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Course Criteria
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3.00 Credits
Introductory course in computer science with emphasis on exploring the profession's broad scope of computers, history, theories, computer fundamentals, design concepts, integration practices, and applications. The laboratory (hands-on experience) introduces the student to the current computer techniques utilizing MS-DOS, Windows, word processing, spreadsheet, graphics and internet. Ten weeks lecture/laboratory. (Available only through the SGPS)
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1.00 Credits
This course addresses five major themes: introduction to the process of algorithmic problem solving, an introduction to the organization of files, understanding the basic control structures/functions, develop the correct sequence of actions for running a program and understanding the basic concepts of the boolean expressions. The course is designed to provide the basic skills for taking programming classes. Passing grades will allow the student to take INSY 325 and INSY 335. The course may be waived upon passing programming proficiency test. ( Available only through the SGPS)
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3.00 Credits
The basic concepts of integrating and designing computer platforms as well as the fundamental concepts of computers are included. Exposure to hardware and software concepts, central processing, storage, configuration management, and ATM approaches are incorporated in the lectures. The student is required to develop an in-depth proposal for addressing management's information requirements. (Available only through the SGPS)
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3.00 Credits
Prerequisite: INSY 110 or pass proficiency test. A concentrated, in-depth approach to computer concepts. Emphasis is on integrating the applications and incorporating business marketing concepts. The laboratory stresses the business aspects of word processing, spreadsheet, and graphics. Eight weeks lecture/laboratory. (Available only through the SGPS)
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3.00 Credits
Prerequisite: INSY 320. Identifies current technology (computer hardware, peripheral components/compatibility, system software, preventive maintenance, system upgrades and communication topology) and clearly demonstrates the equipment as a working model. The students will experience configuring computers and consider alternatives for solving business problems. (Available only through the SGPS)
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3.00 Credits
Prerequisite: INSY 320, or INSY 321 or equivalent. Designed to allow students to gain knowledge and skills in building their own computer. The sample exams, hands-on assembly, and course cover IBM-compatible personal computers, computer operations, maintenance, networking, repair, upgrade, security, diagnostic procedures, and troubleshooting techniques. Thirteen classes lecture/laboratory and laboratory fee. (Available only through the SGPS)
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3.00 Credits
Prerequisites: INSY 112 and INSY 320. An in-depth look at basic programming concepts and techniques using C++ programming language and object oriented programming methodology. The course adopts a practical hands-on approach to learning principles of designing, writing, debugging, and running programs. Students will learn the basics of C++ and Object Oriented Programming (OOP) such as: C++ syntax, semantics, names and values, variables, control structures, data types, scope rules, operators, methods, input/output, arrays, classes and objects. In addition, students will be introduced to algorithm design and good programming style. Eight weeks lecture/laboratory. (Available only through the SGPS)
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3.00 Credits
Prerequisite: INSY 320. A practical introduction to Linux operating system using a combination of lecture presentations and hands-on laboratory sessions. Topics covered include an overview of Linux, command line usage, file and directory structure, pipes and filters, file editing, shell programming, job control, and communications. The course will also cover basic Linux administration. Laboratories allow the students to gain hands-on experience working with Linux. Eight weeks lecture/laboratory. (Available only through the SGPS)
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3.00 Credits
Prerequisites: INSY 112 and INSY 320 or pass proficiency test. An in-depth look at basic programming concepts and techniques using Java programming language and objected oriented programming methodology. The course adopts a practical hands-on approach to learning principles of designing, writing, debugging, and running programs. Students will learn the basics of Java and Object Oriented Programming (OOP) such as: Java syntax, semantics, names and values, variables, control structures, data types, scope rules, operators, methods, input/output, arrays, classes and objects. In addition, students will be introduced to algorithm design and good programming style. Eight weeks lecture/laboratory. (Available only through the SGPS)
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3.00 Credits
The acquisition process and developmental concepts for obtaining computers in support of information requirements. How configuration and data management tools are applied at each stage of the process for justifying acquisition, and the definition of data requirements, contractual issues, decision support objectives, and management perspective throughout the life cycle process. Students work as teams in presenting papers. (Available only through the SGPS)
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