Page 178 - University Bulletin

CEE447 Groundwater Engineering
Credits: 3 (3,0,0) Prerequisites: CEE341
Fundamental science of hydrogeology, the study of the distribution and movement of water
through geologic formations, i.e. soil, sediments, and rocks. The mathematical models of fluid flow
in porous media and methods for solving these equations (e.g., analytical, numerical, and
statistical approaches). Practical groundwater engineering problems: characterizing the
subsurface using aquifer tests, transport and remediation of contaminants, and innovations in
groundwater management, as time permits.

CEE448 Special Topics in Environmental Engineering
Credits: 3 (3,0,0) Prerequisite: Senior Level Standing
This course mainly deals with new trends and emerging topics or issues in Environmental
Engineering. The course focuses on exposing students to specialized or interdisciplinary topics not
covered in the core curriculum. The course content is selected by the instructor to align with the
students’ interests and provide a comprehensive overview of contemporary Special Topics in
Environmental Engineering. The course content is carefully designed to cover the latest
advancements and trends in the environmental engineering field. The course offers a thorough
introduction to the most recent developments in environmental engineering, such as Smart Cities
and Urban Sustainability, Climate Change Adaptation, Advanced Water Treatment and
Management, Environmental Sensing and Monitoring, Sustainable Agriculture and Food Systems,
Circular Economy and Green Technology, Environmental Impact Assessment and Reporting,
Application of remote sensing and GIS in rainfall runoff, Flood control strategies and systems,
Analyzing water resources problems using relevant computer application programs, Modern
Irrigation System Design. Students will gain valuable insights into innovative technologies and
innovative practices that are shaping the future of civil engineering.

CEE461 Structural Analysis II
Credits: 3 (3,1,0) Prerequisites: CEE261
Linear analysis of indeterminate structures such as plane trusses and frames structures using the
stiffness matrix method. Software applications on structural analysis of determinate and
indeterminate structures. Calculation of wind and seismic loads on structures using building
codes.

CEE463 Deep Foundations
Credits: 3 (3,0,0) Prerequisites: Senior Level Standing
Site investigation for deep foundations; Analysis, design and installation of pile foundations; axial
capacity and settlement of pile and pile groups; drilled piers and caissons; Rock socketed piles,
negative skin friction, and effects of soil movement on pile; Static and Dynamic Pile Load test.

CEE464 Concrete Technology
Credits: 3 (3,0,0) Prerequisites: Senior Level Standing
This course explores the various aspects of concrete technology. It will emphasize on the design
of concrete mixes using different approaches, the different types and properties of cement
replacement materials. It will also cover special concretes which include self-compacting concrete,
fiber reinforced concrete, high strength concrete, lightweight aggregate concrete and polymer
concrete. Overview of the concrete production and delivery process, Hot and cold weather
concreting and shotcreting, will also be covered.

166 PSU UNDERGRADUATE BULLETIN