Professional Education Subject
Structural Engineering
Led by award-winning Georgia Tech faculty, our Structural Engineering Professional Education courses are specifically developed for engineers and professionals responsible for the design, analysis, and testing of steel and wood structures. Earn continuing education units (CEUs) from a world-class leader in science, technology, and engineering.
Courses In This Subject
- Advanced Topics Structural Analysis (CIVE 3007P)—
Review basic structural analysis techniques, with an introduction to more advanced concepts including 3-D indeterminate structures, stability, and nonlinear analysis.
- Introduction to the AISC Direct Analysis Method (CIVE 3021P)—
Gain a comprehensive understanding of the new AISC Direct Analysis Method of design and learn how to apply it for various practical frame stability design solutions.
- Prestress Postensioned Concrete Design (CIVE 3010P)—
Learn to analyze and design prestressed and postensioned (ps/pt) concrete members, following ACI 318-08 requirements in this seven-week online course.
- Stability Bracing Design Using Second-Order Analysis (CIVE 3023P)—
Learn how to apply second-order analysis to solve both routine stability bracing design problems that fall within the scope of the AISC 14th Edition Specification Appendix 6, as well as complex problems that are beyond the limited scope of this Appendix.
- Stability Design of Low and Medium-Rise Steel Buildings (CIVE 3022P)—
Assess and apply some of the most useful current techniques for stability design of steel building structures.
- Structural Dynamics and Earthquake Engineering (CIVE 3004P)—
Review basic structural dynamics and earthquake engineering concepts including single-degree and multi-degree of freedom, engineering seismology, and geotechnical engineering.
- Sufficient Second-Order Frame Analysis (CIVE 3020P)—
Learn how to apply different methods to obtain reliable second-order analysis results for the design of structural frames.
- Wood Design (CIVE 3005P)—
Master the design fundamentals for wood members in structures, using the National Design Specification for Wood Structures 2005 Edition and the ASD method of design.
