Credits: 3In-depth treatment of the quantitative applications and theory of modern spectroscopy techniques including atomic absorption, emission, and fluorescence; molecular absorption and fluorescence; and X-ray spectroscopy. Prerequisites: CHEM 434.
Credits: 3The application of wave mechanics to simple atomic and molecular systems, properties of wave functions, and approximate methods. Prerequisites: CHEM 703 and MATH 321.
Credits: 3Discussion of the laws and theories of classical and statistical thermodynamics as related to macroscopic chemical systems. Prerequisites: CHEM 344.
Credits: 3The study of metal compounds containing organic moieties and related inorganic compounds. Major emphasis will be focused on transition metal-carbon compounds such as the carbonyls, aromatic hydrocarbons and nonaromatic olefin and acetylene complexes. Homogenous catalysts will be discussed. Prerequisites: CHEM 352.
Credits: 1-2Investigative laboratory experiences for doctoral students in biochemistry, as supervised by faculty members participating in the Biochemistry PhD.
Credits: 3Advanced course covering current topics in human disease mechanisms. Course topics include disorders associated with defects in lipid metabolism, nucleotide metabolism, metal metabolism, and organelle function, as well as signaling mechanisms underlying rare and complex diseases. The course applies fundamental biochemical and cell biological concepts to human disease. Corequisites: Instructor consent.
Credits: 3Study of metabolism of carbohydrates and lipids. Includes aspects on enzyme kinetics and regulation as well as principles and characteristics of ATP-synthesizing complexes. Prerequisites: CHEM 701.
Credits: 3Study of the metabolism of amino acids, proteins, nucleotides and nucleic acids. Includes some aspects of enzymology and the mechanism of intra and intercellular communication. Prerequisites: CHEM 705.
Credits: 3This course will examine topics in atomic theory including wave-particle duality, wavefunctions, atomic spectra, quantum numbers, and the relationship between electronic structure and the periodic table. These topics will provide a foundation to explain molecular bonding. Topics of molecular bonding will include ionic and covalent bonding, electronegativity, polarizability, valence-shell-electron-pair-repulsion (VSEPR), valence-bond theory, and molecular orbitals. Student participation in discussions will lead to enhanced pedagogical skills for the secondary science teacher. Prerequisites: Instructor consent.
CHEM 771 - Intermolecular Interactions & Phases of Matter
Credits: 3This course will examine the impact on a variety of physical properties made by attractive forces between molecules, atoms, and ions. Topics will include explaining the existence and predicting the strengths of intermolecular interactions, predicting physical properties such as viscosity, boiling points, and melting points based on the presence of intermolecular forces, and the impact of intermolecular interactions on phases of matter. Student participation in discussions will lead to enhanced pedagogical skills for the secondary science teacher. Prerequisites: Instructor consent.
Credits: 3This course will focus on the relationship between energy, entropy, and the progress of chemical reactions. Major topics will include the relationship between heat and chemical reactions, calorimetry, reaction enthalpy, standard enthalpy, entropy, and free energy. An emphasis will be made on the mathematical techniques used to calculate these relationships and on how these concepts explain chemical behavior. Student participation in discussions will lead to enhanced pedagogical skills for the secondary science teacher. Prerequisites: Instructor consent.
Credits: 3This course will examine the reversibility of chemical reactions. The concept of dynamic equilibria will be studied and the law of mass action used to quantify the condition of equilibrium. Students will be able to predict the extent and direction of a chemical reaction and quantify species at equilibrium. Le Chatelier’s principle will used to study the impact different factors on the equilibrium status of a chemical reaction. Topics in acid/base chemistry will be used to further explain equilibria processes. Additionally, Bronsted-Lowry and Lewis theories, molecular structure relationships to acid/base behavior, weak acid/ base behavior, the acidic/basic behavior of salts, titration, and buffer solutions will be discussed. Student participation in discussions will lead to enhanced pedagogical skills for the secondary science teacher. Prerequisites: Instructor consent.
Credits: 3This course will focus on three important topics in chemistry: kinetics, nuclear, and electrochemistry. Students will utilize mathematical methods to study the speed of chemical reactions including average and instantaneous rates of reaction, rate laws, the law of initial methods, and integrated rate laws. Additionally, discussion of changes within the nucleus of an atom resulting in the alteration of that atom will occur by identifying fundamental processes of nuclear chemistry. Biological effects related to nuclear reactions will also be discussed both qualitatively and quantitatively. Finally, this course will focus on oxidation/reduction reactions as students manipulate redox reactions by balancing chemical reactions, predicting spontaneity of redox reactions, and explaining the function of voltaic cells. Student participation in discussions will lead to enhanced pedagogical skills for the secondary science teacher. Prerequisites: Instructor consent.
Credits: 3This course will focus on topics in organic and biochemistry that provide a basis for future instruction in these content areas. Topics in organic chemistry will include nomenclature, functional groups, and basic organic reactions and mechanisms. Biochemistry topics will include nomenclature and structures of simple molecules including carbohydrates, proteins, and nucleic acids. Student participation in discussions will lead to enhanced pedagogical skills for the secondary science teacher. Prerequisites: Instructor consent.
Credits: 3This course will focus on the development of laboratory strategies for the secondary chemistry classroom. Students will receive guided instruction in laboratory development techniques from content experts. The outcome of the course will be the development of several new laboratory exercises which will be shared among participants. Prerequisites: Instructor consent.
CHEM 777 - Action Research in the Secondary Classroom
Credits: 2This course will engage science instructors in processes used to assess the efficacy of using specific strategies for teaching in the classroom. The methodology for conducting educational research in the classroom will be the initial focus. One outcome of the course will be the inception of a project that could be implemented by the science instructor to investigate the use of a new teaching strategy in the classroom. Prerequisites: Instructor consent.
Credits: 3This course will focus on pedagogical and curricular strategies and the educational research which supports using these methods. The incorporation of pedagogical methods into science classrooms as modifications for or enhancement of traditional instruction will be the goal for participants. Additionally the development of integrated curricula which use multiple content areas will be discussed. Pedagogical and curricular strategies developed during the course will be peer-evaluated and tested in individual classrooms. Prerequisites: Instructor consent.
Credits: 3A study of biological systems stressing the role of metals ions, primarily the transition metals. Model systems included in the discussion. Prerequisites: CHEM 120 (4 credits), CHEM 352 or instructor consent.
CHEM 788 - Research Problems in the Chemistry Classroom
Credits: 1-2This capstone course will involve the application of the project conceived of during CHEM 616. Students will be expected to design, implement, and assess the outcomes of the project in their classroom. Results from this work will be summarized and defended in an oral exam format. Prerequisites: Instructor consent and CHEM 776.
Credits: 3This course is designed to familiarize helping professionals with psychological aspects of the aging process. Students will gain skills in establishing rapport and interacting in a professional, caring manner with older adults and learn about appropriate resources and techniques to assist older clients.
CHRD 585 - Careers in Counseling and Student Affairs
Credits: 3This course is designed for students who are considering a career in counseling or student affairs. Students will be required to demonstrate an understanding of the various facets of the profession through a variety of individual and small group activities.
CHRD 601 - Introduction to Professional Issues and Ethics
Credits: 1This course provides an introduction and orientation to the counseling profession with a focus on ethics. More specifically, ethical standards of ACA and other related specialty areas will be covered along with the use of ethical decision-making models.
CHRD 602 - Research and Evaluation in Counseling and Human Development
Credits: 3The course explores various research designs and methodologies applicable to the field of counseling. The course will emphasize qualitative and quantitative research, critical evaluation of research reports, the use of internet databases for writing a research paper, a thorough understanding of APA format. Cross-Listed: HDFS 602.
Credits: 3Provides an understanding of the developmental needs of humans across the life span and adolescents and appropriate intervention methods to be used in counseling.
Credits: 3This course takes a practice-based approach to teaching students counseling theory. The course focuses on several major theories, such as Adlerian, Person-Centered, Cognitive-Behavioral, and Family Systems theories. Students are encouraged to understand the utility of theory-based practice. Course work involves applying theory to case studies and developing treatment plans based on the tenets and techniques of the theories studied.
Credits: 1This course serves as an advanced view of the ethical standards of ACA and other related specialty areas. Application of the code and an ethical decision-making model is expected. Prerequisites: Consent.
Credits: 3This course is intended to provide a comprehensive study of the change process as enhanced through Motivational Interviewing. An emphasis will be placed on these concepts as they apply to behavioral changes in various areas including healthy eating, obesity, disordered eating, etc.
Credits: 2The evolution of the field of play therapy is explored. Major theoretical approaches of play therapy explored as well as nature of theory related to techniques, assessment, and treatment. Designed for those who have completed a theory course in their respective degree area.
Credits: 2Play materials and tools are introduced. The counseling relationship, skills, and utilization of play media to facilitate expression, self-understanding and personal growth/development. Observation of and supervised experience in play therapy is a part of this course.
Credits: 1This course focuses on working with and training parents and caregivers to be therapeutic agents in their children’s lives through the utilization of play therapy skills in parent-child structured play sessions.
Credits: 2Students are required to demonstrate proficiency in play therapy principles and practices. Students engage in advanced study of play therapy, including theories, application of skills, parent consultation. Group play therapy will be examined and reviewed.
CHRD 713 - Administration and Management of Mental Health Organizations
Credits: 3Developing and managing a comprehensive counseling program in agencies. Emphasis on the planning process, management, budgeting, organizational structure, supervision, evaluation and consultation.
CHRD 716 - Human Resources Management in Business and Industry
Credits: 3This course will focus on the human factors affecting the workplace. Specific topics to be covered will include employee assistance programs, wellness programs, management training, conflict resolution, and career planning.
Credits: 3A study of the role and function of a K-12 school counselor including individual counseling, small group counseling, classroom guidance, and consultation with parents, teachers, administrators.
CHRD 722 - Administration and Management of School Counseling Programs
Credits: 3Developing and managing a comprehensive counseling program in a school setting. Emphasis on the planning process, management, budgeting, organizational structure, supervision, evaluation and consultation.
Credits: 3Counseling the Family is a course which describes the major systems of family therapy and the resulting impact upon the counseling process. An inter-psychic, systematic framework will be formulated as a supplemental way to view familial problems and promote change.
Credits: 3This course is designed to help students increase their theoretical and practical knowledge, along with skill development in working with couples and families. Treating couples and families from an ecological systems context (i.e. community, social, cultural, economic, etc.) with specific attention on current issues including gender, race, ethnicity, sexuality, family patterns, and economic conditions.
Credits: 2This course is intended to provide a comprehensive study of therapeutic approaches and techniques applicable for use with children and adolescents in a counseling setting. Emphases will be placed on developmental problems, creative interventions, crisis management, exceptional children, and collaboration with the community, family, and school systems.
CHRD 731 - Multicultural Counseling and Human Relations
Credits: 3This course aims to provide an understanding of the cultural context of relationships, issues and trends in a multicultural and diverse society related to such factors as culture, ethnicity, nationality, age, gender, sexual orientation, mental and physical characteristics, education, family values, religious and spiritual values, socioeconomic status and unique characteristics of individuals, couples, families, ethnic groups, and communities.
Credits: 3Assessment methods used in studying individuals. Standardized instruments, self-report inventories, observation, case study techniques and other non-standardized assessment tools are used. Recording, analyzing, compiling and interpreting data for use in counseling setting.
Credits: 3Examination of the career development and counseling process through the life span. Assist those intending to counsel at elementary, secondary, higher education and the community/workplace. Explores strategies and resources for career/life planning. Various interest inventories and personality assessment methods are used.
CHRD 751 - Overview of Rehabilitation and Mental Health Counseling
Credits: 3Provides an orientation to the field of rehabilitation and mental health counseling. Includes historical antecedents, philosophical and traditional connections with the field of rehabilitation counseling, assessment, planning and service delivery methods for those intending to work in rehabilitation focused programs serving persons with psychiatric disabilities.
CHRD 752 - Medical and Psychological Aspects of Disability
Credits: 3Provides instruction in the causes and processes of medical diseases and conditions that result in severe and persistent disability. Basic anatomy, physiology, and central nervous system functions will be reviewed. The course will explore the relationship between physical and psychiatric processes. Individual and family adjustment to disability will be covered. Students will be oriented to current approaches and concepts in prosthetics, assistive technology, medication, and wellness.
CHRD 753 - Case Management Principles and Plan Development
Credits: 3Covers practice and provides methods for managing cases and making caseload management decisions. Principles and practice in areas covered include intake interview; medical, psychological, and vocational evaluation, career and lifestyle alternatives, plan development, transitions, placement, and community integration. The course will also provide instruction in writing professional case reports, proposals, and progress notes. Time and work flow management strategies will be examined.
CHRD 755 - Clinical Diagnosis and Treatment Planning
Credits: 4This course is designed to introduce students to the DSM-IV and to help develop their diagnostic and treatment planning skills. Students will focus on particular disorders and how to effectively treat those disorders in clinical and school settings. Among the disorders and treatment plans that will be covered in class are: depressive disorders, anxiety disorders, substance abuse disorders, schizophrenia, disorders first diagnosed in infancy, childhood and adolescence, as well as personality disorders.
Credits: 3Counseling the addictive client is a course which describes how one can identify and treat addictive behaviors. Emphasis is on preventive and remedial action.
Credits: 3Examines the role, function, and use of intellectual assessment instruments. Emphasis is placed on administration and interpretation of the assessment instruments.
Credits: 3Examines the role, function, and use of personality assessment instruments. Emphasis will be placed on the administration and interpretation of personality assessment instruments.
Credits: 3Processes and procedures used in small group counseling. Students participate in group counseling, facilitate in-class counseling sessions and develop structured units for specific populations. Prerequisites: CHRD 601, CHRD 610, CHRD 661 and EDER 760 or CHRD 602.
CHRD 770 - Student Development: Theory and Practice
Credits: 3This course introduces various theories of college student development and includes attention to developmental issues of special populations, such as minority students, international students, and nontraditional students. Research in several areas of student affairs work is emphasized.
Credits: 3Two basic orientations provide the framework for this course: understanding the transition from theory to practice, and becoming a reflective, ethical practitioner. Students will gain a broad knowledge of student affairs functions as well as good overview of current issues in higher education.
CHRD 772 - Administration and Leadership in Student Affairs
Credits: 3This course provides an overview of administrative and leadership practice in the student affairs profession. The course will emphasize historical foundations of the profession and will utilize these foundations in understanding current practice. Students will gain broad knowledge about the role and function of student affairs functions in a variety of higher education settings. Cross-Listed: AHED 772.
Credits: 3This course provides an introduction to basic therapeutic skills and structures compatible with a wide range of theoretical approaches. Students learn to conduct counseling interviews in order to successfully identify clients’ conflicts, determine clients’ desire for change, explore options and assist client action. This course serves as a foundation of CHRD 786 Counseling Practicum. Prerequisites: CHRD 601, CHRD 610, CHRD 661 and EDER 760 or CHRD 602.
Credits: 3-5This course builds on the basic counseling skills learned in CHRD 785 Pre-Practicum and preferably directly follows that course in students’ course work. In addition to enhancing basic counseling skills, this course is designed to help students integrate theory and practice. As part of their course work, students are asked to develop theory-based conceptualizations of client concerns. The faculty reserve the right to deny admission to CHRD 786 if they have reason to suspect a student might be unable to provide quality counseling services to clients. A minimum of 20 semester credit hours, including, CHRD 601, 602, 610, 661, 766, and 785, with a grade of B or better in 766 and 785. Retakes limited to two retakes. Prerequisites: CHRD 601 and CHRD 602 or CHRD 610, CHRD 661 and EDER 760.
CHRD 788 - Research Problems in Counseling and Guidance
Credits: 1-3A problem is selected, analyzed, and reported in a form approved by the research advisor. Required of all graduate students in counseling qualifying for Master’s degree under Option B. Can be elected under Option C if desired.
Credits: 3Planning and scheduling construction projects. Both manual methods and computer programs will be used to schedule activities, control cost and manage resources. Prerequisites: CM 232 or Instructor permission.
CM 560 - Sustainable Building Systems Concepts and Analysis
Credits: 3The analysis of energy efficient and environmentally responsible building design and construction. Material selection, energy, and climate analysis, and practical applications of new technology will be covered.
Credits: 3The study of the application of legal, contractual, and generally accepted accounting principles to the construction industry. Prerequisites: ACCT 210.
CM 585 - Site Development and Feasibility Analysis
Credits: 3Tools and techniques used to evaluate the cost of new site development; risk assessment and market feasibility analysis for properties to be acquired for economic development. Corequisites: CM 585L.
Credits: 3Principles of computer graphics. A study of the algorithms used to generate raster and vector graphics. Prerequisites: CSC 285, MATH 215 and MATH 125
Credits: 3This course teaches the fundamental concepts of video game programming. Students will explore different development environments, such as: gaming libraries and gaming engines. Students will be exposed to different development programming languages, such as: C, C++ and C#. Students will develop a basic understanding of how to design and implement video games by creating a simple video game as part of the course.
Credits: 3Analysis of current and future computer networks with emphasis on the OSI model. Local and wide area networks. TCP/IP, SNA, token ring, ethernet and other common networks will be covered. Protocol and interfaces within and across networks including the OSI layers, routers, bridges and gateway. Prerequisites: CSC 300 or CSC 601.
Credits: 3An introduction to cryptography and its application to network and operating system security: security threats, applications of cryptography, secret key and public key cryptographic algorithms, hash functions, basic number theory, authentication, and security for electronic mail. Prerequisites: “C” or better in CSC 300.
Credits: 3This course teaches the fundamental and advanced techniques of graduate computer programming using C++. The C++ language is used for this course because it is the standard language used for most graduate courses. In this course, students will learn how to write efficient and reliable code through advanced programming techniques.
Credits: 3Fundamental concepts. Physical data organization. Data models. Data Manipulation languages. Data base design. Application of data base concepts in design and development of data base systems and applications. Design of current commercial as well as research oriented data base systems. Techniques of using data base systems for application security and integrity. Performance evaluation. Prerequisites: CSC 484.
CSC 705 - Design and Analysis of Computer Algorithms (COM)
Credits: 3Design and analysis of algorithms to determine their time and space requirements. The study of efficient algorithms for various computational problems. Analysis of specific algorithms for internal sorting, hashing, and string search. Sorting manipulation of data structures, graphs, matrix multiplication, the Fast Fourier Transform, arithmetical operations and pattern matching. Study and implication of advanced topics on lists, stacks, trees, sets and dynamic allocation. Prerequisites: CSC 300.
CSC 710 - Structure and Design of Programming Languages
Credits: 3Evolution of concepts in programming languages. Data and control abstraction. Run-time effects of binding, scope and extent; structure of ALGOL-like and interpretive languages. Data types, problem areas and implementation models. Control structures, exception handling, concurrency. Functional programming. Examples from representative languages. Prerequisites: CSC 300.
Credits: 3Formal models of computation. Recursive function theory, computable functions, decidable and enumerable sets, unsolvable programs, correctness of programs, undecidability and incompleteness and complexity of computation. Prerequisites: CSC 445.
Credits: 3Computer appreciation course providing technical background for understanding and raising issues treated in other courses. Structure and operation of computer systems. Hardware technology and software development. Tools and methods for developing computer applications. Structure and components of Management Information Systems. Using the computer to support operations of management in planning and control and decision making. MIS development, organization, management and evaluation. Acquiring computer resources. The computer industry and profession. Prerequisites: CSC 325.
Credits: 3A survey of topics related to the architecture of highly parallel machines, programming and algorithms. Pipelined computers, associative machines, array processors. Interconnection networks. Parallel algorithms. Prerequisites: CSC 705.
Credits: 3Management issues arise in the development of software systems. The topics include planning documentation for requirements, design, implementation and testing, cost projection and modeling, documentation standards, code control, tracking of defects management psychology, group interaction and communication, and the management of reviews and walkthroughs. Prerequisites: CSC 470 or instructor consent.