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Show Technology Tech. Education 18 Applied Analytic Geometry and Introduction to Calculus 5 Data Processing 67 Computer Programming 3 Data. Processing 75 Numerical Control Program ming 2 18 18 17 RELATED TECHNICAL EDUCATION Related Technical Education is an area within the Institute. It offers service courses for students majoring in areas of the Institute. Courses of Instruction 001. Basic Mathematic Principles and Beginning Algebra —Numbers, fractions, powers, roots, signed numbers. Fundamental algebraic operations—addition, subtraction, multiplication and division, signs, symbols, exponents, parentheses, special products and factoring, linear equations. Prerequisite: High School Mathematics or equivalent. Five lectures. AWS (5). Staff 021. General Shop Mathematics—Measurements, common and decimal fractions, square root, surfaces, columns, capacities, etc. Introduction to principles of algebra including simple linear equations with applications in the technical field. For pre-college students. Two to four lectures. Su (2-4). Staff 1. Shop Mathematics—Measurements, common and decimal fractions, square root, surfaces, columns, capacities. Principles of algebra including simple linear equations with applications in the technical field. Four lectures. AWS (4). Staff 2. Applied Geometry—Geometric relationships; applications of geometric figures; theorems and constructions. Three lectures. A W S (3). Staff 3. Industrial Orientation—The industrial environment with emphasis on development of effective study methods and habits and on proper preparation for entrance into the selected vocation. A (1). Staff 6. Mechanical Drafting and Print Reading—Introductory drafting course for trade and technical students to provide principles of print reading and sketching, lettering, visualization of geometrical applications, care and use of drawing equipment, drawing principles, application of symbols and interpretation of detail drawings. A W S (2). Staff 324 Technology 8. Basic Drafting—A basic course in drafting to include the use and care of instruments, lettering, geometrical construction, sketching, shape and size description, dimensioning, multiview drawings, and sectional views. Two laboratories. A W S (2). Staff 9. Basic Drafting Continued—A continuation of Technical Education 8 and to include auxiliary views revolutions, threads and fasteners, working drawings, pictorial drawings, charts, and graphs. Two laboratories. AWS (2). Staff 13. Applied Algebra—Fundamentals of algebra; addition subtraction, multiplication, and division of algebraic expressions; signs, symbols, exponents, parentheses, special products and factoring, fractions, and equations, first degree in one unknown, literal, fractional, radical, and exponential. Prerequisite: Technical Education 1 or equivalent. Five lectures. A W S (5). Staff 14. Applied Algebra—Review aids to mathematical solutions such as powers of ten, slide rule, monograms; special products, factoring, fractions, linear equations, simultaneous linear equations, quadratic equation, radicals and exponents, complex numbers. Prerequisite: Technical Education 13 or equivalent. Five lectures. AWS (5). Staff 15. Applied Trigonometry—Angles, natural functions and their graphs, identities, functions of two angles and related formulas, solutions of triangles, complex numbers. Prerequisite: Technical Ed. 14. Five lectures. W S (5). Staff 17. Applied Algebra and Trigonometry—The oblique triangle, logarithms, simultaneous linear equations, determinants of the 2nd and 3rd degree, quadratic equations and equations of higher degree. Prerequisite: Technical Ed. 15 or equivalent. Five lectures. S (5). Staff 18. Applied Analytic Geometry and Introduction to Calculus—Functional notation and equations, cartesian coordinates, polar coordinates, straight line, circle, parabola, ellipse, graphing equations. Basic elements of Differential and Integral Calculus. Prerequisite: Technical Ed. 17 or equivalent. Five lectures. A (5). Staff 19. Special Mathematical Principles—Introduction to different number systems such as binary, octal, etc.; beginning principles of Boolean Algebra. Application of mathematic principles to solve applied problems; use of matrix algebra in solution of simultaneous equations. Prerequisite: Technical Ed. 18: Three lectures. S (3). Staff 325 |
