All students are expected to choose at least three classes (9 credits). Four classes (12 credits) can be taken if one of the courses is 4699: Undergraduate Research. Two classes (6 credits) will be considered in exceptional circumstances only.
CEE 3051: Introduction to Structural Engineering (3 credits)
This course introduces key concepts in structural engineering: the science, art and skill of designing various types of structures such that their behavior is as intended in a safe manner throughout their lifetime. Through case studies of structures and failures, demonstrations and lectures, students will understand how structures of all types (i.e. buildings, bridges, domes, dams, etc.) take and transfer loads, compute the effects of the loads on the structural members, and determine the material and size of these members such that they are safe.
Prerequisite: COE 3001 (Deformable Bodies)
Instructor: Lauren Stewart
CEE 4620: Environmental Impact Assessment (3 credits)
Environmental Impact Assessment exposes students to important planning, policy, and methodological issues associated with assessing the environmental impacts of civil engineering systems. The course includes an overview of the environmental regulatory framework and analytical techniques employed in the preparation of Environmental Impact Statements under the National Environmental Policy Act.
Prerequisite: Junior/Senior Status
Instructor: Randall Guensler
CEE 4225: Coastal Engineering (3 credits)
Introduction to coastal engineering processes and problems. Topics include: water wave mechanics, nearshore hydrodynamics, astronomical tides, sediment transport, beach nourishment, and coastal structures.
Prerequisite: CEE 3040 (Fluids)
Instructor: Kevin Haas
CEE 4610: Smart and Sustainable Cities (3 credits)
This course introduces key concepts necessary to effectively plan and develop sustainable infrastructure for cities. The infrastructure concepts include water, electricity, transportation, buildings, and waste management. These skills are vital given that we expect to see an increasing portion of our existing global population (i.e., ~8 billion people at 55% urbanization) dwell in urban environments through the year 2050 (i.e., ~10 billion people at 68% urbanization). It also explores various ‘smart’ topics that address some of the sociotechnical challenges involved in achieving urban sustainability. This includes topics such as principles of sustainability, carbon management, and resilience. These interdisciplinary skills will culminate in a group project where teams develop a comprehensive city plan.
Prerequisite: CEE 3000 or CEE 2090 (Systems)
Instructor: Joe Bozeman
CEE 4699: Undergraduate Research (3 credits)
Independent research conducted under the guidance of a faculty member.
Instructors: Randall Guensler, Kevin Haas, Joe Bozeman and Lauren Stewart (and other faculty, by approval only)
