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Computer Technician, Diploma
A Computer Technician installs, modifies and makes minor repairs to microcomputer hardware and software systems, and provides technical assistance and training to system users. They also install or assist service personnel in installation of hardware and peripheral components, such as monitors, keyboards, printers and disk drives. They answer client inquiries in person and via telephone concerning systems operation; diagnose system hardware, software, and operator problems; and recommend or perform minor remedial actions to correct problems based on the knowledge of system operations. |
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Semester |
Course Title |
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First
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Introduction to Computers/CIS |
3 |
Includes essential computer hardware and software concepts as well as an introduction to the Internet, searching and email. Students will gain proficiency working with a LAN and Windows operating system. File management skills will be reinforced as students complete career research projects using word processing, spreadsheet and presentation applications. A majority of class time will be spent learning database essentials with Access. |
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Microcomputer Hardware/DOS |
4 |
Designed to teach the architecture and inner workings of the IBM/IBM compatible personal computer and associated peripheral devices. The main emphasis is aimed at providing a thorough understanding of how hardware devices work and interact with each other. Students will build several types of microcomputers, load software, and become familiar with operating the personal computer system. Skills required to install upgrades will also be taught. |
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Windows Server OS |
4 |
Covers the basic installation, configuration, security and maintenance of Windows 2003. Students should be able to add users, assign a shared disk space and install printers. System management skills, and concepts relating to the MCSE testing process, will also be covered. Additional study beyond the scope of this course is expected before taking the certification tests. |
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Basic Electronics |
3 |
Provides an introduction to electronic components, their diagrams, wiring methods, and shop safety, as applied to computers and computer networks. Voltage sources, current properties, resistance characteristics, and their relationships using Ohm's Law and the Power Formula will be studied. An introduction to AC voltage waveforms including their characteristics, applications, and methods of measurement, and the operation of capacitors, inductors, and transformers in DC and AC circuits with calculations of reactance, impedance, phase angles, and resonance will be covered. Corequisite: ET 113 |
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Basic Electronics Lab |
2 |
Provides hands-on application to electronic components, their diagrams, wiring methods, and shop safety, as applied to computers and computer networks. Voltage sources, current properties, resistance characteristics, and their relationships using Ohm's Law and the Power Formula will be covered. An introduction to AC voltage waveforms including their characteristics, application, and methods of measurement, and the operation of capacitors, inductors, and transformers in DC and AC circuits with calculations of reactance, impedance, phase angles, and resonance will be covered. Corequisite: ET 112 |
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Second
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Introduction to Programming |
3 |
Introduces students to the terminology, fundamentals and application of a disciplined program development process. Basic programming concepts such as problem analysis, logic organization and design, and program development and testing will be implemented. Program design tools such as flowcharts and pseudocode will be incorporated into the development of beginning-level business applications using the Java programming language flow control statements, methods, and arrays. |
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LINUX Administration |
4 |
The Linux Administration course develops students' UNIX and NOS (Network Operating) skills using Red Hat Linux. Students install, configure, and maintain their own Linux server. Topics include the UNIX command line, installation, networking configuration, software installation, enabling server services, firewall configuration, SAMBA and Windows connectivity, and configuring X-Windows. |
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Introduction to Networking |
4 |
Teaches fundamental concepts used in computer networking, including discussion of the OSI model, how data flows through networked devices, network design, and network protocol configuration. Learn how physical and logical addresses are created and interpreted in a TCP/IP based network, and how to designate network and host addresses in an IP addressing scheme. |
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Composition |
3 |
English Composition will help develop proficiency in writing concise, coherent essays, and in using correct English. Several modes of discourse will be explored and good grammar skills are required. This course will improve the student's critical thinking skills as it provides students with practice in all stages of the writing process: planning, supporting, rewriting, analyzing, proofreading, and editing. This course will also require critical reading and writing. Prerequisite: Placement Assessment |
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College Math |
3 |
A course covering the concepts and applications of mathematics, that includes: the arithmetic order of operations, percent problems, descriptive statistics and graphing, algebraic manipulations, solving linear equations, formula rearrangement, word problems, measurement, and applied plane and solid geometry. This course satisfies the institution's general education requirements for mathematics, but is not a transfer course. Prerequisite: Placement Assessment |
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