Technology (Example Only) Course Title A W S Mathematics 18, 21 Trig., College Algebra 5 5 Mathematics 51 Calculus with Analytic Geometry 5 English 1, 2, 3 Basic Communications 3 3 3 Art 20, 29, 46 Elementary Perspective Basic Rendering 3 3 3 Economics 5 Prin. of Economics 5 Engineering 1, 2, 3 Engineering Drawing Descriptive Geometry 2 2 3 Orientation 1 College Orientation 2 Physical Education Freshman Activities 1 1 1 16 19 15 Math 52, 53, 54 Physics 51, 52, 53 Physics 54, 55, 56 Art 5, Music 5 English 5 Botany 60 or 161 Geology 54 History 132 Sophomore Calculus with Analytic Geometry College Physics College Physics Lab Introd. to Art, Music Literature Trees and Shrubs of Utah Physical or Intro. Engin. Geology Modern European History ARCHITECTURAL TECHNOLOGY 16 17 17 Architectural Technology is designed for those people who wish to become architectural draftsmen, building construction supervisors, foremen, inspectors, estimators, etc. Such technicians work under the supervision of licensed architects or engineers. (Example Only) Freshman S Course Title A W Art 20, 29, 46 Perspective and Basic Rendering 3 3 Engineering 1, 2, 3 Engineering Drawing Descriptive Geometry 2 2 English 1, 2 Basic Communication 3 3 Geology 21 or 54 General; Engin. Geology Course Mathematics 14, 18, 21 Physical Education 1 or 11 Office Administration 1 Speech 8 or English 8 Architectural Technology 10 (or Art 5) Architectural Technology 31, 32 Architectural Technology 11 Business Economics 5 Architectural Technology 4, 5, 6 Architectural Technology 27 Office Administration 21 Physics 51, 54 Sociology 41 Arch. Tech.15 or Physics 52, 55 Title Inter. Alg. Trig., College Algebra Freshman Activities Elementary Personal Typing Speech for Every Day Needs Sophomore History of Architecture Architectural Drawing Building Equipment Selected Prin. of Economics Design Concrete Estimating Business Machines College Physics Social Relationships Elements of Electricity Technology A W S 3 Courses of Instruction 17 17 17 3 17 17 17 4. Mechanics Applied—Fundamental principles of materials, equilibrium of forces, simple machines, bridge and roof trusses, centroids, and moment of inertia. Prerequisite: Mathematics 18. Four periods a week. A (4). Alexander 5. Structural Design Applied—Bar Stress for fixed and moving loads and design of beam and truss members. Prerequisite: Mathematics 18. Two lectures and two laboratory periods a week. S (4). 6. Reinforced Concrete Design Applied—Design and control of concrete mixtures, area footings and sizes and strength of reinforced columns. Prerequisite: Mathematics 18. One lecture and three laboratory periods a week. S (4). Staff 300 301