AECT 150 - Statics & Strengths of Materials

Credit Hours: 3
Lecture Hours: 2
Laboratory Hours: 2

Prerequisite(s): MATH 128 or higher

Restriction(s):

Restricted to students in the following programs:

Construction Technology - AAS

Construction Management: Design and Building - BT

Architectural Technology - AAS

Architectural Design and Building - BT

Construction Technology - BT

Mechatronics Technology - BT

Mechatronics Design - AAS

Carpentry - AAS

Mechatronics Technology - AOS

Carpentry and Building Trades - AOS

Residential Construction - AAS

Corequisite(s): None

Selected topics include: analysis of basic forces, conditions for equilibrium, truss analysis, stress-strain relationships, riveted and bolted connections, investigation of simple beams by shear and moment diagrams, steel and timber beam analysis and design, and simple column analysis and design.

Student Learning Outcomes of the Course:

The students will generate load tracing for residential, commercial, & heavy construction projects. Student work will be individually.
Students will work in groups to learn the properties for different materials through laboratory experimentation. The students will incorporate this data into structural design.
The students will generate load tracing for residential, commercial, & heavy construction projects. Students will work in groups.
The students will learn and use the software 3d Lift Plan.com residential, commercial, & heavy construction projects.
Students will research applicable codes and specifications for different types of structures. Students will learn about the role of the structural engineer.
Students will learn act professionally in both lecture and lab settings. ACCE Student Learning Outcome (SLO) # 12: Recognize the basic principles of structural design.