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Chinese Language (Self-Instructional Language Program-SILP) |
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CHIN 112 - Conversational Chinese for Business I Lecture - Lab - Credit Hours: 3-0-3
This course focuses upon an independent approach, but with reliance upon tutorial guidance from a native speaker, to develop listening, speaking and reading skills as initial steps to achieving competence as a speaker of Chinese for Business. Emphasis is given to intensive drill, practice and review through listening of Audio CDs and conversation among students and with the drill tutor.Prerequisite: COMPASS placement into ENG 101 or minimum grade of “C” in one of the following: ENG 021 and ENG 099 or the EAP course sequence ENG 079 and ENG 089 , or ENG 096
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CHIN 113 - Conversational Chinese for Business II Lecture - Lab - Credit Hours: 3-0-3
This course focuses upon an independent approach, but with reliance upon tutorial guidance from a native speaker, to develop listening, speaking, and reading skills learned during CHIN 112 . Through tutorial guidance from native speakers, students will increase their competencies as speakers of Chinese for business (both formal and idiomatic). Emphasis continues on drill practice (both individually and in groups), and review through listening of Audio CDs and by actual conversation among students and the drill tutor. Prerequisite: CHIN 112 or “B” on proficiency test for CHIN 112 .
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Computer Aided Design & Drafting |
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CADD 100 - Exploring 2D Computer Aided Design and Drafting Lecture - Lab - Credit Hours: (1-2-2)
An exploratory course introducing basic concepts of 2D computer aided design and drafting using the AutoCAD software package. Students will learn to operate a CADD system to create simple drawings and 3D models. Topics, assignments, and pace of course will be adjusted to accommodate individual needs and interests of students. This course is intended for non-technical majors.
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CADD 101 - 2D Computer Aided Design and Drafting I Lecture - Lab - Credit Hours: 2-3-3
An introductory course covering the operation of a typical computer aided design and drafting (CADD) system. Content stresses CADD graphic commands and proper manipulation of industrial CADD software and hardware to produce engineering drawings. Emphasis is placed on developing entry-level 2D CADD user skills using the latest version of the AutoCAD software package. Prerequisite: MATH 095 or consent of department.
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CADD 103 - 2D Computer Aided Design and Drafting for Interior Design Majors Lecture - Lab - Credit Hours: 2-3-3
An introductory course covering the operation of a typical CADD system. Content stresses CADD graphic commands and proper manipulation of industrial CADD software and hardware to produce architectural design drawings with emphasis placed on interior design and space planning. Prerequisite: MATH 095 or consent of department.
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CADD 106 - Microstation V8 - Level I Lecture - Lab - Credit Hours: 2-3-3
An introductory, hands-on CADD course covering the basic 2-D commands of Microstation software. Content stresses CADD graphic commands to create, edit, manipulate, dimension, and plot Microstation-generated production drawings. Prerequisite: Knowledge of Windows operating system or consent of department
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CADD 110 - 2D Computer Aided Design and Drafting II Lecture - Lab - Credit Hours: 2-3-3
Continuation of the material covered in CADD 101 with emphasis on high-order skills. Topics covered include sheet set manager, tables and fields, layering systems, template drawings, advanced symbol manipulation, attribute extraction, OLE, user variables, external references, converting raster drawings, advanced editing and dimensioning, special plotting techniques, and remote and Internet file management. Prerequisite: CADD 101 , plane geometry or consent of department.
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CADD 120 - 3D Computer Aided Design and Drafting I Lecture - Lab - Credit Hours: 2-3-3
Hands-on three-dimensional class covering wire frame, surface modeling, and solid modeling technologies. The class is specifically designed for the AutoCAD software package and ideally suited for students completing CADD 101 and CADD 110 courses who want to continue graphics and technical illustrations. Students learn 3-D drafting techniques by constructing a variety of mechanical and architectural components. Texture mapping, rendering, lighting, shadows, dynamic viewing, and automated slide show techniques for electronic portfolios are covered. Prerequisite: CADD 101 , CADD 110 and EGR 101 or consent of department.
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CADD 180 - 3D Studio Max - 3-D Design and Animation Lecture - Lab - Credit Hours: 2-3-3
This course introduces the student to the high-tech field of 3D drawing/design and animation used in such industries as architectural walk-through and fly-bys, game development, movies, and videos. Topics include 2-D and 3-D drawing, compound object creation, modifiers, lighting, cameras, backgrounds, materials, special effects, and computer animation. Prerequisite: CADD 101 .
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CADD 220 - Customizing Auto CAD Lecture - Lab - Credit Hours: 2-3-3
Use of AutoCAD’s menu development language to automate drawing procedures and speed drawing time; creation of menus, macros, libraries, line types, shapes, fonts, and hatches for special applications. Prerequisite: CADD 120 or CADD 101 and any programming language or consent of department.
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CADD 230 - CADD Process Management Lecture - Lab - Credit Hours: 2-3-3
Hands-on approach to managing the engineering design process. A detailed review of a CAD manager’s role, licensure and software installation methods, standards, network management, maximizing efficiencies, advanced design techniques, and controlling and automating design deliverables. Prerequisite: CADD 220 or consent of department.
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CADD 250 - CREO Parametric 3D Solid Modeling Lecture - Lab - Credit Hours: 2-3-3
Hands-on, 3-D-modeling CADD course using parametric, solid-modeling software. The course covers the basic functions needed to create part models, assemblies, and drawings in a project-oriented environment. Prerequisite: CADD 101 and CADD 120 with a minimum grade of C or consent of department.
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CADD 252 - CREO Advanced Parametric 3D Solid Models Lecture - Lab - Credit Hours: 2-3-3
Hands-on associative detailing of solid models using parametric solid modeling software. This course covers materials and skills necessary to detail solid models in a project-oriented environment. Prerequisite: CADD 250 with a minimum grade of C.
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CADD 260 - AutoDesk Inventor Pro-3D Solid Part Creation Lecture - Lab - Credit Hours: 2-3-3
After successful completion of this course, students will have gained the required knowledge and skill set to create parametric 3-D solid models using Autodesk Inventor software. Autodesk Inventor is a mechanical design, assembly-concentric, three-dimensional and two-dimensional drawing production software system. Inventor Part Creation focuses on the initial three-dimensional functions and applications of Autodesk Inventor. During this course, you will explore the Autodesk Inventor parametric solid-modeling environment, interface components, basic file-management tools, specific part-model commands, creation techniques, and visit initial two-dimensional part-drawing capabilities. Prerequisite: CADD 120 , EGR 102 or an experienced drafter, designer, or engineer.
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CADD 270 - Solidworks - Parametric 3D Solid Modeling Lecture - Lab - Credit Hours: 2-3-3
Three-dimensional modeling CADD course using SolidWorks, parametric solid-modeling software. The course covers creating parts, assemblies, and drawings in SolidWorks. Prerequisite: CADD 101 or an experienced drafter, designer, or engineer.
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CADD 280 - Siemens NX 3D Parametric Solid Modeling Lecture - Lab - Credit Hours: 2-3-3
The primary goal of parametric modeling with Siemens NX 7.5 is to introduce the introductory aspects of solid modeling and parametric modeling. This is a comprehensive hands-on approach. Student will create feature based models using such features as sweeps, blends and revolved cuts. Prerequisite: with a minimum grade of C or consent of the instructor.
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CADD 295 - CADD Internship Lecture - Lab - Credit Hours: 0-40-4
Second-year computer-aided design and drafting students, if desired, are eligible for summer employment with local engineering firms. Students are interviewed by local companies looking to hire student interns for their CAD/Engineering departments. Students, if hired, must work a minimum of 32-40 hours a week for 6 weeks to qualify for 3 credit hours. Students will be evaluated half-way through their internship assignment and again at the completion. Students are awarded 3 credit hours upon successful completion of the requirements of CADD 295.
Prerequisite: CADD 101 , CADD 110 , CADD 120 , CADD 220 , or consent of department.
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CADD 299 - Selected Topics in Computer Aided Design and Drafting Lecture - Lab - Credit Hours: 5-5-5 (variable credit)
A course for students with advanced standing to pursue an extensive project. A full-time faculty member will determine the nature of the project. Emphasis will be on developing skills and learning concepts that will keep students abreast of new technology and contribute to their professional advancement. May be repeated three times for credit.Prerequisite: Consent of department.
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Computer Information Systems |
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CIS 101 - Computer Basics Lecture - Lab - Credit Hours: 1-0-1
Basic introduction to computer concepts. Topics include computer input, output, storage devices, how to install software, Internet, World Wide Web, and basic networking. Students also will work on software and Internet.
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CIS 105 - Introduction to Windows Lecture - Lab - Credit Hours: 1-0-1
This course introduces the basic concepts of Windows. The concept of viewing multiple applications on screen, file and folder creations are presented, and in-class exercises are performed to display various unique features of Windows. The latest version of Windows is used.
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CIS 107 - Fundamentals of Digital Technology Lecture - Lab - Credit Hours: 2-0-2
Basic introduction to digital technology. Topics include college’s eResources and registration process, introduction to Angel, search techniques for research papers, social Web such as blogging, Facebook, Wikis, podcasting, application software, mobile technology including iPhones, ethics and technology.
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CIS 110 - Overview of Microsoft Office Lecture - Lab - Credit Hours: 1-0-1
This course covers the basic concepts of Microsoft Office, including Word, Excel, PowerPoint, and Access.
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CIS 111 - Introduction to Microsoft Access Lecture - Lab - Credit Hours: 1-0-1
Students will learn the fundamentals of database techniques using Microsoft Access. Topics include creating tables, adding and viewing records, and sort and report generation.
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CIS 113 - Introduction to Microsoft Excel Lecture - Lab - Credit Hours: 1-0-1
Students will learn how to create an electronic spreadsheet using Excel. Spreadsheets are an important business tool that helps with the evaluation and analysis of information. Spreadsheets are used for cash-flow analysis, budgeting, decision making, cost estimating, inventory management, and financial reporting.
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CIS 116 - Introduction to Internet Lecture - Lab - Credit Hours: 1-0-1
This course introduces the features and capabilities of the Internet. While learning how to access the Internet, the students also will learn the underlying concepts and strategies involved. Various Internet tools are discussed along with the types of information and communications students can retrieve using these tools.
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CIS 117 - Introduction to Multimedia Lecture - Lab - Credit Hours: 1-0-1
This course introduces the concepts of multimedia authoring tool with emphasis on audio, video, animation, graphics, and sound system. Multimedia applications in various areas will be discussed.
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CIS 119 - Networking Basics Lecture - Lab - Credit Hours: 1-0-1
This course discusses the basic concepts of computer networking. This will be a non-technical approach explaining the need for networking step by step. Topics include purpose of networking, networking hardware and software, networking operating systems, LAN, WAN, and Internet.
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CIS 121 - Introduction to Microsoft PowerPoint Lecture - Lab - Credit Hours: 1-0-1
PowerPoint is a graphics application software that enables users to create a professional presentation using media such as the computer screen, overhead projector transparencies, 35mm slides, or paper. The software will enable the user to focus on the message of the presentation and the software will provide the aesthetic details. This course will be a valuable tool for home users, teachers and businesspersons in the community.
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CIS 122 - Computer Information Systems Fundamentals Lecture - Lab - Credit Hours: 4-0-4
A first course for business or computer information systems majors planning to transfer to a four-year institution. A complete introductory study of information systems, computer programming and application software is presented. Course topics include the elements of a business computer system, system analysis and design, computer-to-mainframe systems, and program design and implementation. Also included will be an introduction to the Internet and its uses, computer application software and BASIC programming.
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CIS 124 - Beginning Microcomputer Applications Lecture - Lab - Credit Hours: 3-0-3
IAI Code: BUS 902
This course is designed to introduce the student to the concepts, principles, and applications of computers as they apply to the home, business and school. Students learn about several common software packages available for business applications. Internet access is integrated in every application package. An overview of management information systems is discussed.
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CIS 126 - Microsoft Office Lecture - Lab - Credit Hours: 3-0-3
IAI Code: BUS 902
This course is designed to develop computer application skills using a totally integrated software package that includes word processing, a spreadsheet, a database, and presentation software in a Windows environment. Students will be interfacing throughout with the Internet. The class meets in a PC-equipped classroom.
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CIS 128 - Computers for Educators Lecture - Lab - Credit Hours: 3-0-3
An introductory course designed to help students meet the Technology Standards for All Illinois Teachers [24.120]. The course will focus on basic computer/technology operations and concepts; personal and professional use of technology; application of technology in instruction; social, ethical, and human issues related to computing and technology; the effective use of productivity tools to support instruction and enhance classroom management. Students will learn to utilize word processing, graphics, spreadsheet, database and communications software. They also will learn to evaluate current educational software packages for use in the classroom.
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CIS 130 - BASIC Programming Lecture - Lab - Credit Hours: 4-0-4
An introduction to computer programming in the BASIC (Beginners All Purpose Symbolic Instruction Code) language. This course is designed to teach problem analysis, program design and programming in the QBASIC language. The student will use a PC-based programming environment. An introduction to Visual Basic is included. Prerequisite: CIS 122 and or higher, or consent of department.
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CIS 134 - FORTRAN Programming Lecture - Lab - Credit Hours: 4-0-4
An introduction to the algorithmic language FORTRAN to enable students to solve scientific, mathematical, engineering, and business-related problems. This course is designed to teach problem analysis, program design, and programming using the FORTRAN language. Includes a brief history of computer technology, beginning FORTRAN techniques, problem formulation procedures, and numerical methods. Prerequisite: CIS 122 and or higher, or consent of department.
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CIS 136 - PASCAL Programming Lecture - Lab - Credit Hours: 4-0-4
The primary objectives of this course are twofold: to develop skills in analyzing and solving problems in their original context, and to become proficient in designing, coding, debugging, and documenting programs in the Pascal programming language. Prerequisite: CIS 122 and MATH 094 , or consent of department.
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CIS 137 - Technical Excel Lecture - Lab - Credit Hours: 1-0-1
This course is designed for students in technical and construction majors. They will learn specific, advanced Microsoft Excel skills that are commonly utilized by professionals in those fields. The topics addressed are needed for success in the required courses for the construction program. Prerequisite: CIS 126 .
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CIS 143 - Internet Technologies Lecture - Lab - Credit Hours: 3-0-3
This course is designed to prepare students to succeed in taking the CIW industry Web certification exam. Topics include Web hosting, Internet infrastructure, security, e-commerce, and concepts concerning Web programming. Projects include research and hands-on assignments to apply the learned technologies. Topics and projects may be expanded due to the changes in the exam and in technologies.Prerequisite: CIS 122
CIS 122 is recommended for students who are not proficient in computers.
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CIS 145 - Fundamentals of Networking Lecture - Lab - Credit Hours: 3-0-3
This course discusses the basic concept of Local Area Networking. Topics include networking overview, sharing computer resources, using email, using file servers, protocols, different networking software, how to manage your network, and an introduction to Wide Area Network.
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CIS 154 - Data Communications and Networks Lecture - Lab - Credit Hours: 4-0-4
The student learns basic concepts and techniques of networks and data communications. The class meets in a PC-equipped classroom. Topics include network topologies and operating systems, installation and administration of networks, standard and protocol, and modem communications. Prerequisite: CIS 122 , and CIS 145 or consent of department.
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CIS 158 - DOS Plus UNIX-Operating Systems Lecture - Lab - Credit Hours: 4-0-4
The student gets experience with both the MS-DOS/PC-DOS and UNIX operating systems. The class meets in a PC-equipped lab. Topics include basic structures, file management, command structures, batch files, file backup and recovery, shell programs, and system administration. Prerequisite: CIS 122 or equivalent.
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CIS 159 - Introduction to Operating Systems and Scripts Lecture - Lab - Credit Hours: 4-0-4
The student acquires experience with several current operating systems by learning the structure of microcomputer operating systems through the use of command line utilities and programming techniques to control the operating system’s performance. The class meets in a PC-equipped classroom where the students will interactively use the computers to understand the operating systems’ concepts and management techniques while simultaneously listening to lectures and viewing operating system demonstrations. The topics include basic operating system structure, file system structure, file management, command structures, batch file development and usage, file backup and recovery procedures, and other system administration functions.Prerequisite: CIS 122 or consent of department.
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CIS 162 - Introduction to Wireless Communications Lecture - Lab - Credit Hours: 4-0-4
This is an entry-level professional certification course for the Certified Wireless Technology Specialist certification. Topics include: RF technologies, hardware and software configuration, site surveying and installation, applications, support and troubleshooting, security and compliance.
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CIS 180 - iPhone Programming Lecture - Lab - Credit Hours: 3-0-3
The students will do design, coding, and testing iPhone/iPod touch applications. Topics to be covered include custom classes, delegates, views and view controller, interface builder, navigation and TabBar controllers, UIKit, data and memory management, instruments, address book, touch and multi-touch, accelerometer, camera, photo, and audio API. Prerequisite: CIS 130 or equivalent, or consent of department.
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CIS 200 - Social Media Technologies Lecture - Lab - Credit Hours: 3-0-3
This course discusses the strategic implementation of online social media tools as they relate to a firm’s integrated online communication strategies. Students learn how companies position their placement in the online world to contribute to the firm’s ultimate bottom line. Students get immersed in the tools and strategies that attract and engage visitors to a firm’s online presence. Students study and analyze websites, social media sites, and affiliate sites to gain the “big picture” on how successful companies utilize the online world to attract their target audience and achieve their business goals.
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CIS 210 - Social Web Site Development Lecture - Lab - Credit Hours: 3-0-3
This course is broken down into three distinct areas of focus on Digital Design. The first part of this will cover the methods of creating blogs, posting blogs, wiki-styled web sites utilizing the latest of online techniques and applications, without the need to know code. Part two focuses on current online web development tools and widgets. While technologies change often, we will focus on creating sites with the most current online development solution with a focus on the presentation, design, and layout of the delivered web site. Part three is a special topics area, where students will understand the various forms of analytics available from such applications and how to best develop these for varying devices including PCs, laptops, tablets, mobile devices, etc.
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CIS 211 - Database Management System Lecture - Lab - Credit Hours: 3-0-3
The student learns to use a popular database management software package for microcomputers. The class meets in a PC-equipped lab. Topics include data file creation, queries, reports, restructuring, programming, and the building of applications. Prerequisite: or or consent of department.
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CIS 213 - Electronic Spreadsheet Software Lecture - Lab - Credit Hours: 3-0-3
The student learns to use a popular electronic spreadsheet software package for microcomputers. The class meets in a PC-equipped classroom. Topics include creation of models, operators and functions multiple worksheets, creation of databases, and creation of macros and advanced database functions. Prerequisite: or or Consent of Department
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CIS 216 - World Wide Web Homepage Authoring Lecture - Lab - Credit Hours: 3-0-3
This is a follow-up course to the Introduction to Internet course. It covers Extensible HyperText Markup Language (XHTML) and Web page construction, DHTML, XML, and Cascading Style Sheets. This course teaches the proper way to design and code XHTML. Each student in this course will design and create a website. Topics include hyperlinks, tables, image maps, inserting images, and background colors.Prerequisite:
and are recommended as prerequisites for those students not proficient with internet use.
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CIS 217 - Multimedia Concepts Lecture - Lab - Credit Hours: 4-0-4
This course will provide students with an overview of multimedia concepts and a conceptual presentation of multimedia design principles and applications. Students will get exposure to a variety of current, industry standard software packages and technologies via extensive hands-on experiences. Topics include interactive documents and desktop publishing techniques, digital photography, image manipulation, digital video, digital sound, animation and multimedia authoring. Class discussions and readings include design considerations, application issues, and career opportunities. Students will design and create their own interactive, multimedia presentation utilizing these tools.
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CIS 218 - Introduction to E-Commerce Lecture - Lab - Credit Hours: 3-0-3
This course deals with the fundamental concepts of Web-based commerce. Topics include: concepts of e-commerce, B2B and B2C-commerce online auctions, security in the Internet, and electronic payment methods social networking and e-commerce marketing. Current trends are researched and analyzed. Prerequisite: CIS 143 or consent of department.
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CIS 220 - Fundamentals of Web Design Lecture - Lab - Credit Hours: 1-0-1
This course helps students to develop Web pages using Microsoft Web Expressions. Topics covered include creating Web pages, using HTML, graphics and images, sounds and animation, and inserting pictures and photographs from the World Wide Web. Prerequisite: CIS 116 which may be taken concurrently or consent of department.
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CIS 221 - Concepts of Web Design Lecture - Lab - Credit Hours: 3-0-3
This course deals the proper way to design and maintain Web pages. Topics include basic design concepts, common mistakes to avoid when designing, creating new Web pages, hyperlinks, and advanced Web page development/ techniques. A real emphasis is focused on Cascading Style Sheets (CSS) and managing and publishing websites. Prerequisite: CIS 216 or consent of department.
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CIS 222 - Advanced Web Design Lecture - Lab - Credit Hours: 3-0-3
This course deals with the latest in the industry standard of Web development, such as Dreamweaver. Intermediate and advanced concepts covered in the course include multimedia-based Web design, proper layouts, navigation, maintaining and publishing websites. A comprehensive website will also be created throughout this course. Prerequisite: CIS 221 or consent of department.
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CIS 223 - JavaScript Lecture - Lab - Credit Hours: 3-0-3
This course introduces the JavaScript language, which enhances a Web page by adding interactivity to HTML. Topics include: JavaScript fundamentals, integrating JavaScript and HTML, creating pop-up windows, scrolling messages, and enhancing the use of image and form objects. Prerequisite: CIS 216 and CIS 130 , or CIS 136 or CIS 236 , or consent of the department.
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CIS 224 - Web Animation Lecture - Lab - Credit Hours: 3-0-3
This course introduces students to animation software to create high-impact websites that include sound, graphics and other effects. Students will learn how to manipulate layers, vector-based graphics, motion tweens, and key frames. Software such as Flash will be used.Prerequisite: CIS 116
CIS 116 is recommended for students who are not proficient with Internet.
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CIS 226 - Advanced Microsoft Office Lecture - Lab - Credit Hours: 4-0-4
This course covers advanced computer applications, including Microsoft Word, Excel, Access, PowerPoint, Outlook, and integration of these applications. Upon completion of this course, students should have the skills necessary to pass the core-and-expert-level exams for Microsoft Office Certification. Topics include form letters, merging, desktop publishing, financial functions, amortization schedules, data tables, creating and querying a worksheet database, templates, creating customized reports and forms in Access, Switchboard Manager, embedded visuals, and importing clips into PowerPoint.Prerequisite: CIS 126 or or consent of department.
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CIS 228 - Advanced Computers for Educators Lecture - Lab - Credit Hours: 3-0-3
An advanced course emphasizing the computer as a classroom tool. Students will learn advanced concepts in word processing, Web graphics, multimedia, presentations and database concepts, and become familiar with popular software packages for use in the classroom. Prerequisite: CIS 128 or equivalent.
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CIS 230 - Visual BASIC Lecture - Lab - Credit Hours: 4-0-4
The students will do design, coding, testing, and documentation and evaluation of various Visual BASIC projects. Projects will include the use of sequential access files, random access files, database access, and variable arrays. Prerequisite: CIS 130 or CIS 136 or equivalent.
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CIS 231 - Humanizing Technology Lecture - Lab - Credit Hours: 3-0-3
This course discusses how people-centric organizations need to organize their communication methods with the introduction of social media, email, texting, chatting, blogging, wiking and other forms of current communication. The course tries to refocus the “human touch” while still collaborating with newer technologies. Lines are being crossed between social networking and professional networking. This course will discuss the grey areas and how, as an individual, you can be a successful professional and how an organization can use both social and professional networking sites to elevate their own success.
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CIS 234 - Programming Server Pages Lecture - Lab - Credit Hours: 3-0-3
This course introduces the fundamental concepts of programming dynamic (non-static) websites. Topics include programming in HTML, ASP or PHP, Scriplets, connecting to a database, and JavaScript.Prerequisite: CIS 216 , , and CIS 130 or consent of department.
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CIS 235 - Microsoft Office Certification Prep Lecture - Lab - Credit Hours: 3-0-3
This course prepares students for Microsoft Office certification. Students will be trained to prepare for Microsoft Word, Excel, PowerPoint, and Access exams. Practices tests will be used to prepare the student. Prerequisite: or .
Also recommended
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CIS 236 - Programming in C Lecture - Lab - Credit Hours: 4-0-4
A study of the C programming language. Topics to be covered include program planning, program design methods, C language procedures, efficient C programs, and reliable data structures. To demonstrate programming skills, the student will write several C programs which meet the needs of a variety of business, scientific and systems applications. Prerequisite: CIS 130 or CIS 134 or CIS 136 (CIS 136 strongly recommended).
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CIS 238 - Advanced iPhone Programming Lecture - Lab - Credit Hours: 3-0-3
The students will delve deeper into iPhone and iPod Touch development. Interaction with Web API like Facebook and Twitter and even custom API as well as local database interaction will be taught. Topics to be covered include SQLite database interaction, Core Data, Core Audio with Audio Sessions, networking interface and protocols, threading, push notifications, and MapKit usage. Prerequisite: CIS 180 or equivalent, or consent of department.
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CIS 240 - Management Information Systems Lecture - Lab - Credit Hours: 3-0-3
A course in planning, selecting and implementing business computers and managing an information processing center. The emphasis of this course is on managing small-business computer systems. A case study approach will be used in this course. Prerequisite: CIS 122 or CIS 126 or consent of department. Preferably to be taken in the final semester.
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CIS 242 - Advanced Database Management Systems Lecture - Lab - Credit Hours: 4-0-4
This course introduces the client-server database technology. Students create SQL based databases to build real life databases. Topics include: client-server technology, introduction to SQL, report builder forms and graphic builders, creating an integrated database application, and creating Web application.Prerequisite: or consent of department.
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CIS 244 - Web Servers and Platforms Lecture - Lab - Credit Hours: 3-0-3
This course introduces students to a variety of Web servers based on Microsoft and Java technologies. Students will learn the differences when running platform independent servers in different environments. They will become familiar with various Web server consoles and developing environments for each Web server. Prerequisite: CIS 143 or consent of department.
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CIS 246 - Advanced C Using C++ Lecture - Lab - Credit Hours: 4-0-4
IAI Code: CS 911
This course deals with Advanced C programming concepts utilizing C++ and object-oriented programming concepts. The coverage of C++ includes classes and objects with Abstract Data Types, inheritance and polymorphism, and file processing. Students will design and implement large programs using arrays and class objects and put the records into data files. Recursion and Dynamic Memory Allocation will be included. Prerequisite: CIS 236 or consent of department and or higher with a minimum grade of “C”.
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CIS 250 - Systems Analysis and Design Lecture - Lab - Credit Hours: 3-0-3
Study of systems concepts using various modern techniques of analysis and design, the systems life cycle, systems controls and project management, and systems trends in today’s society. Modeled after the DPMA curriculum. Prerequisite: CIS 130 or CIS 134 or CIS 136 or consent of department.
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CIS 254 - Advanced Networking Lecture - Lab - Credit Hours: 4-0-4
The student learns advanced concepts of network technologies. The course prepares students for CNE (Novell) certification. Topics include networking technologies, Novell administration, installation, configuration, service and support, TCP/IP, and latest trends and updates also discussed. Prerequisite: CIS 154 or consent of department.
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CIS 259 - Advanced Operating System Concepts Lecture - Lab - Credit Hours: 4-0-4
This course will build upon the basic Linux Operating System knowledge learned in the pre-requisite course while discussing and implementing many business critical support programs such as: Apache Web Server, Email System, Firewall Software, DNS, DHCP, and Routing. The students will implement a typical corporate networking system and learn how each part is set up and managed using command line utilities and shell programming. The class meets in a PC-equipped classroom where the students will interactively use the computers to understand the operating system’s concepts and management techniques while simultaneously listening to lectures and viewing operating system demonstrations.Prerequisite: CIS 159 or consent of department.
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CIS 261 - Java Programming Lecture - Lab - Credit Hours: 4-0-4
IAI Code: CS 911
Study of object-oriented programming in Java. Topics include objects and data types, string manipulation, methods and classes, selection, repetition, multi-dimensional arrays, sort and search; variety of large scale programs are used to teach the concepts of program design and testing, user interfaces and Java utilities. Java applets, multimedia, file streaming and concepts of data structures covered. Prerequisite: CIS 130 or CIS 236 or consent of department.
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CIS 263 - Networking Essentials Lecture - Lab - Credit Hours: 3-0-3
This course deals with networking fundamentals. The primary focus will be to prepare students for Comptia Network+ certifications. Topics include: networking concepts and modules, topologies, protocols, interconnectivity, WAN connections, and security troubleshooting. Prerequisite: CIS 122 or consent of department.
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CIS 269 - Data Structures Lecture - Lab - Credit Hours: 4-0-4
IAI Code: CS 912
This course will cover advanced topics in data structures. Abstract data types include lists, pointers, stacks, queues, trees, and graphs. Recursion, memory management, and complexity analysis will also be covered in this course. Prerequisite: or CIS 261 or consent of department, and minimum grade of “C” in , or higher level math course.
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CIS 271 - Windows Client OS Lecture - Lab - Credit Hours: 4-0-4
This course prepares students for Microsoft certification. This course assists students in the development of skills required for installing, configuring, and administering Microsoft Windows Client Operating Systems.Prerequisite: CIS 263 or , or consent of department.
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CIS 272 - Windows Server I Lecture - Lab - Credit Hours: 4-0-4
This course prepares students for Microsoft certification. In this course, students develop the skills required to manage a Windows server including server installation and configuration, configuration and management of resources, system monitoring, troubleshooting, and optimizing server performance. Prerequisite: CIS 271 or consent of department.
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CIS 273 - Windows Server II Lecture - Lab - Credit Hours: 4-0-4
This course prepares students for Microsoft certification. In this course, students will develop the skills required to manage and maintain a Windows Server Network Infrastructure including installation and configuration and management of Windows Server services such as DHCP, DNS, remote access, routing, and network protocols. Prerequisite: CIS 271 , CIS 272 both with a “C” or better or consent of department.
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CIS 274 - Advanced Server Topics Lecture - Lab - Credit Hours: 4-0-4
This course prepares students for Microsoft certification. In this course, students will develop advanced skills required to implement, manage and maintain secure Windows networks. Prerequisite: CIS 271 , CIS 272 , CIS 273 , or consent of department.
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CIS 275 - PC Troubleshooting and Toolbox Lecture - Lab - Credit Hours: 4-0-4
This course investigates the hardware components of the personal computer. Heavy emphasis is placed on diagnosing and maintaining the PC. Students will learn to install and replace the major hardware component of the system. The students will learn to work the BIOS/CMOS, as well as what it takes to build a PC. This is the first course in preparation for taking the current A+ exam. Prerequisite: CIS 122 or equivalent or consent of the department.
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CIS 276 - Advanced PC Troubleshooting and Assembly Lecture - Lab - Credit Hours: 4-0-4
This course covers operating system installation, configuration, and troubleshooting desktop and laptop computers. The latest operating systems indicated by the current CompTIA A+ second test of two are covered. This course emphasis is on software but corresponding hardware configurations and their interrelationships are covered. Both hardware and software diagnostics are presented. Prerequisite: CIS 275 or consent of department. May be taken concurrently with CIS 275 with department consent.
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CIS 277 - Computer Security for the Home and Small Business Lecture - Lab - Credit Hours: 3-0-3
In this course students will develop the skills required to safely use their computers and Internet access and how to protect themselves from computer viruses, spyware, adware and other threats to their personal safety and data security. The course is designed for students of all skill levels and ages.
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CIS 278 - Ethical Hacking Lecture - Lab - Credit Hours: 4-0-4
In this course students will develop the skills required to understand, detect, and defend against Windows, Unix, and computer network attacks. Prerequisite: CIS 292 or consent of department.
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CIS 280 - Advanced Visual BASIC Lecture - Lab - Credit Hours: 4-0-4
This course deals with advanced techniques for Visual Basic programming. Topics include sequential file and direct-access file processing, database programming, SQL programming, API calls, Object Linking and Embedding (OLE), and Multiple Document Interface (MDI). Students will design and implement large programs using interactive Common Dialog controls, Visual Basic controls, and ActiveX controls within multiple files and multi-user database environment. Sorting and searching of records will be included. Prerequisite: CIS 230 .
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CIS 290 - CIS Internship Lecture - Lab - Credit Hours: 4-30-4 (variable credit)
Participation in a learning experience at the workplace in an area of computer science under supervision of both the college and the employer. Internship/cooperative education objectives should be identified as a working/learning experience for each student. Prerequisite: Consent of department.
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CIS 292 - Computer and Network Security Lecture - Lab - Credit Hours: 4-0-4
This course assists students in developing the skills needed to implement, manage, and maintain secure computer systems and network infrastructures. The course covers communication security, infrastructure security, cryptography, access control, authentication, external attack, and operational and organization security. This course helps prepare students for Comptia Security+ certification. Prerequisite: CIS 145 , CIS 263 or CNT 101 , or consent of department.
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CIS 293 - VMware vSphere Lecture - Lab - Credit Hours: 4-0-4
This hands-on training course explores installation, configuration, and management of VMware vSphere Virtualization Servers.Prerequisite: with a minimum grade of C.
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CIS 295 - Computer Organization Lecture - Lab - Credit Hours: 3-0-3
Basic computer architecture, including instruction sets, microprogramming and assembly language, I/O devices, interrupts, memory systems, alternative architectures, performance analysis, and network organization and architecture. Prerequisite: CIS 236 or consent of department.
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CIS 296 - Computer Forensics Lecture - Lab - Credit Hours: 4-0-4
In this course students will develop the skills required to effectively use the tools and procedures utilized in computer forensics. This includes analyzing Windows computer systems and computer networks to retrieve lost, deleted, or hidden information.
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CIS 298 - Tech Analysis in the Workplace Lecture - Lab - Credit Hours: 4-0-4
This course is an evaluation of technology successes and failures in large and small business and organizations. This course emphasizes the uses of social media and modern computer technologies
and their effects in the workplace. Topics include emerging applications, privacy, hacking risks and the effects on the workplace.
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CIS 299 - Special Topics in CIS Lecture - Lab - Credit Hours: 1-5-5 (variable credit)
A course for the student with advanced preparation to become involved in an extensive project. A full-time faculty member determines the nature of the project. The project may include research, programming, systems analysis, or some combination that will contribute meaningfully to the education of the student. Different topics will be taught as per the demand. (May be repeated three times for credit.) Prerequisite: Consent of department.
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Computer Networking Technologist |
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CNT 101 - Network Fundamentals Lecture - Lab - Credit Hours: 4-0-4
This course is the first of four classes approved by Cisco Systems Inc., which prepares students for the Cisco Certified Network Associate (CCNA) exam. Content covers the study of devices and protocols used to connect computers and support devices into a network. Describe how the TCP/IP Layer protocols provide the services specified by the upper layers of the OSI model. Explain the structure of IP addressing. Also covered are media design, structured cabling, and network management.
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CNT 102 - Router Protocols and Concepts Lecture - Lab - Credit Hours: 4-0-4
This course is the second of four classes approved by Cisco Systems Inc., which prepares students for the Cisco Certified Network Associate (CCNA) exam. It concentrates on router configuration, and how remote networks are established and connections maintained. Topics include: the basics of configuring a router through the command line interface, TCP/IP concepts used in routing and an introduction to both routing mechanisms distance vector and link state. Prerequisite: Minimum grade “C” in CNT 101 .
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CNT 103 - LAN Switching and Wireless Communications Lecture - Lab - Credit Hours: 4-0-4
This course is the third of four classes approved by Cisco Systems Inc., which prepares students for the Cisco Certified Network Associate (CCNA) exam. Course covers the principles of hierarchical network designed to include: aggregate connectivity, network diameter, and redundancy. Topics include: rapid PVST, Spanning Tree Protocol, Virtual LAN, Virtual Trunking Protocol including domains, modes, advertisements, and pruning and basic operation of wireless LANs. Prerequisite: Minimum grade “C” in CNT 102 .
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CNT 104 - Accessing the WAN Lecture - Lab - Credit Hours: 4-0-4
This course is the fourth of four classes approved by Cisco Systems Inc., which prepares students for the Cisco Certified Network Associate (CCNA) exam. It concentrates on Wide Area Networking and techniques using Cisco enterprise architecture to provide integrated services over an enterprise network. Topics include; Frame Relay, Access Control Lists, Point to Point Protocol, Network Address Translations, and Dynamic Host Configuration Protocol. It also includes an overall review in preparation for the CCNA exam. Prerequisite: Minimum grade “C” in CNT 103 .
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CNT 210 - Route I Lecture - Lab - Credit Hours: 4-0-4
Course covers the Cisco Intelligent Information Network and Service-Orientated Network Architecture frameworks. Hierarchical Network Model, Cisco ITIL, FACPS, TMN, planning and configuring EIGRP in an Enterprise WAN, EIGRP Authentication key chains, EIGRP Frame Relay dynamic mapping and EIGRP MPLS VPN, understanding OSPF routing within Frame Relay network types. OSPF LSDB and other advanced OSPF features. Accessing network routing table performance issues, using multiple IP routing protocols and a network and implementing route redistribution and controlling routing update traffic.Prerequisite: CCNA Certification or minimum grade of “C” in CNT 104 .
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CNT 211 - Route II Lecture - Lab - Credit Hours: 4-0-4
The course covers implementation of path control using offset lists, IOS, IP SLAs and policy-based routing and other advanced-path control tools. BGP concepts and operation, verifying and troubleshooting BGP operation, BGP manipulation and route maps and BGP updates. Multi-homing and dual-homing routes from ISPs. Planning branch office implementation and mobile worker implementation, routing traffic to the mobile worker. Introduction to IPv6 addressing and tunneling, IPv4 to IPv6 transitioning, IPv6 traffic and translation using IPv6 NAT-PT.Prerequisite: CCNA Certification or minimum grade of “C” in CNT 104 ; and minimum grade of “C” in .
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CNT 212 - Switch Lecture - Lab - Credit Hours: 4-0-4
This course is the introduction to Enterprise campus network design and PPDIOO Lifecycle approach to network design and implementation. The course covers implementing trunking in campus area networks, VLAN trunking protocol and private VLANS, line aggregating in etherchannel, rapid spanning tree protocol basics, and multiple spanningtree and STP enhancements, troubleshooting STP, configuring inter-vlan routing and deploying CEF based multi-layer switching, Cisco IOS server load balancing, implementing high availability, network monitoring and redundant supervisor engines in catalyst switches, understating switch security and protecting against vlan attacks, security considerations. Preparing the campus infrastructure and advanced services to support: wireless, voice and video. Implementing IP multicast in the campus area network.Prerequisite: CCNA Certification or minimum grade of “C” in CNT 104 .
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CNT 213 - TSHOOT Lecture - Lab - Credit Hours: 4-0-4
This course covers the application of maintenance methodologies, maintenance process and procedures, network maintenance tools, applications and resources. Integrating and troubleshooting into the network maintenance process. Usage of Cisco IOS commands to selectively gather information in support of basic diagnostic processes. Identification of tools commonly used for specific maintenance and troubleshooting process and preparing the infrastructure for their use. Troubleshooting switched virtual interfaces and inter-VLAN routing. Course teaches troubleshooting of OSPF, EIGRP, BGP protocols and issues on switches, routers and application services. Identification of common IPv4 and IPv6 routing issues and troubleshooting performance. Troubleshooting unified communication issues in converging networks. Troubleshooting management, control and data plane security.Prerequisite: CCNA Certification or minimum grade of “C” in CNT 104; and minimum grade of “C” in and and .
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CNT 220 - CCNA Security Lecture - Lab - Credit Hours: 4-0-4
This course provides training to secure Cisco routers and switches and their associated networks. It leads to validated skills for installation, troubleshooting and monitoring of network devices to maintain integrity, confidentiality and availability of data and devices and develops competency in the technologies that Cisco uses in its security infrastructure. Prerequisite: CNT 104 or CCNA Certification or CCNP certification, or CNT 205 or CNT 206 or CNT 207.
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CNT 299 - Special Topics in CNT Lecture - Lab - Credit Hours: 4-0-4 variable credit
A course for the student with advanced preparation to become involved in an extensive project. The nature of the project is determined by a full-time faculty member. The project may include computer network security, computer routing and network administration configuration. Prerequisite: Consent of department.
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Construction Management |
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CM 100 - Intro to Construction Management Lecture - Lab - Credit Hours: 1-2-2
An introduction to the global construction industry and managing construction projects. Includes industry career options and industry terminology; the phases, delivery methods and services provided during construction projects; an introduction to project scheduling, estimating, safety and sustainable construction; teaches basic construction math principles.
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