree is only one of them. Learning without cease through all your life is a characteristic feature of a real professional, even though environments and methods are often different.