You’ll have access to laboratories and equipment for soil mechanics, construction materials, surveying, water and wastewater analysis and treatment, hydraulic systems, and mechanics. You’ll work on state-of-the-art equipment and in sophisticated laboratories that allow for a wealth of hands-on experience. Throughout the civil engineering degree, you’ll spend time in labs where you’ll use experimental methods to solve engineering challenges and actively put theory and technology to work. You’ll gain the practical theory, knowledge, and hands-on technical skills you’ll need to become an expert in applying today’s technologies to the solution of civil engineering and construction problems. With four required cooperative education experiences, you’ll gain full-time, hands-on career experience working for a range of companies and organizations in construction, transportation, water/wastewater management, renewable energy, and more. Water resources option–For students interested in water treatment, wastewater treatment, hydrology, stormwater management, and the environment.Structural design option–For students interested in structural design and the use of different types of materials (masonry, steel, reinforced concrete, etc.) in constructing roads, bridges, and buildings.Construction management option–For students interested in the business, management, and project planning aspects related to construction, including sustainable building design. While an option is not required, you may choose to pursue one of three professional options to gain a deeper understanding in one of these areas: The major allows you to specialize while also obtaining a broad background in civil engineering and construction management. Electives also are available in other technical disciplines. With a choice of professional electives, you can complete course sequences in structural design, construction management, geotechnical engineering, transportation engineering, and water resources management. In the fifth year, you'll complete a capstone project that includes the complete design of a major civil engineering project. The third and fourth years expand on these fundamentals with advanced course work in structural design, water and wastewater management and treatment, transportation systems, foundation engineering, and additional liberal arts courses. In the first two years of the program, technical subjects are taught concurrently with mathematics and science, helping you to understand applications while studying scientific fundamentals. In the civil engineering technology major, you’ll begin with a foundation in structural mechanics, physics, calculus, and the liberal arts. There is also demand for civil engineers to develop and integrate modern technical innovations into their infrastructure solutions to address sustainable practices that are protective of the environment. RIT’s civil engineering technology degree supports the growing need for civil engineers to analyze, design, build, and retrofit new and existing infrastructure needs. RIT’s Degree in Civil Engineering Technology In RIT’s civil engineering technology degree, you’ll learn to design bridges and buildings, analyze traffic flow, manage the construction of complex structures, and address environmental issues such as clean drinking water and effective wastewater management. The people who make infrastructure their top priority are civil engineers who are charged with analyzing problems and designing solutions to our nation’s growing infrastructure needs.
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