Structural Applications

Catalog description

Techniques in analyzing statically determinant and indeterminate structures with a discussion of moment distribution. Standard design procedures for wood, steel, and concrete structures. Sizing of beams, columns and connections. Typically offered Fall. Prerequisite(s): CMET 28100 FOR LEVEL UG WITH MIN. GRADE OF C- OR CEMT 28100 FOR LEVEL UG WITH MIN. GRADE OF C- OR CET 28000 FOR LEVEL UG WITH MIN. GRADE OF C- Course Learning Outcomes 1. Demonstrate the understanding and gain proficiency in the principles of structural analysis and calculation and describe its function in the fields of construction engineering technologies. 2. Demonstrate ability to solve problems related to structural applications in an accurate, organized and neat manner. 3. Demonstrate an understanding of the basic principles of moment distribution and describe its function in the fields of construction engineering technologies. 4. Apply principles obtained from technical computations and any other previous course related to problem solving and technical computations. 5. Apply principles obtained from Static, Strength of Materials and structural calculations courses for the determination of internal stresses in determinate structures. 6. Display proficiency in manipulations of standards, specifications, codes and recommendations involving steel, concrete and timber structures. 7. Show competence on development of complex shear, moment, rotation and deflection equations for indeterminate structures as well as drawing appropriate corresponding diagrams. 8. Demonstrate understanding of the use and manipulation of Software for Analysis and Design of Structures. 9. Evidence understanding of analysis and transfer of loads from minor to major members. 10. Develop proficiency in the analysis and design of structural beams, columns, beam- columns and connections, individually and as a whole structure. 11. Exhibit ability to effectively present, analyze and interpret technical data whether or not the results are obtained from computer software. 12. Exhibit proficiency in performing Structural Applications calculations and concepts, including footing connections. 13. Demonstrate the ability to develop and present a building design project using loads requires according to use of structure established by codes and standards. 14. Demonstrate proficiency in the use of proper language and communication skills. View Class Schedule