Peter McCarthy
Structures/Construction
241 Introduction to Building Technology (3 cr)
Overview of integrated building systems exploring the interrelationships of construction technology, structures, and environmental controls systems as they relate to building design.
352 Structures 1 (3 cr)
Through the study of statics and strengths of materials, this course provides a theoretical and scientific basis to understanding how various structural systems and structural materials work and withstand loading. The concepts introduced during the course will be investigated with qualitative methods, as well as quantitative analysis. The scope of this course is limited to the examination of simple structural elements, such as trusses, beams, and columns.
Prerequisite: ARC 241, PHY 101
354 Experimental Structures (3 cr)
Examines dimensional analysis, models, prototypes, systems of forces and mass, structural materials, and structural theories. Experiments in torsion elements and analogies, and three-dimensional structural systems. Discusses detailed studies with mock-ups, and studies stability of elements in structural systems.
Prerequisite: ARC 352
357 Fabric Structures (3 cr)
Examines theory and practice of building with stressed fabric membranes; explores principles of cable structures, nets, tension membranes, and air-supported and inflated membranes. Examines minimal surfaces, curved surfaces, materials, joints, and details along with design develop-ment, production, erection, and performance in use.
Prerequisite: ARC 352
442 Construction Technology (4 cr)
The micro scale of construction. Emphasizes details of construction. Major interfaces of materials and systems: foundation/wall, wall/window, wall/roof, floor/wall, etc. The effect of materials and processes on appearance and life of building components. Interior and exterior finishes, joints, fire protection, and specification.
Prerequisite: ARC 241
453 Structures 2 (3 cr)
Second course in the structures sequence. This course concentrates on the study and investigation of various structural materials, connections, and details. Students will study various design criteria for specific materials, such as timber, steel, and concrete. The students will also be introduced to the proper use of various building codes in the structural design process.
Prerequisite: ARC 241, ARC 352
455 Structures 3 (3 cr)
Third course in structures sequence. This course begins with an emphasis on the investigation of reinforced concrete structures and continues with the study of various types of foundation systems, such as footings, and retaining and bearing walls. This course also includes a general overview of indeterminate structures and the behavior of continuous beams, and concludes with the study of lateral forces and dynamic loading and the impact on the design of seismic and wind resistant structures.
Prerequisite: ARC 453
456 Structures 4 (3 cr)
Examines systems in large and/or tall structures affecting decisions of architecture in relation to lightweight systems, physical constraints of the materials, manufacturing of the material, and geometry in the material distribution. Reviews stability considerations of structural systems and individual elements, as well as reserve strength and redundancy concepts.
Prerequisite: ARC 455
