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An introduction to the preparation and analysis of financial statements, Specific topics include the accounting model, general purpose financial statements and accounting for assets, liabilities, and equity.

An introduction to the preparation and analysis of financial statements, Specific topics include the accounting model, general purpose financial statements and accounting for assets, liabilities, and equity.

This course explores the concepts and purpose of information technology infrastructure. Emphasis is placed on expanding the student’s knowledge of computer networks and data transmissions and applying those concepts to an organization’s technology requirements.

An introduction to the preparation and analysis of financial statements, Specific topics include the accounting model, general purpose financial statements and accounting for assets, liabilities, and equity.

An introduction to the preparation and analysis of financial statements, Specific topics include the accounting model, general purpose financial statements and accounting for assets, liabilities, and equity.

An introduction to the preparation and analysis of financial statements, Specific topics include the accounting model, general purpose financial statements and accounting for assets, liabilities, and equity.

An introduction to the preparation and analysis of financial statements, Specific topics include the accounting model, general purpose financial statements and accounting for assets, liabilities, and equity.

An introduction to the preparation and analysis of financial statements, Specific topics include the accounting model, general purpose financial statements and accounting for assets, liabilities, and equity.

This is a fast paced Visual Basic programming course for students enrolled in the advanced start version of the Bachelor of Science in Information Technology. Basic concepts and syntax used to write programs, including variables, input, output, looping and program flow are introduced. Students design and develop graphical user interface- based applications using the Visual Studio development environment. Topics include object oriented programming, using external data for input/output and software component development. 5 Quarter Credit Hours Prerequisite: Enrollment in the advanced start Bachelor of Science in Information Technology program

This course teaches students how to create data structures and algorithms using proper programming techniques. The course uses an object- oriented programming language to apply concepts such as linked lists, recursion, searching and sorting, binary search, trees and graphs. The program design process and program implementation involving multiple modules, verification of program correctness and abstract data types are also stressed. 6 Quarter Credit Hours Prerequisite: IT 258

Students will learn how to create and maintain interactive and dynamic web applicatios within a server based scripting environment. Topics include Web applications, object-oriented programming and Web databases. 6 Quarter Credit Hours Prerequisite: IT 271 or IT 293

This course teaches students advanced Visual Basic programming techniques. Upon completion of this course, the student will be able to write, debug, compile and execute Visual Basic programs. During this course student’s focus on building well engineered and maintainable programs to meet business application and programming standards. 6 Quarter Credit Hours Prerequisite: IT 271 or IT 293

This course is an introduction to object-oriented programming in Java, where students learn analysis and design techniques of software engineering. Projects and assignments cover numerous aspects of program development. Students successfully completing the course will have the necessary background to analyze, design, and implement basic software solutions in Java.

Th is is an intermediate course in the design and implementation of programs using Visual Basic. Topics include object-oriented programming, database access, and soft ware component development.

An introduction to the preparation and analysis of financial statements, Specific topics include the accounting model, general purpose financial statements and accounting for assets, liabilities, and equity.

This course provides a framework for financial accounting concepts and practices used by internal and external users in businesses. Topics presented include the accounting cycle, financial reporting, financial statements analysis, ratio calculation and interpretation, and management decision making based on financial results.

This course examines the information requirements of an organization. It emphasizes the difference in the kinds of information needed at the operational, administrative, strategic, and organizational levels. It discusses planning and implementing a comprehensive information system and methods to measure its effectiveness.

Applies relevant economic theory to develop a framework of analysis and techniques that business managers can use in deciding how to allocate a firm’s scarce resources to achieve its objectives. Uses economic analysis to support business strategy decisions that promote competitiveness in an environment of changing domestic and international market conditions, government regulations, trade policies, and resource availability. Systematically analyzes how global economic integration affects the production, input sourcing, and pricing decisions of firms operating in different market structures.

Applies quantitative methods to systems management (Decision Theory), and/or methods of decision-making with respect to sampling, organizing, and analyzing empirical data.

This course covers the concepts of corporate data models and strategies for transforming the models into physical designs. It provides a foundation for implementing the physical designs onto various computer architectures

This course provides a practical and theoretical foundation for applying project management activities to Information Technology projects. Emphasis is placed on how the systems development life cycle, prototyping, rapid application development, and acquiring and maintaining systems are managed and used in Enterprise System solutions. Prerequisites CIS 210 Systems Analysis and Development

his course focuses on network architecture development concepts and components including architecture functions and use. It provides the student with the skills required developing, managing, and sizing architectures in large organizations. Topics include topologies, protocols, connectivity, transactions, and performance. Prerequisites CIS 175 Introduction to Networking

Enables student to complete a research project in the field of major concentration. The research project will be monitored by a supervising faculty member and must be defended by the student in an oral examination. The oral defense may be conducted in a conference-style meeting of student, instructor, and second reader or technical advisor. A second type of defense allows students to present a synopsis of their project during one of the last two scheduled class meetings. Students are encouraged to discuss the project with an instructor or academic officer early in their program. Students may not fulfill the directed research requirement by completing another course.

This course covers research methodology and strategic communications in business and the professions. It discusses research planning and design including the research proposal, identification of appropriate measurement instruments, and evaluation of alternative methodologies and their validity. Students are required to complete a minimum of a 20-page research proposal consistent with standards of the University's Directed Research Project (DRP). Students also acquire oral and written communication skills necessary to perform effectively as managers. All phases of the communications process - interpersonal, group, and public speaking - are illuminated throughout the course as are current challenges presented by new technology, the global marketplace, and workforce diversity.

This course provides an integrated approach to the study of systems analysis and design. It highlights CASE tools and analysis as means of solving problems

This course covers strategies for developing and implementing an effective database system. Topics include database systems organization, creation, and maintenance; and evaluation criteria and standardization of database systems. Prerequisites CIS 210 Systems Analysis and Development

This course combines theory with practical applications in developing and managing software applications that support business functions. Key issues such as risk management, technology transfer, control, modeling and quality assurance are covered

This course provides an introduction to software requirements architecture. Learners study the roles of stakeholders and examine the analysis and requirements phases of the architecture development process. Learners also apply appropriate tools and techniques for requirements gathering and modeling and practice defining an organizational software architecture using those tools. Prerequisite(s): IT3340.

This course provides an introduction to applications architecture. Course topics include client-server architecture and Model-View-Controller (MVC) paradigms, object-oriented design and programming, modeling, data structures, programming constructs, algorithms, and event-driven development processes. Learners study the role of applications architecture in software architecture and use the appropriate tools to define an organizational applications architecture. Prerequisite(s): IT3340.

In this course, learners study and apply object-oriented analysis and design concepts using Unified Modeling Language (UML) and a high-level, compiled programming language. Course topics include techniques for designing, modeling, constructing, testing, and debugging object-oriented software applications. Prerequisite(s): IT4710, IT4715.

This Course Focuses On Data Requirements And Modeling, Database Development, And Structured Query Language (sql). Learners Study Database Design And Implementation Principles And Apply Sql To Create Tables And Queries. Learners Also Examine Storage Procedures And Various Uses Of Databases In Contemporary Web, Traditional, And Mobile Applications. Prerequisite(s): It4720.

This course presents strategies for improving the quality of information systems. Learners examine common quality characteristics and apply quality assurance concepts and configuration management methodologies to develop effective testing processes. Learners also review system requirements for testability, participate in simulated design and code inspections, analyze testing strategies, and explore ways to integrate improvement processes in organizations or workplaces.

This course presents an overview of mathematical analysis techniques. Learners apply number logic and set theory, functions and sequences, relations equivalence, partial order, digraphs, recurrence relations, counting techniques, logic and techniques of proof, graphs, and algorithms to the fields of business and information technology. Prerequisite(s): MAT1050.

In this course, learners build and strengthen the skills needed to succeed in their program and the workplace. Learners engage in interactive activities that help them develop an information technology perspective and expand their organizational, research, critical-thinking, and problem-solving skills. Learners also participate in building a learning community, share talents and resources with courseroom peers, and prepare professional written communications. Other topics include teamwork, ethics, and project creation.

This course emphasizes the critical activities associated with managing and leading information technology projects while maintaining the structure of a standardized enterprise architecture. Topics include vendor management, configuration management, project estimation, risk management, and management of cross-functional and multinational teams. Learners explore case studies of IT project successes and failures and are introduced to software management practices within the Software Engineering Institute’s Capability Maturity Model. Learners also build and apply a project plan during this course.

This course introduces the inherent ethical issues in the information technology profession with regard to cultural and human interaction in global and domestic issues. Essays, case studies, research, and ethical codes are integral to the course.

Learners in this course study how core business processes and information technology infrastructure merge to form enterprise architecture. Learners conduct an organizational requirements analysis as a first step in constructing an enterprise architecture. Learners also examine the stages of enterprise architecture maturity and develop core designs appropriate for each corresponding maturity level.

Learners in this course analyze the cognitive and affective dynamics of human-computer interaction. Learners also examine the impact of user-centric guidelines on the design cycle of technological products and evaluate the usability of device interfaces and computer applications.

Learners in this course study the fundamentals of hardware and operating systems architecture. Topics include computer architecture, operating systems architecture, number systems, peripherals, file management, and programming tools. The course also includes a review of current computer architectures and modern operating systems such as Windows, Linux, and MacOS.

This course provides an introduction to the fundamentals of software and database architecture. Topics include the role of the software and data architect, requirements and tools used to create software architecture, database management systems, and database architecture. Learners define a software and data architecture appropriate for organizational needs and gain an understanding of the role of design in software and data architecture.

This course provides an introduction to the fundamentals of network and security architecture. Learners gain an understanding of how networks function to support the requirements needed to build a network and security architecture. Course topics include requirements analysis, network architecture, security architecture, network analysis, and systems methodology.

This course allows learners to apply knowledge and skills from other courses as they develop a project that benefits an organization, community, or industry. Learners prepare a proposal that includes a project description, deliverables, completion dates, and associated learning. Upon approval from the instructor, learners execute the proposal, record their progress weekly using a project tracking Web site, and produce a final project report.

General Education Requirements are 45 quarter credits with a minimum of 6 quarter credits from each category: Communications, Humanities, Natural Science and Mathematics, Social Science.

Choose 39 quarter credits of additional undergraduate courses.

(formerly Mswe 646.) A Guide For The Transition From Programming-in-the-small To Programming-in-the-large. Software Development Processes And The Role Of Design As Applied In Those Processes Are Discussed. Review Covers Major Design Methods And Available Computer-aided Software Engineering (case) Tools, The Proper Application Of Design Methods And Techniques For Estimating The Magnitude Of The Development Effort. Strengths And Weaknesses Of The Development Methods Are Covered, And Traceability To Requirements And Code Are Examined

(Formerly MSWE 647.) A study of the evaluation of software for correctness, efficiency, performance and reliability. Skills covered include program proving, code inspection, unit-level testing and system-level analysis. The difficulty and cost of some types of analysis and the need for automation of tedious tasks are examined. Problem-solving skills are stressed, especially in the analysis of code. The textbook world is contrasted with the real world using case studies and personal experiences. Industry attitudes toward reliability and performance are also discussed

(Formerly MSWE 648.) A guide for the transition from programming for the short term to programming for the long term. Review covers the role of creation and maintenance in the software development process, as well as analysis and implementation of a software design. Topics also include the need for software maintenance and evolution, software maintenance process and performance issues, planning for extended software life and effective mechanisms to control software change

Prerequisite: SWEN 645. A study of the theory and practice of designing user interfaces for interactive systems. Topics include the principles of usability engineering and basic rules for usable design. User interfaces are evaluated using techniques such as contextual inquiry, task analysis, and usability testing. Discussion also covers when these techniques are most appropriate

(Formerly MSWE 617.) A comprehensive examination of the tools, skills and techniques of software engineering and their application. Completion of a major team project is designed to integrate knowledge and skills gained through previous study and provide experience of the constraints commonly experienced in industry (such as scheduling and vagueness of clients). Project requires forming teams (organization) and scheduling work to meet the deadlines imposed by the contract (syllabus)

A fundamental study of technology and its applications, as well as the economic and social issues they have raised. Topics include computers, peripherals, databases, and networks; operations (of business, government, and other enterprises), decision support systems, and acquisition of information technology resources; and information security, productivity, equitable access by users, intellectual property rights, and global reach. Discussion also covers current and future developments in the field and their implications.

An introduction to the broad variety in information technology infrastructures from the perspectives of systems architecture, data communications, and networks. Topics include enterprise information infrastructure, multinational enterprise, servers and Web services, layered network architecture, convergence and Internet protocols, global WAN services, enterprise network design, wireless technologies, network security, network management, server architectures, storage management and networks, and content management networks.

(Formerly CSMN 635.) A study of systems analysis and design, using selected engineering and management science techniques and practices. Topics include requirements determination, modeling, decision making, and proposal development. The System Development Life Cycle Model, including system implementation and post implementation activities, is examined. Emphasis is on the specification of the information system�s logical and physical analysis and design from a management perspective. Research and project assignments related to information systems analysis, design, implementation, and/or project planning and control, require individual and group work.

An examination of the fundamental principles and practice of managing programs and projects in an information processing and high-tech environment. The dynamic nature of IT and the effect of life cycles are explored. The fundamental building blocks of high-tech management styles (including project planning, organizational structure, team building, and effective control mechanisms) are addressed. Discussion covers the effect of product and project life cycles in delivering a successful IT project, considering the obsolescence factors in procurement/ stakeholder contracts. The goal is to gain a solid foundation to successfully manage each phase of the project life cycle, work within organizational and cost constraints, set goals linked directly to stakeholder needs, and utilize proven management tools to execute a dynamic project on time and within budget. Emphasis is on how to apply the essential concepts, processes, and techniques in the management of large-scale governmental or commercial programs.

(Formerly MSWE 603.) An examination of the systems engineering process, with special emphasis on software engineering as a discipline within systems engineering. Topics include an overview of system theory and structures, elements of the system life cycle (including systems design and development), risk and trade-off analyses, modeling and simulation, and the tools needed to analyze and support the systems process.

(Formerly MSWE 645.) An examination of major models of software requirements and specifications (sequential and concurrent systems), existing software standards and practices, and formal methods of software development. A comparative survey of various languages and methods serves to emphasize similarities and significant differences. Topics also include writing system and software requirements, formal specification analysis, formal description reasoning, models of “standard” paradigms, and translations of such models into formal notations.

This course is one of a series of twelve research and writing courses that result in publishable projects. The projects are selected by the student in consultation with a faculty mentor and two readers. The project is intended to demonstrate an increasing mastery of an area of expertise within computer science and demonstrate the ability to write in a style consistent with the expectations of the target audience for the project. Upon completion, each project (which may span two or more research and writing courses) is reviewed by the faculty mentor and two additional faculty members and is graded on a satisfactory/unsatisfactory basis. A grade of “satisfactory” certifies that the project has been judged as making progress but not necessarily of publishable quality until the committee signs off on the final paper. Prerequisite: None

This course provides an overview of current topics in the disciplines of computer science, software engineering, and sub-disciplines such as security. A high-level view of where topics fit helps students to better understand how the disciplines relate to one another. Students also discuss the state of the practice for selected disciplines and sub-disciplines and narrow their area of specialization for the remainder of the degree program. Prerequisite: None

This course introduces experimental design and analysis of data. Topics include independent and dependent variables, how to collect data, hypothesis testing and other forms of data analysis. You will be expected to design and conduct an experiment, collect and analyze data, and then write a technical report on your effort. Prerequisite: None

This course is the second in a series of twelve research and writing courses that result in publishable projects. The projects are selected by the student in consultation with a faculty mentor and two readers. The project is intended to demonstrate an increasing mastery of an area of expertise within computer science and demonstrate the ability to write in a style consistent with the expectations of the target audience for the project. Upon completion, each project (which may span two or more research and writing courses), is reviewed by the faculty mentor and two additional faculty members and is graded on a satisfactory/unsatisfactory basis. A grade of “satisfactory” certifies that the project has been judged as making progress but not necessarily of publishable quality until the committee signs off on the final paper. Prerequisite: None

This Course Provides An Understanding Of The Technical And Managerial Processes Involved In Planning And Conducting Projects To Develop And Maintain Complex, Software-intensive Systems. Students Prepare Project Plans And Critically Evaluate Process Models Such As The Sei Capability Maturity Models, Iso/ieee Standard 12207, And The Pmi Body Of Knowledge. Emphasis Is Placed On Project Management, System Development, Information Security, And Other Process Areas. In Addition, Trends In Software Development Methods, Tools, And Techniques That Support These Processes Are Covered. We Also Discuss How The Software Lifecycle Relates To Business Process Improvement And Why Many Process Improvement Initiatives Fail. Students Perform Research Into Current Best Practices, Prepare A Project Plan For A Realistic Software Project, Conduct An Assessment Of Selected Processes In Their Organizations, And Recommend Improvements For The Software Processes They Have Selected. Prerequisite: None

This course is the third in a series of twelve research and writing courses that result in publishable projects. The projects are selected by the student in consultation with a faculty mentor and two readers. The project is intended to demonstrate an increasing mastery of an area of expertise within computer science and demonstrate the ability to write in a style consistent with the expectations of the target audience for the project. Upon completion, each project (which may span two or more research and writing courses), is reviewed by a faculty mentor and two additional faculty members and is graded on a satisfactory/unsatisfactory basis. A grade of “satisfactory” certifies that the project has been judged as making progress but not necessarily of publishable quality until the committee signs off on the final paper. Prerequisite: None

This course is the fourth in a series of twelve research and writing courses that result in publishable projects. The projects are selected by the student in consultation with a faculty mentor and two readers. The project is intended to demonstrate an increasing mastery of an area of expertise within computer science and demonstrate the ability to write in a style consistent with the expectations of the target audience for the project. Upon completion, each project (which may span two or more research and writing courses), is reviewed by a faculty mentor and two additional faculty members and is graded on a satisfactory/unsatisfactory basis. A grade of “satisfactory” certifies that the project has been judged as making progress but not necessarily of publishable quality until the committee signs off on the final paper. Prerequisite: None

This course is the fifth in a series of twelve research and writing courses that result in publishable projects. The projects are selected by the student in consultation with a faculty mentor and two readers. The project is intended to demonstrate an increasing mastery of an area of expertise within computer science and demonstrate the ability to write in a style consistent with the expectations of the target audience for the project. Upon completion, each project (which may span two or more research and writing courses), is reviewed by a faculty mentor and two additional faculty members and is graded on a satisfactory/unsatisfactory basis. A grade of “satisfactory” certifies that the project has been judged as making progress but not necessarily of publishable quality until the committee signs off on the final paper. Prerequisite: None

This course is the sixth in a series of twelve research and writing courses that result in publishable projects. The projects are selected by the student in consultation with a faculty mentor and two readers. The project is intended to demonstrate an increasing mastery of an area of expertise within computer science and demonstrate the ability to write in a style consistent with the expectations of the target audience for the project. Upon completion, each project (which may span two or more research and writing courses), is reviewed by a faculty mentor and two additional faculty members and is graded on a satisfactory/unsatisfactory basis. A grade of “satisfactory” certifies that the project has been judged as making progress but not necessarily of publishable quality until the committee signs off on the final paper. Prerequisite: None

This course is the seventh in a series of twelve research and writing courses that result in publishable projects. The projects are selected by the student in consultation with a faculty mentor and two readers. The project is intended to demonstrate an increasing mastery of an area of expertise within computer science and demonstrate the ability to write in a style consistent with the expectations of the target audience for the project. Upon completion, each project (which may span two or more research and writing courses), is reviewed by a faculty mentor and two additional faculty members and is graded on a satisfactory/unsatisfactory basis. A grade of “satisfactory” certifies that the project has been judged as making progress but not necessarily of publishable quality until the committee signs off on the final paper. Prerequisite: None

This course is the eighth in a series of twelve research and writing courses that result in publishable projects. The projects are selected by the student in consultation with a faculty mentor and two readers. The project is intended to demonstrate an increasing mastery of an area of expertise within computer science and demonstrate the ability to write in a style consistent with the expectations of the target audience for the project. Upon completion, each project (which may span two or more research and writing courses), is reviewed by a faculty mentor and two additional faculty members and is graded on a satisfactory/unsatisfactory basis. A grade of “satisfactory” certifies that the project has been judged as making progress but not necessarily of publishable quality until the committee signs off on the final paper. Prerequisite: None

This course presents the state of the practice in requirements engineering for software-intensive systems, emphasizing distributed systems and information security. Topics covered include requirements elicitation, feasibility analysis; cost-benefit analysis; the operational concept document; the requirements specification; verification; preparation for validation; requirements management; reconciling requirements with development constraints; and trends in requirements methods, tools, and techniques. Students will discuss the role of requirements engineering in the system lifecycle, with emphasis on quality considerations such as security, reliability, and scalability. Students perform research into current best practices and conduct a term project that incorporates requirements for a realistic system. Prerequisite: None

This course is the ninth in a series of twelve research and writing courses that result in publishable projects. The projects are selected by the student in consultation with a faculty mentor and two readers. The project is intended to demonstrate an increasing mastery of an area of expertise within computer science and demonstrate the ability to write in a style consistent with the expectations of the target audience for the project. Upon completion, each project (which may span two or more research and writing courses), is reviewed by a faculty mentor and two additional faculty members and is graded on a satisfactory/unsatisfactory basis. A grade of “satisfactory” certifies that the project has been judged as making progress but not necessarily of publishable quality until the committee signs off on the final paper. Prerequisite: None

This course is the tenth in a series of twelve research and writing courses that result in publishable projects. The projects are selected by the student in consultation with a faculty mentor and two readers. The project is intended to demonstrate an increasing mastery of an area of expertise within computer science and demonstrate the ability to write in a style consistent with the expectations of the target audience for the project. Upon completion, each project (which may span two or more research and writing courses), is reviewed by a faculty mentor and two additional faculty members and is graded on a satisfactory/unsatisfactory basis. A grade of “satisfactory” certifies that the project has been judged as making progress but not necessarily of publishable quality until the committee signs off on the final paper. Prerequisite: None

This course is the eleventh in a series of twelve research and writing courses that result in publishable projects. The projects are selected by the student in consultation with a faculty mentor and two readers. The project is intended to demonstrate an increasing mastery of an area of expertise within computer science and demonstrate the ability to write in a style consistent with the expectations of the target audience for the project. Upon completion, each project (which may span two or more research and writing courses), is reviewed by a faculty mentor and two additional faculty members and is graded on a satisfactory/unsatisfactory basis. A grade of “satisfactory” certifies that the project has been judged as making progress but not necessarily of publishable quality until the committee signs off on the final paper. Prerequisite: None

Architectural frameworks and patterns are often used in the design of software systems. This course teaches students to understand commonly used frameworks and patterns and how to tailor framework and combine patterns in software design. Students will also study the role of software architects in the development of software systems and the advantages of systematic development processes that include an architectural design phase. Prerequisite: None

Develops the skills in futuring through a variety of techniques. Develops the skills in futuring through a variety of techniques. Introduces formal methods of innovation and diffusion of innovation. Prerequisite: None

This course is the final one in a series of twelve research and writing courses that result in publishable projects. The projects are selected by the student in consultation with a faculty mentor and two readers. The project is intended to demonstrate an increasing mastery of an area of expertise within computer science and demonstrate the ability to write in a style consistent with the expectations of the target audience for the project. Upon completion, each project (which may span two or more research and writing courses), is reviewed by a faculty mentor and two additional faculty members, and is graded on a satisfactory/unsatisfactory basis. A grade of “satisfactory” certifies that the project has been judged as making progress but not necessarily of publishable quality until the committee signs off on the final paper. Prerequisite: None

Complex Computing Applications Are Launched System Wide Only After Simulation, Modeling And Testing Have Been Conducted And The Results Analyzed. This Course Addresses Fundamental Issues In Developing Those Processes And Prepares Students For Their Own Project Simulation Or Model. Students Will Be Able To Describe Differences In Various Methods Of Central Tendency, Effectively Use Anova And Glm For Data Analysis And Demonstrate How Different Testing Variables Can Affect Simulations Or Models. Prerequisite: None

This course investigates what qualities of a software product make it usable. Emphasis is placed on how one includes usability concerns throughout the software life cycle, how one designs for usability, how to determine experimentally the usability of a product, and the importance of early usability testing on a simple prototype. Students will be expected to design and conduct usability experiments and then analyze the data in order to refine product design. Prerequisite: None

Computer Science is dynamic; Moore’s Law tells us that today’s standard could very well be obsolete in 18 months. This course addresses the top three issues of current database theory and practice, identifying current trends and near future changes in the field. As such, the course content will vary according to the evolution of the discipline. Students will research major literature sources that address issues and trends, compare and contrast centralized database systems with distributed databases and identify principles behind database warehousing and data mining. Prerequisite: None

This course covers the fundamentals of concurrent and distributed systems including threading, synchronization and deadlock prevention as well as logical clocks, group communication and distributed transactions. It also covers current topics such as web services and software for multiprocessors and multicore processors. Prerequisite: None

Software development has risks – time, resources, and change. Measuring and managing risk is essential to successful software development. In this course, students will investigate and analyze current and emerging best practices for managing risk and learn how a good metrics program can be developed. Students will also use metric data to support risk exposure, while developing a risk mitigation plan for their organization. Prerequisite: None

A generation ago, business referred to the shop owner down the street. Today’s business is global; companies have offices around the world, processing data twenty-four hours a day. Keeping software synchronized, online and secure is the ongoing challenge of computer professionals. In this course, students will assess the impact on security concerns when an organization moves from a centralized system to a distributed system. This includes describing emerging security issues and risk factors and designing a secure information system. Prerequisite: None

This course introduces the fundamental, logical, and design considerations addressed during system and application software development. It provides a background in applications software development and testing techniques through a combination of theory and application. (3 credits) Prerequisite: BSA 375.

This course is an integrating course in business application software engineering. Integration, migration, and maintenance of enterprise software systems, including legacy systems, are emphasized. (3 credits) Prerequisite: POS 355.

This Course Introduces Object-oriented Programming In The Context Of Business Applications Development. It Develops The Skills And Knowledge Necessary To Produce Beginning Event-driven Programs With Graphical User Interfaces (gui). Topics Include Standard Windows Compatible Forms, Controls, And Procedures. The Course Uses Visual Basic�. (3 Credits) Prerequisites: Comm 215, Mth 209, And Prg 210.uisite

This course extends the facilities and command sets of the Visual Basic programming system for Windows. Topics covered include designing Visual Basic applications, forms, event driven procedures, writing and debugging programs, databases, data files, and printing. (3 credits) Prerequisite: POS 408.A

This Course Examines The Skills Necessary For Successful Critical Thinking, Teamwork, Research, And Communication. The Course Is Designed To Aid Adult Learners In Acquiring And Improving The Core Competencies That Are Necessary At University Of Phoenix. Students Examine Their Reasons For Returning To School And Develop Strategies For Achieving Educational Goals In School, Work, And Personal Settings. Students Are Also Introduced To The University Library And Learn How To Access Its Resources Successfully. (3 Credits) *for Flexibility In Scheduling, Campuses Are Permitted To Schedule Gen/200 To Satisfy Gen/300 Requirements.

This course introduces the fundamentals of computer systems and the role of information processing in today's business environment. An overview is presented of information systems, systems development, operating systems and programming, database management, networking and telecommunications, and the Internet.

This Course Provides Students With A Basic Understanding Of Programming Development Practices. Concepts Covered Include The Application Of Algorithms And Logic To The Design And Development Of Computer Programs To Address The Problem Solving Requirements Associated With Business Information Systems. This Course Will Cover Procedural Programming Concepts Including Data Types, Controls Structures, Functional Decomposition, Arrays, And Files. Topics And Objectives Programming Fundamentals * Identify How A Computer Processes And Stores Data. * Describe The Importance Of Using A Structured, Modular Approach When Creating Program Requirements, Design, And Code. Problem Solving And Algorithm Development * Describe The Process And Methods For Problem Recognition. * Examine The Development Of Problem Solutions. * Define The Process Of Algorithm Development. Programming Logic * Apply The Concepts Of Functional Decomposition To The Development Of Programming Logic. * Demonstrate The Sequential And Selection Processing Control Structure. * Demonstrate The Iteration Control Structure. Data Structures, Verification, And Validation * Explain The Need For Complex Data Structures. * Explain The Design And Application Of Arrays To Program Logic And Data Manipulation. * Describe How Requirements And Desk Review Design Are Used To Verify Algorithms. File And Database Processing * Determine When A Sequential Data File Is More Useful Than A Database. * Differentiate Between A Flat File And A Relational Database. * Differentiate Between A Text File And A Binary File. Prerequisites: Gen300, Gen101

This course introduces effective web design principles and the essential role of the web designer in today's business environment. Topics covered include site architecture, page layout, navigation, content, functionality and usability. Students will evaluate existing web sites and apply best practices to prototype a unique design using a web authoring application. Topics and Objectives Website Planning * Identify purpose and target audience. * Illustrate a site architecture map. Web Design Concepts & Techniques * Define fundamental Web design terminology. * Explain design principles for effective site navigation. * Identify Web design tools and their applications. Website Content * Recognize common media formats and plug-ins. * Explain the effective use of graphics and media in Web site design. * Discuss copyright implications. * Explain how to optimize content for search engines. Website Effectiveness * Recognize design principles of basic website appearance and functionality. * Evaluate business and e-business Web page layouts, navigation, and performance. * Identify attributes of usability. * Critique usability of a website. * Recognize accessibility standards. Website Prototyping * Apply effective design concepts and techniques to prototype a homepage and secondary page. Prerequisites: CIS205,GEN300,GEN101

This Course Introduces Development Tools And Techniques Used To Publish Web Pages On The World Wide Web. Students Use Basic Hypertext Markup Language, Scripting And Presentational Technologies To Create Web Sites Without The Aid Of A Software Authoring Application. Topics Include Xhtml, Css, Javascript, Server Hosting, Site Publication, Site Maintenance And Search Engine Optimization. Topics And Objectives Introduction To Extensible Hypertext Markup Language (xhtml) * Identify Basic Xhtml Tags And Attributes. * Explain Viewing And Testing Markup Code In Various Web Browsers. * Describe How Cascading Style Sheets (css) Are Applied For Formatting Web Content. Website Development * Develop Xhtml Code That Displays Content In A Web Browser. * Apply Styles And Style Sheets To Control Various Attributes Of A Web Page And Its Content. * Create Internal, External And Anchor Hyperlinks In A Web Page. * Distinguish The Development Environment From A Production Environment. Website Interaction * Create An Effective Navigation System. * Create A Basic Web Form. * Describe How To Integrate Multimedia Files Into A Web Page. * Apply Usability Best Practices. * Apply Principles Of Effective Technical Writing And Web Design. Introduction To Javascript * Explain The Basic Application For Javascript. * Explain Javascript Arrays, Loops And Conditional Statements. * Apply Javascript Effectively In Website. Website Publication & Maintenance * Identify The Importance Of Professional Standards In Web Development. * Explain How Meta Data Can Promote A Website. * Identify The Process To Publish A Website. * Identify The Need To Maintain And Redesign A Website. Prerequisites: Web236

This Course Covers The Fundamentals And Best Practices Of Using Written Communication In Business And In The Information Technologies. Topics Include Strategies, Techniques, And Nuances For Producing Emails, Memos, Reports, Proposals, Project Specifications, And User Manuals, As Well As Other Technical Documents. Topics And Objectives The Technical Writing Process * Identify Uses Of Technical Writing In The Corporate Environment. * Describe The Differences Between Technical Writing And Expository Writing. Technical Writing In The Corporate Environment * Identify Intellectual Property Issues In The Corporate Environment. * Create Letters And Memos With Appropriate Formatting For The Corporate Environment. Writing Reports & Proposals * Apply Effective Document Design And Graphics In Technical Writing. * Create A Request For Proposal. Writing Technical Instructions & User Manuals * Integrate Appropriate Visual Elements Into A User Manual. * Create Clear, Concise, Accurate, And Coherent Written Communication For A User Manual. * Identify The Criteria For Writing A User Manual. Preparing Presentations * Use Effective Layout And Design In Presentations. * Prepare A Presentation For A Management Audience. Prerequisites: Gen300, Gen101

This Course Reviews Common Business Systems And Their Interrelationships. Business Systems Covered Include Finance, Accounting, Sales, Marketing, Human Resources, Legal And Operations. Emphasis Is Placed Upon The Inputs And Outputs Of Information Systems, The Potential For Integration Of The Systems, And Information Systems Security. Topics And Objectives Business Structure * Identify The Application Of Information Systems In Business. * Examine The Impact Of Information Systems On The Business Structure. Business Environment * Identify Economic, Government And Legal Influences On Business. * Describe The Ethical And Security Considerations For An Information System In Business. * Describe The Need For Security Measures In It Organizations And Information Systems. Finance And Accounting * Examine Accounting Information Systems. * Analyze Accounting Information Systems And Business Processes. Sales And Marketing * Examine Contemporary Marketing Practices. * Describe Marketing In The Electronic Commerce Environment. Information Systems * Identify Types Of Information Systems And Required Security. * Apply The Concepts Of Information Systems To Business Processes. Prerequisites: Cis205, Eng221, Gen300, Gen101

This Course Introduces The Fundamental, Logical, And Design Considerations Addressed During System And Application Software Development. It Provides A Solid Background In Information Systems Analysis And Design Techniques Through A Combination Of Theory And Application. The Systems Development Life Cycle Will Be Fundamental To The Course. Topics And Objectives Systems Development Life Cycle * Define The Systems Development Life Cycle. Systems Analysis * Explain Scope And Feasibility. * Define Systems Analysis And Systems Requirements. Systems Design * Define Design Specifications. Systems Development And Implementation * Analyze Development. * Analyze Implementation. Maintenance * Identify Types Of Maintenance. Prerequisites: Bsa310, Cis319, Gen300, Gen101, Comm215, Mth209

This course provides the foundation for understanding the broad concepts of successful planning, organization, and implementation within the realm of information technology. This course uses real-world examples and identifies common mistakes and pitfalls in project management. Topics covered include project scoping, estimating, budgeting, scheduling, tracking and controlling.

This course covers database concepts. Topics include data analysis, the principal data models with emphasis on the relational model, entity-relationship diagrams, database design, normalization, and database administration.

This Course Covers Structured Query Language (sql) That Provides A Unified Language That Lets You Query, Manipulate, Or Control Data In A Business Applications Environment. Topics And Objectives Sql Table * Create Tables Using Sql. Table Queries * Apply Single-table Queries. * Apply Multiple-table Queries. Data Changes * Apply Changes To Data. * Apply Changes To Tables. Reports * Apply Reporting In Sql. Embedded Sql * Explain Embedded Sql. * Apply Sql To A Business Application. Prerequisites: Comm215, Dbm380, Gen300, Mth209, Gen101, Mth212, Mth233

This course provides an overview of telecommunication systems in a business environment. Topics covered include voice communications, standards, transmission, networks, and internetworking.

This Course Introduces Object-oriented Programming In The Context Of Business Applications Development. The Basics Of The Java Programming Language Are Covered. Topics And Objectives Java Basics * Explain The Java Virtual Machine. * Explain The Terminology Of Object-oriented Terminology. * Explain Documenting, Coding, Compiling, Executing, Testing, And Debugging Java Programs. Data Types * Define Data Types. * Explain Classes And Methods. * Apply Simple Java Programming. Selection And Repetition * Explain Selection. * Explain Repetition. * Apply Simple Java Programming. Arrays * Explain Arrays. * Apply Simple Java Programming. Objects * Explain Objects. * Apply Simple Java Programming. Prerequisites: Comm215, Gen300, Mth209, Pos370, Gen101, Mth212, Prg210, Mth233

This Course Continues The Subject In Prg/420, Java Programming I. Topics Include Designing Complex Applications And The Use Of Data Files. Topics And Objectives User Interface * Explain Java User Interfaces. Applets * Explain Applets. * Apply Java Programming. Threads * Explain Error Handling. * Explain Threads. * Apply Java Programming. Files * Explain File Read And Write. * Apply Java Programming. Multimedia * Explain Graphics, Sound, And Animation. * Apply Java Programming. Prerequisites: Comm215, Gen300, Mth209, Prg420, Gen101, Mth212, Mth233

This Course Provides An Introduction To Operating Systems. Topics Covered Include Operating System Concepts, Program Execution, And Operating System Internals Such As Memory, Processor, Device, And File Management. A Variety Of Operating Systems Are Compared And Contrasted. Topics And Objectives Computer System * Identify And Define Components Of A Computer System. Operating Systems * Identify And Define Components Of An Operating System (os). * Explain Memory Management. * Explain Processor Management. Windows Server * Explain The Basics Of The Windows Server Operating System. Unix * Explain The Basics Of The Unix Operating System. * Compare And Contrast Windows Xp, Windows 2003, And Linux. Prerequisites: Comm215, Gen300, Mth209, Ntc360, Gen101, Cis205, Mth212, Mth233

This Course Will Cover The Process And Issues Associated With The Implementation Of A Computer Application Information System. Topics Will Include The Processes Associated Sponsor And Stakeholder Approvals, End User Training, Technical Staff Training, Conversion From Existing Application(s) And Integration Into The Information System Production Environment. This Course Will Also Examine The Use Of Development And Testing Environments And The Testing Procedures Related To The Implementation Of A Computer Application Information System. Topics And Objectives Implementation Planning * Identify Implementation Milestones And Resources. * Explain Phases Of Application Implementation. * Explain The Implementation Plan. * Identify Implementation Stakeholders. * Explain The Implementation Plan Approval Process. Software Acquisition * Explain The Request For Proposal Process. * Compare Methods Of Software Evaluation And Selection. * Explain The Vendor Selection Process. Change Control And Project Risk Management * Explain The Change Control Process. * Explain Software Versioning. * Evaluate Methods For Identifying Areas Of Project Risk. * Explore Project Risk Mitigation Strategies. Application Documentation * Describe The Content And Purpose Of Application Documentation. * Compare Technical, User And System Training Documentation. Technical Environment Preparation * Compare Development, Test, And Production Technical Environments. * Explain The System Turnover Process. Application Testing * Compare Application Testing Objectives And Methods. * Explain Test Data Preparation. * Organization Preparation * Explain Organizational Change Strategies. * Explain Process Business Procedures. Training * Compare Technical Training And End User Training. * Explain Methods And Timing Considerations For Training Personnel. Data Conversion * Explain Data Transformation And Migration. * Explain Conversion Programs And Procedures. * Explain Sample Data Extraction For Testing. * Describe The Conversion Schedule. System Launch * Compare System Startup Alternatives. * Identify Implementation Roles. * Explain Timeline For Key Activities. * Describe Startup Activities. System Support And Maintenance * Explain System Support Roles And Functions. * Explain The Process Of Enhancing System Functionality. Prerequisites: Bsa310, Bsa375, Bsa400, Bsa411, Bsa412, Cis205, Cmgt410, Cmgt411, Dbm380, Eng221, Gen300, Ntc360, Pos355, Pos410, Prg210, Prg420, Prg421, Web236, Web237, Gen101