COURSE DESCRIPTIONSASCM 629 Strategic Purchasing and Logistics (3)(Formerly PCMS 629.) An investigation <strong>of</strong> issues and methodologiesrelated to strategic purchasing and logistics. Topics includethe ethics, social responsibility, and accountability considerationsin procurement, logistics, and contract management. Discussionalso covers the pr<strong>of</strong>essional development <strong>of</strong> staff, just-in-timemanagement, electronic data interchange, vendor assessmentand development, pricing and negotiation, and internationalprocurement issues.ASCM 630 Commercial Transactions in a TechnologicalEnvironment: Law, Management, and Technology (3)(Formerly PCMS 630.) Recommendation: ASCM 627. Apresentation <strong>of</strong> the legal issues and management methodologiesrelated to commercial transactions in a technological environment.Topics include the law, ethics, accountability, and contractmanagement considerations in the procurement <strong>of</strong> technologyproducts and services. Discussion also covers commercial salestransactions, government commercial item acquisition, privateand government contracts for services, assignment and protection<strong>of</strong> proprietary rights in technology products, technologytransfers, and international contractual issues in the procurement<strong>of</strong> products and services.ASCM 631 Integrative Supply Chain Management (3)(Formerly PCMS 631.) A study <strong>of</strong> supply chain issues, techniques,methodologies, and strategies designed to enhanceorganizational procurement efficiency. Integrated supply chainmanagement, as a core competitive strategy that affects the organization’sbottom line, is explored. Topics include the integration<strong>of</strong> information, supplies and materials flows across multiplesupply chain channels, and how these flows can be streamlinedand optimized for more efficient procurement. Discussion alsocovers the role <strong>of</strong> information systems and technology in supplychain management, e-commerce strategies, managing the flow<strong>of</strong> materials across the supply chain, developing and maintainingsupply chain partnerships and other relationships, and futurechallenges in integrative supply chain management.ASCM 632 Contemporary Logistics (3)(Formerly PCMS 632.) A study <strong>of</strong> logistical issues, techniques,methodologies, and strategies designed to enhance organizationalefficiency. Topics include the total cost approach tologistics; logistical planning and implementation; logistical concepts;systems relationships and integration; demand forecasting;interplant movement; inventory management and control; ordermanagement and processing; packaging; plant and warehouseselection; production scheduling; traffic and transportation management;warehouse and distribution management; recycling;and other logistical strategies, techniques, and methodologies.ASCM 650 Legal Aspects <strong>of</strong> Contracting and CommercialTransactions (6)(Formerly PCMS 650.) A study <strong>of</strong> the law relevant to commercial,governmental, and international purchasing, contracting,and other legal transactions. Focus is on agency law, contracts,sales, torts, antitrust, ethics, and accountability. Discussion coverscontract management considerations in the procurement <strong>of</strong>products and services. Topics include commercial sales transactions,government commercial item acquisition, private andgovernment contracts for services, assigning and protecting proprietyrights in technology products, technology transfers, andinternational contractual issues in the procurement <strong>of</strong> productsand services. The Federal Acquisition Regulation and AmericanBar Association Model Procurement Code for state andlocal government are investigated. The authority <strong>of</strong> purchasing,unauthorized purchases, rights and duties <strong>of</strong> sellers and buyersunder a contract, buyer rights upon receipt on nonconforminggoods, ability to terminate a sales contract, formation <strong>of</strong> governmentcontracts, and formal dispute resolution are also addressed.Students who receive credit for PCMS 650 cannot receive creditfor ASCM/PCMS 627 or ASCM/PCMS 630.BIFS (Bioinformatics)BIFS 613 Statistical Processes for Biotechnology (3)(Formerly BIOT 613.) Prerequisite: Knowledge <strong>of</strong> basic statistics.A study <strong>of</strong> statistical tools—such as Bayesian statistics,Markov processes, and information theoric indices—andhow they can be used to analyze sequence homology, thepresence <strong>of</strong> motifs in sequences, gene expression, and generegulation. Topics include information content, mutual information,long-range correlation, repeats, Fourier analysis, andlinguistic methods.BIFS 614 Data Structures and Algorithms (3)An introduction to the definitions, implementations, and applications<strong>of</strong> the most basic data structures used in bioinformatics.Basic formalism and concepts used in algorithm design andanalysis are also introduced. The relative efficiency <strong>of</strong> the algorithmsis estimated by application <strong>of</strong> these concepts to biologicaldata analysis. Algorithms and data structures discussed includethose for database searches, motif finding, sequence alignment,gene prediction, and microarray analysis.86G R A D U A T E C A T A L O G | 2 0 1 0 – 2 0 1 1
BIFS 617 Advanced Bioinformatics (3)(Formerly BIOT 617.) An overview <strong>of</strong> the basic programmingtools for performing bioinformatic analyses in both the UNIXand MS DOS/Window environments. Focus is on the use <strong>of</strong>Perl and BioPerl as the basic programming tools. Basic programmingskills are developed and practiced on such problems ascodon usage/bias, open reading frame, CpG islands detection,and gene identification.BIFS 618 Java for Biotechnology Applications (3)Prerequisite: BIFS 617. A study <strong>of</strong> basic concepts in Java andobject-oriented programming in bioinformatics applicationdevelopment. Emphasis is on Web-based, graphical, and database-drivenapplication design. Review covers the function anddesign <strong>of</strong> some Java-based bioinformatics tools. Some commonlyused libraries in the BioJava project are introduced, and developments<strong>of</strong> reusable modular application objects are examined.Basic problem-solving skills in the field <strong>of</strong> biotechnology usingJava programming are developed through practical projects.BIFS 619 Gene Expression Data Analysis (3)Prerequisite: BIFS 618. A study <strong>of</strong> high-throughput technologiesfor transcriptome and genomic aberration pr<strong>of</strong>iling. Topicsinclude statistical theories, algorithms and data analysis tools formicroarray experiments, array comparative genome hybridization,SNP array experiments, and supervised and unsupervisedmachine learning technologies for class discovery and classifieridentifications. Practice is provided in the preprocess <strong>of</strong> empiricalgene expression pr<strong>of</strong>iling and the postprocess <strong>of</strong> microarraydata analysis for identifying differentially regulated genes relatedto biological functions. Several legacy databases and data integrationstrategies in gene expression pr<strong>of</strong>iling are explored throughdata mining and functional annotation <strong>of</strong> interesting genes;statistical principles and theories are illustrated.BIOT (Biotechnology Studies)BIOT 601 Molecular Biology for Business Managers (3)A thorough grounding in the fundamentals <strong>of</strong> biology, includinga broad review <strong>of</strong> the life sciences with emphasis on molecularbiology. Topics include the basic concepts and processes <strong>of</strong> cellbiology, molecular biology, and immunology. The components<strong>of</strong> a cell, the processes occurring in a single cell, and the functioning<strong>of</strong> a multicellular organism are explained. Discussionalso covers the use <strong>of</strong> model organisms to understand basic andapplied biology.BIOT 630 Introduction to Bioinformatics (3)(Formerly BIOT 610.) An introduction to bioinformatics.Emphasis is on the interpretation <strong>of</strong> data. Topics include new,sophisticated DNA, RNA, and protein sequence analyses andpattern recognition and DNA computing, as well as moretraditional mathematical modeling (using Bayesian probabilityand basic algorithms, machine learning and neural networks,and Markov models and dynamic programming). Discussionalso covers the analysis <strong>of</strong> tridimensional structures, phylogenicrelationships, and genomic and proteomic data.BIOT 640 Societal Issues in Biotechnology (3)An examination <strong>of</strong> current societal issues in biotechnologyfrom several perspectives. Topics include the commercialization<strong>of</strong> biotechnology; biohazards; managerial views <strong>of</strong> legal issuesand bioethics; the need for public scrutiny; environmental andcultural issues; and the role <strong>of</strong> governmental regulatory agenciesin researching, developing, and commercializing biotechnology.An overview <strong>of</strong> the early history and modern developments <strong>of</strong>biotechnology is provided.BIOT 643 Techniques <strong>of</strong> Biotechnology (3)(Formerly BTMN 643.) A comprehensive review <strong>of</strong> currenttechniques in biotechnology research and applications. Thedevelopment and use <strong>of</strong> some <strong>of</strong> the techniques are placed inhistorical context. Discussion covers techniques used in genomics,transcriptomics, and proteomics and the applications <strong>of</strong>these techniques. Current plant and animal transformationmethods are explained. High throughput technologies, includingsequencing, real time RT-PCR, SAGE, and microarrays, are alsoexplored. Topics also include therapeutic applications <strong>of</strong> biotechnology,such as gene therapy, stem cell technology, and RNAinterference. Emerging technologies in this field are introduced.BIOT 645 Bioprocessing and the Business <strong>of</strong> Biotechnology (3)A detailed exploration <strong>of</strong> the business <strong>of</strong> biotechnology, its structureand operation, and the science upon which this relativelynew global industry sector was founded. Discussion covers awide range <strong>of</strong> biotechnology applications, from biopharmaceuticalsto bi<strong>of</strong>uels, and the technical advances behind them.Focus is on methods and economics <strong>of</strong> bioprocessing and uniqueaspects <strong>of</strong> the funding, alliances, and global models used in thebusiness <strong>of</strong> biotechnology.w w w.umuc.edu / grad 87
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2010-2011CatalogGraduate School of
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From the DeanWelcome to the Univers
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IMPORTANT DATESCONTACT INFORMATIONA
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About the Graduate SchoolMISSION ST
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Online courses maintain the sameaca
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Other Dual Degree CombinationsMaste
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- Page 84 and 85: COURSE DESCRIPTIONSINDEX TO COURSE
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- Page 124 and 125: ADMINISTRATIONUniversity Systemof M
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FACULTYAbbott, Weldon LeonAdjunct P
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FACULTYBartoo, DianeProgram Directo
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FACULTYCallahan, Caryl A.Collegiate
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UNIVERSITY POLICIESIV.CRITERIAStude
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INDEXAAACRAO. See American Associat
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INDEXInstructional sites, 4, 127Ins
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INDEXTechnology managementcourse de
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NOTES192G R A D U A T E C A T A L O
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ABOUT UMUCUniversity of Maryland Un