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Show 174 DEPARTMENT OF ELECTRONICS James E. Dalley, Grant E. Horsley, Hurschell G. Urie The curriculum in Electronics prepares the student for employment after the completion of two years of training. Electronics CURRICULUM Course Description Credit Basic Requirements Major Field Requirements Related Requirements Recommended Electives English 81 English Essentials 3 Health Education 1 Personal Hygiene 2 Mathematics 87, 88 Radio Mathematics 10 Orientation 11 Freshman Orientation 2 Physical Education 3 Approved Activities 3 Elect. 51-56 Shop Practice 30 Elect. 61-66 Trade Technical 30 Tech. Education 91 Mechanical Drawing 2 Economics 21 Industrial Economics 3 Sociology 21 Social Relationships 3 Speech 3 Public Address 3 Tech. Educ. 81 Vocational Science 3 Tech. Educ. 84 Industrial Safety 3 Elec. 71, 72, 73 Morse Code 3 Electronics Technology The Electronics Technology curriculum is designed for the student who desires to continue his education in a senior institution. CURRICULUM Course Description Credit Basic Requirements Major Field Requirements Related Requirements Recommended Electives English 1, 2, 3 Basic Communication 9 Health Education 1 Personal Hygiene 2 Orientation 1 or 11 Freshman Orientation 2 Physical Education 3 Approved Activities 3 Elect. 51-56 Shop Practice 30 Elect. 61-66 Trade Technical 30 Economics 1 Prin. of Economics 3 Mathematics 1 Interm. Algebra 5 Mathematics 3 Trigonometry 5 Mathematics 4 College Algebra 5 Mathematics 10 Analytic Geometry 5 Speech 3 Public Address 3 Chemistry 1, 2 Gen. Inorganic Chem. 10 Physics 4, 5, 6 General Physics 15 175 COURSES OF INSTRUCTION Shop Practice 51. Shop Current and Elementary Shop Practice. Construction of simple radio apparatus with special emphasis on the use of hand tools, reading diagrams, and familiarity with component parts. A series of simple DC experiments are included to teach practical application of the principles of Direct Current Circuits. Five quarter hours. Autumn. D alley, Urie 52. Alternating Current and Intermediate Shop Practice. Construction of moderately complicated radio apparatus with special emphasis on wiring, layout, making simple tests and interpreting more complicated diagrams. A series of experiments designed to correlate with Electronics 62 Alternating Current Circuits is included. Five quarter hours. Winter. Dalley, Urie 53. Vacuum Tubes and Radio Receivers. Experiments and construction projects designed to give the practical application of vacuum tube basic functions and circuits and radio receiver construction. Five quarter hours. Spring. Dalley, Urie 54. Transmitters. Construction, installation, adjustment, and operation of transmitting equipment. Transmitters ranging from a few milliwatts to 7.5 kilowatts are available for class projects. Five quarter hours. Autumn. Dalley, Urie 55. Television. Instruction in television fundamentals through experiments and adjustments of circuits on commercial television receivers. Five quarter hours. Winter. Dalley, Urie 56. Servicing Procedures and Techniques. Methods of making measurements and tests, analyzing troubles, making repairs, and adjustments are taught through actual experience on various types of radio, television, and electronic equipment. Special emphasis is given in the field of the student's choice. Five quarter hours. Spring. Dalley, Urie 57. Antennas. A laboratory course in the construction, installation and adjustment of practical antenna systems for amateur and commercial transmitters and television receivers. Five quarter hours. Summer. Dalley, Urie Trade Technical 61. Direct Current Circuits. A beginning course for Vocational Radio-Television majors dealing with the structure of matter, voltage, current, power, resistance, inductance, and capacitance as they apply to direct current circuits in radio, television, and electronics. Five quarter hours. Autumn. Dalley, Urie |
