236 Industrial Electricity Industrial Electricity The courses listed are designed to give students skills in a variety of electrical applications frequently found in commercial building, factories, and other industrial settings. Certificates of skill proficiency will be issued for agreed-upon achievement levels within the program. These courses are scheduled only upon sufficient student demand. An Institutional Certificate will be given upon completion of the program. SAMPLE SCHEDULE INDUSTRIAL ELECTRICITY Autumn Indelc 181 3 Indelc 182 3 Indelc 170 2 Reltec 114 5 Elective 3-5 TOTAL 18 Winter Indelc 184 4 Indelc 185 3 Indelc 186 3 Indelc 171 2 Reltec 115 5 Engl 101 3 TOTAL 20 Spring_ Indelc 187 3 Indelc 192 3 Indelc 196 3 Indelc 197 2 Reltec 117 5 Indelc 172 2 TOTAL 18 Electives: Weldng 165 (3); Machtl 127 (3), Disttc 120 (5); Engrtc 124 (5): Comsci 101 (4); Autosv 250 (3). Industrial Electricity Courses 170. NEC Residential Wiring (2) The National Electrical Code regulations pertaining to residential wiring. Two lectures per week. 171. NEC Commercial Wiring (2) The National Electrical Code regulations pertaining to commercial wiring. Two lectures per week. 172. NEC Industrial Wiring (2) The National Electrical Code regulations pertaining to industrial wiring. Two lectures per week. 181. Basic Electricity Theory (3) The theory of matter, voltage, current, resistance, series, parallel and series-parallel circuits. Prerequisites: Reltec 114 concurrently. Two lectures and one lab per week. 182. Magnets & Magnet Circuits (3) Current carrying capacity of conductors, voltage drop, conductivity, magnets and magnetic fields reluctance, permeability, flux density, magnetic circuits and magnetic applications. Prerequisites: Reltec 114 concurrently. Two lectures, one lab per week. 184. DC & AC Generators (4) Theory and technical material pertaining to AC & DC generators and motors. Prerequisite: Reltec 114 concurrently. Two lectures and one lab per week. 185. AC Theory Lecture (3) Theory and procedures pertaining to impedance, AC relationships, single and polyphase circuits, and application to electrical machinery. Prerequisites: Indelc 181, 182. Three lectures per week. 186. AC Theory Lab (2) Laboratory activities related to impedance, AC relationships, and polyphase systems. Prerequisites: Indelc 181, 182. Two labs per week. 187. AC & DC Motors (3) Theory and technical information as it relates to AC & DC motors, principles of operation, and motor types for different applications. Prerequisite: Indelc 185. Two lectures, one lab per week. 192. Automatic Control Circuits (3) The use of automation systems using electrical, electronics logic and statis switching devices, as found in automation control circuits in industry. The applications of solid states and magnetic amplifiers is included. Digital control is stressed. Prerequisites: Indelc 187. Two lectures and one lab per week. 196. Basic Industrial Electronics (3) Basic tube and transistor functions; replacement characteristics; amplifiers, amplidyne oscillators; high frequency and dielectric heating; power tubes; electronic relays. Prerequisite: Indelc 186. Three lectures per week. 197. Industrial Electronics Lab (2) Laboratory experience in Industrial Electronics. Some basic repair techniques will be practiced. Prerequisites: Indelc 186. Two labs per week. 292. Short Courses, Workshops, Institutes and Special Programs (1 -6) In order to provide flexibility and to meet many different needs, a number of specific offerings are possible using this catalog number. When the number is used it will be accompanied by a brief and specific descriptive title. The specific title with the credit authorized for the particular offerings will appear on the student transcript. 237 Computer Maintenance Technology Computer Maintenance Technology Coordinator: Carleton E. Watkins The Computer Maintenance Technology curriculum is designed to prepare students for a wide range of computer servicing positions from depot repair to field service. Courses involved in this program begin with introductory electronics and proceed through computer hardware theory. Because of the varying background of students, it will be necessary for the student to consult a departmental adviser prior to registration which will allow the student to have a well-organized plan for completion of the program. Program: Computer Maintenance Technology-Associate of Applied Science Degree General Requirements A minimum of 93 credit hours. Engl 101 (3) and one additional English class, Engl 102 (5] suggested. At least 20 hours from the General Education courses listed in the catalog, including at least one course from each of the four areas: Humanities HU, Natural Science NS, Social Science SS. General Education Courses required: Phsx NS112 (4), NS115 (1) or Chem NS101 (5), and Comsci PD101 (4). An overall GPA of 2.00 with a C or better in the major courses. Computer Maintenance Technology Courses 255. Peripheral Services Repair I (5) Operation of printers, video terminals, card readers, and other peripheral devices. Repair and maintenance of these devices and the electronic circuitry used to interface to the computer. Align mechanical mechanisms associated with these devices. Diagnose problems to chip level. Two 1-hour lectures and three 3-hour labs per week. 256. Peripheral Services Repair II (5) A continuation of Cmtech 255. Two 1-hour lectures and three 3-hour labs per week. 257. Peripheral Services Repair III (5) A continuation fo Cmtech 256. Two 1-hour lectures and three 3-hour labs per week. 267. Minicomputer Operating Systems & Diagnostics I (3) Operating systems found on small computer systems such as RT-11, RSX, RSTS. Writing interface driver routines for specific devices and integration of the drivers into the system. Handling of interrupts, processing of data between the device and the CPU. Loading of maintenance software and maintenance of hardware and software using maintenance diagnostics. Three 1-hour lectures and one 3-hour lab per week. 268. Minicomputer Operating Systems & Diagnostics II (4) A continuation of Cmtech 267. Three 1-hour lectures and one 3-hour lab per week. 323 Applied Digital Concepts using Harris H100 Computer (4) Operational theory of a mini-computer and techniques for maintenance of a bit-slice, micro-programmed machine. 357. Minicomputer Assembler Programming (4) Harris H-100 mini-computer assembler language concepts with emphasis toward system maintenance and diagnostic analysis using integrated hardware and software techniques. Specific Requirements Major courses required (73 credit hours): Cmtech 255 (5), 256 (5), 257 (5), 267 (4), 268 (4), 323 (4), and 357 (4); Eltech 124 (5), 136 (5), 137 (2), 144 (4), 147 (5), 148 (2), 154 (5), 222 (4), 289 (4); Elentc 355 (4) and 389 (2). Support courses required (31 minimum credit hours): Comsci 101 (4), 260 (4); Reltec 114 (5), 115 (5), 117 (5) and 118 (5), or Math 105 (5), 106 (5), 107 (5), 211 (5), and 212 (5). Three credit hours of electives chosen from the following three: Inentc 360 (3), Mfentc 345 (3), Mfentc 456 (3|. SAMPLE SCHEDULE COMPUTER MAINTENANCE TECHNOLOGY ASSOCIATE OF APPLIED SCIENCE DEGREE FRESHMAN: Autumn Eltech 124 5 Comsci 101 4 Reltec 114 5 Gen Ed 5 TOTAL 19 Winter Eltech 136 5 Eltech 137 2 Reltec 115 5 Engl 101 3 Elentc 355 4 TOTAL 19 Spring_ Eltech 147 5 Eltech 148 2 Reltec 117 5 Eltech 144 4 TOTAL 19 SOPHOMORE: Autumn Eltech 154 5 Cmtech 255 5 Cmtech 357 4 Reltec 118 5 TOTAL 19 Winter Eltech 222 4 Cmtech 267 4 Cmtech 256 4 Gen Ed 4 Eltech 289 2 TOTAL 18 Spring_ Cmtech 268 4 Comsci 260 4 Cmtech 257 4 Cmtech 323 4 Eltech 289 2 TOTAL 18 Summer Phsx 5 Elective 3 Commun 105 3 Elentc 389 2 TOTAL 13