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Accounting and Taxation |
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A 601 - Federal Income Taxation I
A study of tax policy and the fundamental principles of the federal income tax law taught at an advanced level of inquiry. Coverage entails the key concepts of gross income, adjusted gross income, deductions, exemptions, credits, and special tax computations, with attention given to the provisions of the Internal Revenue Code affecting individual taxpayers.
3 credits
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A 602 - Federal Income Taxation II
A continuation of Federal Income Taxation I emphasizing the fundamental principles concerning dispositions of property: analysis of basis, recognition of gain or loss, capital asset transactions, nonrecognition exchanges and depreciation recapture; inventory methods, changes in accounting periods, and accounting methods.
3 credits
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A 603 - Tax Research and Writing
Tax Research sources, techniques, practice, and writing. Use of WEB-BASED Tax Research Services and evaluation of weights or authority, legislative history, and systematic writing analysis of tax problems and legal memoranda.
2 credits
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A 604 - Taxation of Business Entities
An introdutction to the income tax consequences of the formation and operation of regular C corporations, S corporations, affiliated corporations, partnerships, and limited liability companies.
3 credits
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A 605 - Partnership and Limited Liability Company Income Taxation
Prerequisite: A 604 A study of the federal income tax problems encountered in the operation of partnerships and limited liability companies, including partnership allocations, operating distributions, sale of partnership interest, withdrawal of a partner, death or retirement of a partner, distribution of partner assets, and basis adjustments.
3 credits
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A 606 - Corporate Income Taxation
Prerequisite: A 604 Prerequisite: A 604 or undergraduate equivalent. Advanced study in the corporate tax area including corporate distributions, redemptions, liquidations, taxable acquisitions, carryover of corporate tax attributes, corporate reorganizations and divisions, intercompany transactions, and consolidated returns.
3 credits
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A 607 - Qualified Retirement Plans
Prerequisite: A 604 An examination of the fundamentals of the federal taxation of deferred compensation. The course will focus on qualified retirement plans and individual and self-employed retirement plans as developed by the Employment Retirement Income Security Act of 1974 and subsequent legislation. Deferred executive compensation arrangements, stock options, restricted property, tax deferred annuities, and various employee benefit plans will also be reviewed.
3 credits
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A 608 - Taxation of Estates, Gifts, and Trusts
A comprehensive introduction to, and analysis of, the federal estate and gift tax laws including basic principles of estate planning. Coverage also includes federal income taxation of estates, trusts, grantors, and beneficiaries.
3 credits
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A 609 - Federal Tax Practice and Procedure
A study of the history and organization of the Internal Revenue Service, the selection of returns for audit, and the review steps at the administrative level. Code provisions covered will include filing requirements, statutory notices, restriction on assessment, statute of limitations, refund procedures, waivers, closing agreements, protests, and rulings.
3 credits
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A 610 - International Taxation
Prerequisite: A 604 Consideration of the federal income tax treatment of nonresident aliens and foreign corporations, and the foreign income of U.S. residents and domestic corporations. Comparison of alternate methods of engaging in operations abroad, foreign tax credit, allocations under code Section 482, Section 367 rulings, effect of tax treaties.
3 credits
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A 611 - State and Local Taxation
Tax problems encountered at the state and local level by businesses engaged in interstate commerce. Federal limitation on the taxation of multistate enterprises and jurisdictional problems are examined. Specific areas covered are license to do business, net income, franchise, gross receipts, property, and sales and use taxes. Apportionment problems are examined in detail.
3 credits
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A 612 - Tax-Exempt Organizations
A comprehensive look at the formation, operation, and taxation of tax-exempt entities. The course will examine the basic requirements for exemption from federal income tax, including restrictions on campaigning and other political activities, and the prohibition on private benefit. This course will cover the different types of tax-exempt organizations, the qualifying rules for each, and the tax planning considerations related to the use of each. Also examined will be the deductibility rules for charitable contributions, as well as the taxation of unrelated business income of a tax-exempt organization.
3 credits
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A 615 - Research Project in Federal Income Taxation
Prerequisite: 15 graduate hours in taxation. A study of the techniques and tools of tax research. Reference sources include tax loose-leaf services, IRS cumulative bulletins, court cases, congressional committee reports, textbooks, published articles. Research projects will be assigned for written submission. 1 credit.
0 credits
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A 616 - Taxation for Management
Introduction to federal taxation and its impact on business decision making. Overview of the basics of federal taxation, its traps, and tax planning opportunities. Complete overview of all areas of federal taxation to understand tax planning for personal and business situations and the interrrelationship of tax planning decisions. Areas of federal taxation covered are individual income taxes, corporation income taxes, S corporations, partnerships, income taxation of estates and trusts, estate and gift taxes. Not open to MS in Taxation program students.
3 credits
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A 620 - Financial Accounting for Managers
An examination of financial accounting reports, standards, practices, and procedres from a user's perspective, emphasizing the understanding and use of accounting reports rather than their preparation. Basic terms, concepts, reports, and underlying theories are covered. A review of the effects of choosing certain accounting methods, policies, and procedures is intended to enhance the manager's comprehension of financial statement presentation.
3 credits
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A 621 - Managerial Accounting
Prerequisite: A 620 Accounting analysis for the managerial functions of planning, controlling, and evaluating the performance of the business firm.
3 credits
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A 630 - Topics in Corporate Financial Reporting
Prerequisite: A 620 or equivalent A selective examination of corporate financial accounting topics including revenue recognition, current assets, investments, leases, pensions, earnings per share, foreign currency translation, and business combinations.
3 credits
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A 641 - Accounting Information Systems
Prerequisite: A 621 An examination fo the function and limitations of internal accounting information systems and their relationship to other decision-oriented buisness information systems.
3 credits
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A 642 - Internal Auditing Seminar
Prerequisite: A 621 Analysis of the principles underlying the functions of auditing within a firm. Will impart a working knowledge of techniques used in business audits.
3 credits
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A 650 - Advanced Accounting Theory
Prerequisite: A 630 or six hours of intermediate accounting Theoretical aspects of accepted accounting principles and their significance as a frame of reference for the valuation of accounting practices. Major focus on the role of regulatory agencies and professional accounting organizations with regard to their influences on accounting theory and practice.
3 credits
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A 652 - Auditing and Assurance Services Seminar
An analysis of the contemporary problems surrounding the attest function performed by the professional independent auditor.
3 credits
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A 654 - Financial Statements: Reporting and Analysis
Prerequisite: A 621 Techniques in analyzing financial statements by creditors and equity investors for the short and long term. Review of accounting principles as reflected in the financial statements.
3 credits
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A 661 - Managerial Accounting Seminar
Prerequisite: A 621 Case course covering advanced issues of management accounting. Develops topics introduced in A 621 .
3 credits
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A 670 - Selected Topics: Intermediate Accounting III
A study of selected issues of particular interest to students and instructor. Course may be taken more than once.
3 credits
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A 670F - ST: Intro to Forensic and Investigative Accounting
An overview examination of investigative auditing techniques, criminology, and courtroom procedures for the forensic accountant. The course covers both litigation support and investigative accounting, examining the practical aspects of these two areas, as well as many of the newer technological areas. The course also examines corporate compliance programs to comply with Sarbanes-Oxley and the Foreign Corrupt Practices Act.
3 credits
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A 670G - ST: Tax Exempt Organizations
NULL
3 credits
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A 670H - ST: Federal Income Taxation II
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3 credits
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A 670I - ST: International Business Law
NULL
3 credits
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A 690 - Research Project
Prerequisite: 15 graduate hours or permission of the instructor. Independent study under the supervision of an advisor.
3 credits
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A 695 - Independent Study I
A planned program of individual study under the supervision of a member of the faculty.
3 credits
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A 696 - Independent Study II
A continuation of Independent Study I.
3 credits
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LA 674 - Business Law and the Regulatory Environment
An overview of the legal system as it relates to the operation of a buisness. Topics will include those relating to the establishment and continuity of buisness relationships, including contracts, product liability, warranty, agency business entities, property, buisness crimes and torts, intellectual property, credit and bankruptcy, and those regulating business activities, including employment, environment, securities, and antitrust laws.
3 credits
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Arabic |
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AR 611 - Intermediate Arabic I
Prerequisite: AR 602 or permission of the instructor This course builds upon the skills acquired in the first-year course sequence. Emphasis will be on mastering grammar, speaking skills, listening comprehension, and reading skills. Students will gain the confidence to converse with native speakers on a variety of topics; will be able to write simple texts on everyday themes; and will acquire the skills to read uncomplicated authentic texts, such as newspaper articles on familiar topics.
3 credits
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AR 612 - Intermediate Arabic II
Pre-requisite: AR 602 or permission of the instructor. This course is a second-year, upper intermediate course in Modern Standard Arabic (MSA), which will continue to focus on the four skills of reading, writing, speaking, and listening. In this level, students will gain oral proficiency and should become comfortable to converse on familiar topics with a native speaker, to write short texts on everyday themes, and to read newspaper articles and short stories. Students will also be introduced to aspects of contemporary life and culture in the Arab world through films and cultural video clips.
3 credits
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Biology |
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BI 605 - Biostatistics
A non-calculus-based course which includes basic concepts of probability and statistics. These concepts are applied to problems in human biology, industrial/occupational health, and epidemiology. Introduction to and use of the computer package SPSSx for data analysis. (See also M 605 )
3 credits
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Civil and Environmental Engineering |
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CE 601 - Physical-Chemical Treatment of Aqueous Wastes
Analysis of physical and chemical processes in natural and engineered systems for water pollution control. Unit processes covered include, but are not limited to, aeration and gas transfer, sedimentation, filtration, coagulation/flocculation, absorption, chemical stabilization, ion exchange, disinfection. Design methodologies and operational aspects of treatment are also considered
3 credits
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CE 602 - Biological Treatment of Aqueous Wastes
This course provides an in-depth study of principles of biological treatment of aquatic wastes (municipal, industrial, and/or hazardous). Suspended and attached growth processes commonly in use are covered. Emphasis is given to design and operational aspects of activated sludge, trickling filters, and rotating biocontactors. On-site treatment processes are also covered.
3 credits
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CE 603 - Contaminant Fate and Transport in the Environment
This course covers the fundamental principles of contaminant behavior in the environment. Contaminant physical-chemical properties, transport, and transformation mechanisms affecting contaminant distribution among air, water, and solid domains are studied in-depth. Topics covered include, but are not limited to, environmental interface equilibria, advective and diffusional transport; biochemical exchange in atmospheric, aquatic, and terrestrial domains. Environmental modeling is also considered.
3 credits
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CE 605 - Solid Waste Management
Characteristics, volumes, collection, and disposal of solid waste and refuse. Design of processing, recycling, and recovery equipment; landfill desgin and operation; resource recovery; incineration.
3 credits
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CE 606 - Environmental Law and Legislation
Review of techniques of enforcement of state and federal pollution control laws and regulations; effects on waste treatment criteria and design and evalution of municipal ordinances; preparation of environmental assessments and impact statements.
3 credits
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CE 607 - Water Pollution Control Processes
Prerequisite: CH 601 . This course is open to non-engineering students only. Study of physical, chemical, and biological processes employed for pollution control. Processes cover the removal of suspended, colloidal, and dissolved phases of pollution.
3 credits
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CE 610 - Pollution Prevention Managment Technologies
The first half of this course focuses on methods to implement a pollution prevention hierarchy, developing management support, identifying pollution prevention opportunities, assembling a pollution prevention team, and developing economic justification for potential opportunities. The second half of the course focuses on various technologies available for a wide variety of pollutants, including a review of methods that can be used to integrate the technologies within processes of existing facilities.
3 credits
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CE 612 - Advanced Wastewater Treatment
Prerequisite: CE 602 Theories and principles of advanced sewage treatment including nutrient removal, demineralization, distillation, ozonization, carbon filtration, ion exchange, nitrification; design of facilities; upgrading scondary plants.
3 credits
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CE 613 - Industrial Wastewater Control
Prerequisites: CE 601 and CE 602 Characterisitcs of industrial wastes: volumes, sources, types; methods of volume reduction, waste segregation, recovery, recycling, and waste treatment.
3 credits
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CE 614 - Surface Water Quality Management
Prerequisite: CE 620 Determination of controls that must be instituted to achieve specific water quality objectives. Waste load allocation as principal management tool, requiring knowledge of response of a system to waste load inputs. Input/response relationships for three different surface water sytems: rivers and streams, lakes, estruaries. Related topics: dissolved oxygen analysis, indicator bacteria, and eutrophication.
3 credits
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CE 615 - Groundwater Hydrology
Prerequisites: undergraduate courses in fluid mechanics and soil mechanics. Study of fundamental principles governing fluid flow in porous and fractured media, provides necessary foundation for advanced studies in hydrogeology and contaminant hydrology. Includes Darcy's law, the continuity equation, aquifers, flow in the saturated zone, flow nets, wells and well hydraulics, flow in fractures, flow in the unsaturated zone, groundwater modeling.
3 credits
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CE 616 - Contaminant Hydrology
Prerequisite: CE 615 Behavior of the contaminants in the subsurface. Emphasis on physical, chemical, and biological processes that determine fate of a contaminant: advection, diffusion, absorption, mechnical disperision, biochemical reactions. Quantitative relationships for predictive framework. Applications include site characterization, remediation, wellhead protection, flow and transport modeling, groundwater waste disposal.
3 credits
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CE 617 - Wastewater Residuals Management
Prerequisites: CE 601 and CE 602 or permission of instructor An overview of rules and regulations affecting treatment and disposal of wastewater residuals. Quantitative and qualitative characterisitcs are considered. Treatment processes for preliminary operations, thickening, chemical/biological stabilization, conditioning, disinfection, dewatering, drying, thermal reduction, and ultimate disposal are covered extensively, and design procedures are outlined. Case studies address beneficial use of wastewater residuals.
3 credits
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CE 618 - Hazardous Waste Treatment
Prerequisites: CE 601 and CE 602 or permission of instructor. A review of the historical, legislative, and social framework of hazardous waste issues. Physical, chemical, biological, and thermal processes used for decontamination of hazardous wastes and hazardous waste sites are studied extensively. Specific remedial in-situ/ex-situ technologies such as soil vapor extraction, soil washing, incineration, bioremediation, immobilization, and chemical extraction are covered. Includes various laboratory and field case studies.
3 credits
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CE 620 - Engineering Hydrology
Prerequisites: undergraduate course in hydraulics; computer literacy. Theory, methods, and applications of hydrology to contemporary engineering problems. Methods of data collection and analysis as well as design procedures are presented for typical engineering problems. Specific topics to be considered within this framework include the rainfall/runoff process, hydrograph analysis, hydrologic routing, urban runoff, storm water models, and flood frequency models.
3 credits
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CE 621 - Advanced Hydrology
Prerequisite: CE 620 Examination of water sources and losses; the evaporation and infiltration processes and their effects on stream flow hydrographs. Deterministic and stochastic methods of reservoir analysis and design for purposes of food protection and water conservation will be investigated , as well as problems in urban hydrology.
3 credits
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CE 623 - Open Channel Hydraulics
Prerequisite: undergraduate course on hydraulics. Basic theories of open channel flow will be presented and corresponding equations developed. Methods of calculating uniform/steady flow; gradually varied flow; and rapid, spatially vaired, unsteady flow will be investigated. Flow through bridge piers, transitions, and culverts; backwater curves and the design of open channels.
3 credits
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CE 624 - Computer Applications in Hydrology/Hydraulics
Prerequisites: CE 620 and CE 623 . Investigation of widely used computer software in the areas of hydrology and hydraulics. The theory underlying the programs as well as application and evaluation of software will be stressed.
3 credits
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CE 629 - Wood Engineering I
Prerequisites: A structural analysis course and a structural design course. Course may not be taken for credit by students who have completed the undergraduate equivalent of this course. Study of the growth and structure of wood and how these influence wood strength, durability, preservation, and fire protection. Analysis and design of structural members of wood using Allowable Stress Design (ASD) method including beams, columns, and connections; design of wood structures. Laboratory experiments included.
3 credits
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CE 630 - Reinforced Concrete Design
Prerequisite: Undergraduate course in concrete design and construction. Advanced topics including deep beams, slabs, composite beams, beam columns, stability, connections, creep and deflection control.
3 credits
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CE 631 - Structural Steel Design
Prerequisite: Undergraduate course in steel design and construction. Advanced topics related to the behavior and design of rigid frames (single and multistory), plate girders, and connections.
3 credits
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CE 633 - Wood Engineering II
Prerequisite: CE 629 or undergraduate course in wood engineering. Wood properties and determination of allowable stresses. Laminated, built-up, and composite sections. Wood framing systems and connections to resist gravity and lateral loads.
3 credits
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CE 634 - Prestressed Concrete Design
Prerequisite: undergraduate course in concrete design and construction. Analysis and design of pre-tensioned and post-tensioned concrete structures. Beams, columns, connections, partial prestressing, deflections, anchorage.
3 credits
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CE 640 - Structural Analysis
Prerequisite: undergraduate course in indeterminate structures. Analysis of structures having members with variable cross sections, secondary stresses, shear walls, and semirigid connections. Influence lines for statically indeterminate structures.
3 credits
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CE 650 - Soil Mechanics I
Prerequisite: undergraduate course in soil mechanics; computer literacy. The first in a series of courses dealing with soil mechanics and foundation engineering. Gives the student a better understanding of the basic principles of geomechanics. Includes the nature of soil; soil formation; phase relationships and classification; stress, strain, and strength analysis; flow analysis; and consolidation theory.
3 credits
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CE 651 - Soil Mechanics II
Prerequisite: CE 650 . Second course in the soil mechanics series. Includes consolidation theory, settlement analysis, solid modification, compaction, lateral earth pressure, slope stability, and soil exploration.
3 credits
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CE 652 - Foundation Engineering I
Prerequisite: CE 651 . Deals primarily with shallow foundations. Includes types of foundations, site exploration, shear strength, bearing capacity, limit states, settlement, allowable pressure, and rafts and mats.
3 credits
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CE 653 - Foundation Engineering II
Prerequisite: CE 652 . Deals primarily with deep foundations. Topics include pile foundations, pile types, pile driving, load testing, design of individual piles, group action, drilled pier foundations, construction methods and capacity in sand and clay.
3 credits
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CE 660 - Project Planning
Application of network analogy to project planning and scheduling; resource; time, and financial management. Computer applications will be included.
3 credits
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CE 661 - Air Pollution Fundamentals
An introduction to the sources of air pollution, transport of gaseous and particulate pollutants in the atmosphere on local and global scales, transformations of pollutants by atmospheric processes, impact of airborne pollutants on the environment, control of sources of air pollution, and legislative mandates. Introduction to meteorological concepts and computer transport models. Current issues such as ozone depletion and global warming will also be discussed. (See also CM 621 ).
3 credits
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CE 678 - Computer Applications in Civil Engineering
Prerequisite: Introductory course in computer fundamentals. The design and analysis of software and hardware systems for the solution of civil engineering problems. Includes software engineering, software coding, evaluation of hardware and software.
3 credits
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CE 690 - Research Project
Prerequisites: 18 graduate hours or permission of the department chair and program coordinator. Independent study under the guidance of an advisor in an area of mutual interest, each study terminating in a technical report of academic merit. Research may be in such environmental areas as water resources, stream pollution, solid waste management, and air pollution.
3 credits
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CE 695 - Independent Study I
Prerequisite: permission of program coordinator. Independent study under the guidance of an advisor in an area designated by the program coordinator.
3 credits
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CE 696 - Independent Study II
A continuation of independent study I.
3 credits
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CE 698 - Thesis I
Prerequisites: 15 graduate hours. Periodic meetings and discussions of the individual student's progress in the preparation of a thesis.
3 credits
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CE 699 - Thesis II
A continuation of Thesis I.
3 credits
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Chemistry |
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CH 600 - Introduction to Environmental Chemistry
Prerequisite: one year of undergraduate general chemistry. Designed as a prerequisite for CH 601 for students who have one year undergraduate general chemistry but lack organic chemistry. Review of general and introductory organic chemistry, with examples taken from topics of environmental concern including discussion of pollutants, toxicology, and some environmental analytic methods.
3 credits
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CH 601 - Environmental Chemistry
Prerequisites: one year of undergraduate general chemistry, plus one semester of organic chemistry or CH 600 . Areas of consideration: the sources, reactions, transport, effects, and fates of chemical species in water, soil, and air environments, as well as the influence of human activities on these processes.
3 credits
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CH 602 - Environmental Chemical Analysis
Prerequisite: CH 601 or equivalent. Theory and laboratory training in the applications of instrumental methods in analysis of environmental samples. Topics include sampling techniques; chromatography; ultraviolet-visible, infared, and atomic absorption spectroscopy; mass spectrometry; nuclear magnetic resonance spectrometry; biochemical methods and use of radioisotopes.
3 credits
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CH 605 - Organic Reaction Mechanisms
Prerequisite: one year of undergraduate organic chemistry. This course deals with the structure and mechanisms of organic reactions, including stereochemistry and conformational analysis, acid-base catalysis, substitution, addition, and elimination reactions, as well as concerted reactions.
3 credits
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CH 606 - Modern Organic Synthetic Methods
Prerequisite: CH 605 or equivalent or consent of instructor. A survey and discussion of methods. Some of the topics covered are synthetic strategies, including computer-generated strategies, asymmetric syntheses, oxidation, reduction, stereocontrol and ring formation, protecting groups, nucleophilic and electrophilic species that form carbon-carbon bonds, and some complex molecules.
3 credits
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CH 611 - Special Topics in Advanced Organic Chemistry
Advanced course dealing with topics such as stereochemistry, photochemistry, natural products, and mechanisms of organic reactions.
3 credits
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CH 612 - Molecular Structure Determination
Prerequisites: Evidence of mastery of the concepts of Organic Chemistry and of proficiency in the basic Spectroscopies. UNH prerequisite courses are CH 202 and CH 221. Equivalent UNH prerequisite courses are CH 202 Organic Chemistry and CH 221 Instrumental Methods of Analysis. This course focuses on the use of NMR methods and mass spectral data to elucidate structures of small to medium size organic molecules, with an emphasis on pharmacologically active compounds and synthetic intermediates. Extensive interpretation of NMR data obtained for routine active nuclei in single and multi-dimensional experiments. Methods will include 1H mapping, COSY, NOE, 13C DEPT series, and other modern experiments. Utilization of low- and high-resolutin mass spectral data will accompany explanations of the processes for the selection of a method of acquisition to be used to obtain structure information. Discussion of various sample introduction methods: LC, GC, DIP, maldi, and ionization techniques. The course also includes a review of the supporting spectroscopies and x-ray crystallography to culminate in developing an understanding of chemical structure determination as relevant to molecular structure identification and mixture evaluation.
3 credits
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CH 621 - Chemical Forensic Analysis w/ Lab
Advanced techniques and new developments in the identification of various materials such as pigments, dyestuffs, food additives, pharmaceutical preparations, polymers, synthetic fibers, and inorganic material products.
4 credits
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CH 625 - Chemistry of Fires and Explosions
An examination of the basic organic chemistry and combustion and explosive properties of flammable materials. The chemical principles underlying fires and explosions. Chemical properties of various synthetic materials and the products of their combustion. Fire-retardant materials and chemicals used in fire extinguishment. (See also FS 625 and FOR 625 ).
3 credits
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CH 631 - Advances in Analytic Chemistry
Provides background on the recent advances made in instrumentation and current analytic techniques.
3 credits
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CH 640 - Chemical Separations
Prerequisites: Evidence of mastery of the concepts of chemistry as demonstrated with a BS degree in chemistry or biology. Students should have courses equivalent to UNH courses CH 202 Organic Chemistry and CH 221 Instrumental Methods of Analysis. Biological systems contain many thousands of different organic compounds that are present at very low concentrations. This course deals with current methods of separating, detecting, and quantifying pharmaceuticals and associated metabolites and other "small molecule" organic agents present in complex animal and agricultural samples. Clean-up methods include liquid and solid phase extractions, gel filtration, size-exclusion, ion-exchange, and affinity chromatography. Analytical methods emphasize HPLC, GC with MS and flourescence detection, and detection-oriented derivatization. Comparison and evaluation of different techniques are presented with practical examples.
3 credits
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CH 650 - Medicinal Chemistry I
Prerequisite: one year of undergraduate organic chemistry. Recommended: an advanced undergraduate organic chemistry course. Medicinal chemistry is the investigation, discovery, and development of therapeutic agents. A key concept is the understanding of the relationship between chemical structure and drug activity. This course is interdisciplinary in its approach, with the goals of understanding drug action and designing new drugs. Medicinal chemistry incorporates knowledge of a wide scope of disciplines, such as chemistry, biology, and pharmacology. This course emphasizes the fundamental principles of medicinal chemistry and surveys major classes of drugs.
3 credits
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CH 655 - Pharmacology
Prerequisites: one year of undergraduate organic chemistry and one term of biochemistry. Recommended: an advanced undergraduate organic chemistry course, at least one graduate course in biochemistry (MB 601 , MB 602 , MB 603 ), and a graduate course in cell biology (MB 607 ). Pharmacology is the study of therapeutics, agents administered to acheive a beneficial therapeutic effect on some disease process. This survey course will cover a general overview of pharmacology including principles of pharmacodynamics (mechanism of action of drugs) and pharmacokinetics (the role of drug absorption, distribution, metabolism, and excretion in drug action). The general concepts will be applied to case studies of specific drugs taken from the main classes of therpeutic agents.
3 credits
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CH 665 - Combinatorial Chemistry
Prerequisites: CH 650 and CH 606 . Students are expected to have a strong undergraduate background in organic chemistry. Combinatorial chemistry is a relatively new approach for producing large collections of compounds for analysis. This course will cover the fundamental techniques and ideas for generating diverse libraries of compounds. Students will learn and utilize several computer packages to design, analyze, and evaluate combinatorial libraries. Examples will be drawn principally from drug design since combinatorial chemistry has had a major impact on the development of new pharmacological agents. Students anticipating careers in pharmaceutical or biotechnology industries will find this course of value.
3 credits
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CH 680 - Graduate Seminar I
Prerequisite: Permission of the instructor. Weekly discussions of current topics in medicinal chemistry and presentations of student and faculty research projects.
1 credits
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CH 681 - Graduate Seminar II
Prerequisites: CH 680 and E 659 , and permission of the instructor. Weekly discussions and seminars on current topics in medicinal chemistry will be presented by students and faculty. Students will make a formal presentation of their research.
1 credits
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CH 695 - Independent Study I
A planned program of individual study under the supervision of a member of the faculty.
3 credits
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CH 696 - Independent Study II
A continuation of Independent Study I.
3 credits
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CH 698 - Thesis I
Prerequisite: Completion of 15 credits of graduate work. Periodic meetings and discussion of the individual student's progress in the preparation of a thesis.
3 credits
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CH 699 - Thesis II
A continuation of Thesis I.
3 credits
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Criminal Justice |
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CJ 600 - Computer Crime: Legal Issues and Investigation Procedures
An overview of computer crime and the procedures forensic computing specialists, law enforcement investigators, and prosecutors must invoke to prosecute computer criminals successfully.
3 credits
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CJ 601 - Mental Health, Law, and Criminal Justice
Basic psychological theory and specific applications in the criminal justice system will be explored. Particular emphasis is placed on mental health issues as they affect the criminal justice system.
3 credits
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CJ 602 - Computers, Technology, and National Security Information Management Systems
An introduction to information systems used within our national security system. A framework is provided for understanding the needs, types, capabilities, and applications of management information systems. An overview of existing national security information systems is presented with implications for future needs. Finally, the impact of science and technology upon our national secrurity agencies and how information management systems will prepare us for 21st century challenges will also be analyzed.
3 credits
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CJ 603 - Internet Vulnerabilities and Criminal Activity
This course provides appropriate strategies for the proper documentation, preparation, and presentation of investigations involving the Internet and familiarizes students with legal information which impacts internet investigations.
3 credits
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CJ 604 - Network Security, Data Protection, and Telecommunications
A comprehensive introduction to network security issues, concepts, and technologies. The core technologies of access control, cryptography, digital signatures, authentication, network firewalls, and network security services are reviewed. Issues of security policy and risk management are considered.
3 credits
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CJ 605 - Theories of Criminal Behavior
A survey of theories relating to the scope and nature of the crime problem. Consideration of the problems of deviancy including social norms deviancy, mental disturbances, juvenile crime, and the various possible and actual responses to deviancy. Various approaches to the problem of rehabilitation.
3 credits
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CJ 606 - Domestic and Sexual Violence
An in-depth analysis of the typologies, causes, correlates, dynamics, and effects of domestic and sexual violence and victimization. Includes a review of treatment practices in these areas will be provided.
3 credits
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CJ 607 - Psychological Applications in Criminal Justice
Prerequisite: CJ 601 or permission of instructor. This course will explore psychological theory and research in relation to specific problems in criminal justice. Assumptions underlying behavior analysis in criminal investigation and profiling, eyewitness testimony, jury selection, violence prediction, risk assessment, personnel screening, and children as victims will be examined. Students will be expected to develop an application in a specific area of expertise using class and textual content as a base.
3 credits
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CJ 608 - Law and Evidence
Comprehensive study of the rules of evidence, particularly as applied to physical evidence. Includes judicial notice, presumptions, hearsay rules, confessions, admissions, scientific evidence, and expert testimony. Emphasis of criminal law applications.
3 credits
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