CEE 470 "Structural Analysis" (100% contribution, taught in 2013 and 2018)
A comprehensive undergraduate and graduate course covering the direct stiffness method of structural analysis. Topics include the fundamentals and algorithms for numerical analysis of plane trusses, grids, and frames; virtual work and energy principles; and the finite element method for plane stress and plane strain. The course is available in both in-person and online formats. Credit is not given for both CEE 470 and ME 471. Prerequisite: CEE 360.
CEE 460 "Steel Structures I" (100% contribution, taught annually since 2013)
This course develops an understanding of the fundamental behavior of steel members, connections, and structural systems, and their application in analysis, design, and investigation. Topics include the behavior and design of tension members, compression members (columns), flexural members (beams), and an introduction to members with axial and flexural loads (beam-columns). Students utilize the Steel Construction Manual and are encouraged to engage in discussions, problem-solving, and collaborative learning. Prerequisite: CEE 360.
CEE 572 "Earthquake Engineering" (100% contribution, taught annually since 2014)
This graduate course provides students with a strong foundation in earthquake mechanics, engineering seismology, and structural dynamics. It covers earthquake response of SDOF and MDOF systems (both elastic and inelastic), damping mechanisms, fault mechanics, wave propagation, seismic hazard analysis, and numerical seismic analysis. The course integrates theoretical principles with practical applications relevant to building codes and seismic risk assessment. Prerequisites: CEE 470, CEE 471, and CEE 472. Check our live dynamic "Let's write a book" project!
CEE 575 "Fracture and Fatigue" (Co-taught with J. Lambros in 2022, 50% contribution)
A graduate-level course on fatigue and fracture behavior of metallic structures and connections, incorporating fracture mechanics theory, laboratory data interpretation, and international testing and assessment standards. Topics include fatigue life prediction, crack propagation, stress intensity factors, and practical applications in civil and aerospace engineering. Cross-listed as AE 521. Prerequisites: One of CEE 471, TAM 451, or TAM 551.
Each course emphasizes the integration of theoretical knowledge with engineering practice, preparing students to address real-world structural challenges through analysis, design, and research methodologies.