Prepared by: Dr. Jennifer E. Tanner, University of Wyoming, and Dr. Richard E. Klingner, University of Texas at Austin. These masonry course notes were developed for use in semester-long, undergraduate or a graduate course in masonry as part of a civil engineering or architectural engineering curriculum. Selected parts of the notes can also be used in architecture or construction courses. They comprise 25 lectures (plus a list of references), each intended for presentation in about 75 minutes. These Course Notes reference the 2013 TMS 402/602. Lectures #1-2: History of masonry presentation* and description Lectures #3-7: Masonry materials, units, mortar, grout and components Lecture #8: Basic structural behavior and design of low-rise buildings Lecture #9: Design of masonry requiring little structural calculation Lectures #10 and #11: Acoustical, thermal, and fire performance and design of masonry Lecture #12: Masonry construction and cost estimating Lecture #13: Building codes; gravity, wind and earthquake loads by ASCE 7-10 Lecture #14: Introduction to TMS 402-13 treatment of structural design Lecture #15: Strength design of panel walls Lecture #16: Strength design of unreinforced bearing walls Lecture #17: Strength design of unreinforced shear walls Lecture #18: Strength design of beams, lintels, and curtain walls Lecture #19: Strength design of reinforced bearing walls Lectures #20: Strength design of reinforced shear walls Lecture #21: Lateral-load analysis of shear-wall structures Lecture #22: Design and detailing of floor and roof diaphragms Lecture #23: Comparison of design using the ASD and SD approach Lecture #24: Design of low-rise masonry structure for gravity and wind load Lecture #25: Design of four-story masonry structure for gravity and seismic load Lecture #26: References