Course Descriptions370COM 610: Integrated Marketing CommCovers IMC process for creating and fostering relationshipswith customers and publics through strategicallycontrolling or influencing messages sent toand exchanged with these groups. Course teacheseffective integration of an organization’s marketingcommunication initiatives. Through case analysis,students learn how IMC has become critical to marketingefforts.COM 615: Research MethodsPresents fundamentals of research underlying communicationcampaigns and programs. Covers qualitativeand quantitative methodologies, secondaryresearch, internal market intelligence, and dataanalysis. Offers practical experience with techniquesto identify and reach audiences and publics and totrack results of campaigns. Teaches research strategiesto develop communications that fulfill organizationalgoals.COM 620: Crisis CommunicationsProvides learners with principles and procedures forhandling multiple stakeholders and publics undercrisis conditions. Offers training to deal with mediain less-than-optimal situations, when they may befaced with indifference or even hostility. Looks atcase studies of strategies and tactics of organizationsthat have dealt with crises.COM 625: Campaign & Program ManagementProvides learners with knowledge to manage communicationcampaigns by covering theories andprocesses of campaign development and implementation.Covers best practices project managementtechniques, communication audits, budgets, andresource allocation. Offers hands-on experience creating,writing, and presenting communication campaignimplementation plans.COM 630: Campaign & Program EvaluationCourse covers communication campaign evaluation,before during and after the campaign period.Focuses on systematic qualitative, quantitative, andobservational methods appropriate to guide campaignplanning, make mid-course corrections tomessages and media mix and to assess post-campaigneffectiveness. Also presents techniques to conductcommunication audits.COM 635: Management of CreativityFocuses on managing organizations and businessunits that are involved in producing materials basedon creativity. Provides systematic analysis of definitionsof creative industries and organizations anddetails the production, packaging, and distributionof intellectual property in a networked global environment,including digital media, marketing, PRand advertising materials.COM 640: PersuasionExploration of theories of persuasion that guide thepreparation of messages intended to influence others.Focuses on use of persuasion techniques todevelop decisions about creative and productionimplementation. Uses case studies to analyze persuasivemessages in contemporary media and tocompare techniques used in alternative media platforms.COM 650: Legal and Ethical IssuesProvides students with a clear understanding of thelegal environment for public communications andthe ethical considerations that must be taken intoaccount. Examines international regulation of copyrightand intellectual property protection and legaland regulatory provisions in the U.S. Teaches skillsin assessing ethical risk and following ethical guidelines.COM 660: Capstone Project(Prerequisites: Completion of 8 Core Courses)Presentation of skills the learner has acquired in theprogram. Their research, analysis, strategic thinking,message shaping, and evaluation skills will all cometogether in the final project: The preparation of adigital, web-based e-portfolio that will be an asset inthe search for an appropriate post-graduation position.CSC – Computer ScienceCSC 200: Orientation to Comp. ScienceAn introductory survey course covering currentdevelopments and future prospects in the field ofcomputing. Coverage begins with the fundamentalsof computer architecture and progresses to softwareand software development processes. Topics includedare operating systems, networking, programminglanguages, software engineering, database systems,and ethical issues in computingCSC 208: Calculus for Comp. Science I(Cross-listed and equivalent to MTH220)(Prerequisite: MTH 215)Focus on differential and integral calculus withapplications. Topics include limits and continuity,derivatives, standard rules of differentiation includingchain rule, exponential and logarithmic forms,curve sketching, definition of anti-derivative; integrationrules including substitution and by parts,coverage of Fundamental Theorem of Calculus and abrief exposure to numeric integration. Students maynot receive credit for both CSC 208 and MTH 220.CSC 209: Calculus for Comp. Science II(Prerequisite CSC 208)Continuation of Calculus I with emphasis on understandingof concepts and developing problem solvingtechniques and strategies. Topics include integrationof trigonometric functions, functions of severalvariables, convergence of series and sequences.Applications in the areas of series approximation,continuous probability distributions, random variables,and modeling are discussed and examined.CSC 220: Applied Probability & Stats.(Prerequisite: MTH 215)Introduction to the theory and applications of probabilityand statistics. Topics include fundamental conceptsof probability, conditional probability, randomvariables, common distributions, and statisticalinference (estimation, hypothesis testing, and regression).The emphasis is on developing problem solvingskills and applying key results to computing andengineering problems such as algorithm analysis,queuing, and simulation.CSC 242: Intro to Programming Concepts(Prerequisite CSC 200, CSC 208)Introduction to modern programming design techniquesusing C++. A study of basic programmingconstructs, techniques and fundamental controlstructures. Emphasis is on Object Oriented and modularprogramming. Coverage includes data types,functions, arrays and pointers. The course examinesproblem analysis, decomposition and modern programmingparadigms and methodologies.CSC 252: Programming in C++(Prerequisite CSC 242)fundamentals of Object-Oriented Programming inC++ including class definition and object instantiation,inheritance and polymorphism. Detailed coverageof exception handling, operator overloading,I/O and file streams, templates, and the StandardTemplate Library (STL). Exposure to Data Structuresand basic algorithms for sorting and searching. .CSC 262: Programming in Java(Prerequisite: Math 215)The course introduces the Java programming languageand its features. Topics include introductionto object oriented programming, basic control structures,java graphics and GUI objects, multimediacomponents, exposure to event driven programming,arrays and strings in java. Coverage includesencapsulation, inheritance, and polymorphism.CSC 300: Object Oriented Design(Prerequisite: CSC 252)Covers the key concepts and methodologiesrequired for object-oriented design, evaluation anddevelopment with focus on practical techniquessuch as use-case, CRC analysis, and patterns. TheUnified Modeling Language (UML) is presented indetail. Special emphasis is given to the use of objectpatterns in developing software systems.CSC 310: Linear Algebra & Matrix Analysis(Prerequisite: CSC 208)Study of vectors in the plane and space, systems oflinear equations, matrices, determinants, lineartransformations, eigenvalues and eigenvectors. Thecomputer algebra system MATLAB will be usedthroughout the course. Students will also developexperience applying abstract concepts to concreteproblems drawn from engineering and ComputerScience.CSC 331: Discrete Structures and Logic(Cross-listed and equivalent to MTH 325)(Prerequisite: CSC 252, CSC 310)A theoretical foundation for computer science.Introduction to topics such as sets, propositionallogic, Boolean algebra, counting techniques, recursiveequations and solution techniques, graph algorithmswith application to trees. Introduction tomathematical proofs. Students may not receive creditfor both CSC 331 and MTH 325.CSC 335: Data Structures and Algorithms(Prerequisite: CSC 300, CSC 331)An overview of data structure concepts, arrays,stack, queues, trees, and graphs. Discussion of variousimplementations of these data objects, programmingstyles, and run-time representations. Coursealso examines algorithms for sorting, searching andsome graph algorithms. Algorithm analysis and efficientcode design is discussed.CSC 338: Algorithm Design(Prerequisite: CSC 335)Techniques of designing efficient computer algorithms,proving correctness, and analyzing timecomplexity. General topics include asymptoticbehavior, solution to recurrence relations, algorithmdesign techniques such as divide-and-conquer,dynamic programming, and greedy algorithmsapplied to sorting, searching and graphs. An introductionto the theory of parallel and distributedalgorithms.CSC 340: Digital Logic Design(Prerequisite CSC 200, CSC 208)Foundation in design and analysis of the operationof digital gates. Design and implementation of combinationaland sequential logic circuits. Concepts ofBoolean algebra, Karnaugh maps, flip-flops, registers,and counters along with various logic familiesand comparison of their behavior and characteristics.CSC 340L: Digital Logic Design Lab(1.5 quarter units)(Prerequisite or co-registration: CSC 340)A study of basic digital logic circuit design andimplementation. Circuit schematic development andcomputer modeling and simulation of digital systems.Experiments explore designs with combina-
Course Descriptionstional and sequential logic. Students work throughdesign activities, which include testing, troubleshootingand documentation.CSC 342: Computer Architecture(Prerequisite: CSC 340 and CSC340L)An examination of advanced hardware design,analysis, and low level programming with emphasison the structure of the machine. In addition, themachine cycles and instructions, pipelining, addressingmodes, and architecture concepts are covered.Includes assembly language programming and programcontrol structureCSC 350: Computer EthicsAnalysis of the values, ethics and ideologies in computingand their applications to current issues incomputer industry within the contemporary socioculturalsetting. Focuses on ethical decision-makingin computing matters. students develop an ethicaloutlook on a wide variety of workplace issues incomputing through case study, debate and readings.CSC 400: OS Theory and Design(Prerequisite: CSC 335)An introduction to operating system conceptsincluding implementation, processes, deadlocks,communication, multi-processing, multilevel memorymanagement, file systems, protection, resourceallocation, and scheduling.CSC 421: Compiler Design(Prerequisite: CSC 335)An introduction to the theory of programming languageprocessors focusing on lexical analysis, syntaxanalysis, and compile-time mechanics, includingcode generation and optimization, execution ofinterpretive representations, and management ofdata structures.CSC 422: Database Design(Prerequisite: CSC 300)A survey of principles, structure, analysis, and techniquesof database design and implementation.Topics include physical and logical design, normalization,database models, security, and integrity.CSC 430: Programming Languages(Prerequisite: CSC 300)A comparative study of programming languages.Syntax, semantics and pragmatics are considered.Language features that support software engineeringare emphasized. Recent trends in programminglanguage design and type theories are studied.CSC 436: Comp. Communication Networks(Prerequisite: CSC 335)An in-depth study of fundamental concepts in thedesign and implementation of computer communicationnetworks. Topics include basics of switchedcommunication networks, packet switch architecture,TCP/IP networking, routing algorithms, networkprogramming, Quality-of-Service networks,and wireless communications. Mathematical toolsare applied in quantitative modeling and analysis ofnetworksCSC 440: Advanced Programming in Java(Prerequisite: CSC 262)A treatment of advanced programming techniquesin Java using abstraction, encapsulation and inheritance.Development of applets and applicationsusing client server technology, multithreading,event-driven programming techniques, and multimedia.CSC 445: Wireless Appl. Development(Prerequisite: CSC 242 or CSC 262)Current wireless technologies and communicationprotocols. Coverage includes the current and emergingmobile applications, wireless and mobile infrastructure,devices, middleware, and network accessissues. Examines the impact of wireless applicationson individuals and organizations. Students willstudy the current tools, and techniques employed indevelopment of mobile software solutions.CSC 450: Artificial Intelligence(Prerequisite: CSC 335)An introduction to problem solving using modernartificial intelligence techniques. Examines the roleof heuristics in problem solving. Concepts such asagents, production systems, and natural languagecommunication are studied. Experimental artificialintelligence systems are developed.CSC 451: AI Programming(Prerequisite: CSC 335)A study of artificial intelligence programming techniques.The role of heuristic programming in patternmatching and search problems is examined.Introduction to intelligent agents, and decision gametrees. Implementation strategies for computing systemsunderlying the concepts such as, productionsystems, heuristic search and natural language communicationare examined.CSC 452: Human Computer Interactions(Prerequisite: CSC 300)Methods facilitating effective human-computerinteraction. Procedures and environments fundamentalto the development of a successful user interfaceare examined. Design philosophy, guiding principles,and technologies for constructing and sustaininginteractive systems that optimize user productionare appraised. Discussion of multidisciplinarydynamics of HCI, current and projected developmentsin HCI research.CSC 454: Computer Graphics(Prerequisites: CSC 310, CSC 335)The fundamental mathematical, algorithmic andrepresentational issues in computer graphics, withemphasis on 3 dimensional graphics. Topics includethe graphics process, projective geometry, homogeneouscoordinates, projective transformations, linedrawing,surface modeling and object modelingusing spatial sampling and parametric functions,approaches to rendering, texture synthesis and mapping,and polyhedral representations.CSC 455: Game Programming(Prerequisite: CSC 454)A study of tools and techniques for design andimplementation of interactive games. The coursewill emphasize programming aspects, includingevent loops and execution threads, rendering andanimation in 3D, terrain/background representation,polygonal models, texturing, and collision detection.CSC 456: Advanced Game Programming(Prerequisite: CSC 455)An advanced study of formal models and designprinciples of interactive games. The course willemphasize algorithms, models, programming techniques,including event loops and execution threads,rendering and animation in 3D, terrain/backgroundrepresentation, polygonal models, texturing, and collisiondetection.CSC 480A: Computer Science Project I(Prerequisite: Completion of core courses)A study of the software development life cycle.Emphasizes logical organization of system and communicatingdesign through documentation suitablefor generating a concrete implementation. Studentsconstruct an original project with practical applicationsapplying software engineering concepts. Thisproject includes program specifications, test plans,and user documentation. Grading is H, S, or U only.CSC 480B: Computer Science Project II(Prerequisite: CSC 480A)A continuation of the student project. Student teamscomplete the internal specification and test plan. Theproject is coded, modules-tested, system tested andall documentation is completed. Grading is H, S, orU only.CSC606:Modern Operating SystemsA study of relation between architectures, systemsoftware and application software. Topics includeprocess, thread, and memory management issues,multiprogramming, timesharing, multithreading,multiprocessing, inter-process communication, synchronization,virtual machines, client-server systems,distributed systems, real time systems, resource allocation,shared resources, input output, file systems,computer security and related problems. Scope andlimitations of current Operating Systems are considered.CSC 607: Security in ComputingThis course examines the use of security vulnerabilitiesand threats in computer programs, operatingsystems, networks, and databases. The use of cryptographyand other countermeasures to provide confidentiality,integrity, and availability is then evaluatedin depth, from the perspectives of both technicaleffectiveness and ethics of users and developers.CSC 610: Mathematical FoundationsA study of mathematical models of computation andtheoretical foundations of computer science. Prooftechniques, automata theory, Chomsky hierarchy,decidability and computational complexity areemphasized.CSC 615: Advanced ProgrammingReview of structured, object oriented and event drivenprogramming and data and procedural abstractions.Complex program development withadvanced multi-threading and multiprocessing forparallel computing in multiple environments.CSC 668: Topics in Computing(Prerequisites: SEN 601, SEN 602, CSC 606 or approvalof lead faculty)Each time this course is offered, it addresses a topicin computer science that is not covered as a regularcourse. The topic is covered at an advanced levelthat is appropriate for any student who has successfullycompleted the prerequisite courses. Possibletopics include grid computing, semantic web, intelligentsystems and knowledge abstraction.CSC 670: User Interface Engineering(Prerequisite: CSC 610, SEN 620, CSC 630, CSC 650 orpermission of the instructor)A study of techniques in design and implementationof user interfaces. Emphasis will be on effectivehuman computer interaction strategies that meethuman cognitive capabilities and organizationalpractices and processes..CSC 686: Computer Science Project I(Prerequisite: Completion of all MSCS core courses orpermission of the instructor)A study of the software development practices.Emphasizes logical organization of system and communicatingdesign through documentation suitablefor generating a concrete implementation. Studentsconstruct an original project with practical applicationsutilizing software engineering concepts. Thisproject includes requirements engineering, design,test plans and user documentation. Grading is H, S,or U only.CSC 687: Computer Science Project II(Prerequisite: CSC 686) Two-month course, meets once aweek.A continuation of the student project. Student teamsCourseDescriptions371
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