BSc in Civil Engineering in Mankato United States | Minnesota State University, Mankato

According to the American Society of Civil Engineers, Civil Engineering is a field that applies mathematical and physical sciences through study, experience, and practice to economically harness natural materials and forces for humanity's benefit. This involves enhancing the environment, creating community infrastructure, industrial and transportation systems, and structures for public use. Civil engineers plan and oversee the construction of infrastructure like roads, buildings, airports, tunnels, dams, bridges, water supply, and wastewater treatment systems. Key specializations in civil engineering encompass structural, geotechnical, water resources, transportation, environmental, and construction engineering. The Civil Engineering Program at Minnesota State University, Mankato, aims to deliver a top-tier, hands-on education connected to industry, preparing graduates to thrive in any civil engineering field and serve communities in Minnesota, nationally, and globally. Program Goals: Within 3-6 years post-graduation, graduates from Minnesota State University, Mankato are anticipated to make professional and societal contributions by: Attaining leadership roles and greater responsibilities in their career or community. Achieving professional engineering licensure, with a focus on public safety, health, and welfare. Advancing their education via professional development or graduate studies. Additional highlights of the civil engineering program at Minnesota State Mankato include: Senior students collaborate in a year-long design course, integrating various civil engineering disciplines into a comprehensive project. They engage with engineers from design firms and government agencies, as well as faculty and peers from other engineering courses during the senior design project. Seniors take the Fundamentals of Engineering exam, initiating the path to professional licensure. Faculty maintain industry connections, staying updated on new technologies, design methods, and practical civil engineering, offering students valuable insights. Preparation. Ideal high school preparation includes one year each of precalculus, physics, and chemistry. Lacking this background may extend the degree beyond four years. Developing computer skills in programming, word processing, spreadsheets, and presentations is also advised.