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Chemistry |
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CHEM 5344 - Physical Chemistry of Proteins
Credits: 3
Graduate-level course on the fundamental aspects of techniques used to interrogate the thermodynamics and kinetics of protein conformational changes, with emphasis on atomic resolution structural techniques. Prerequisites: CHEM 5383 and CHEM 5384 , knowledge of basic biochemistry, and instructor approval.
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CHEM 5383 - Physical Chemistry I
Credits: 3
Gas laws; kinetic molecular theory; introduction to thermodynamics, with applications to phase transitions and chemical equilibrium; chemical kinetics. Prerequisites: CHEM 1114 and CHEM 1304, PHYS 1105 and PHYS 1304 or PHYS 1308, and MATH 1337, or permission of instructor.
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CHEM 5384 - Physical Chemistry II
Credits: 3
Elements of quantum mechanics and its description of many-electron atoms, bonding, and spectroscopy; intermolecular forces; structure of solids; and transport properties of fluids. Prerequisite: CHEM 5383 .
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CHEM 5392 - Advanced Inorganic Chemistry
Credits: 3
Survey of the bonding, structure, and reactivity of inorganic compounds. Also, coordination, organometallic, and main group element chemistry. Includes 3 hours of lecture each week. Recommended: CHEM 5384 .
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CHEM 5393 - Advanced Organic Chemistry
Credits: 3
Includes 3 hours of lecture each week. Prerequisite: CHEM 3372.
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CHEM 5396 - Advanced Physical Chemistry
Credits: 3
Includes 3 hours of lecture each week. Prerequisite: Permission of instructor.
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CHEM 5398 - Medicinal Chemistry
Credits: 3
Highlights the close relationships of organic chemistry and biochemistry with the field of medicine. Relies on the departmental computational laboratory to permit three-dimensional visualization of molecular interactions. Includes 3 hours of lecture each week. Prerequisites: CHEM 3371, CHEM 3372.
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CHEM 5486 - Instrumental Analysis
Credits: 4
The theory, operation, and application of instrumentation used in the modern chemical laboratory. Includes 2 hours of lecture and two 3-hour laboratory periods each week. Prerequisite: CHEM 3351 or permission of instructor.
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CHEM 6000 - Research
Credits: 0
For students who hold fellowships but who are not enrolled in any credit hour courses. No tuition.
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CHEM 6049 - Graduate Full-Time Status
Credits: 0
Allows graduate students who have finished the required number of hours for the M.S. or Ph.D. degree to have access to library and computer facilities on campus. The student is expected to be writing his/her research dissertation.
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CHEM 6110 - Chemical Communications: Literature, Writing, and Presentations
Credits: 1
Fundamentals of literature searching, scientific writing, oral and poster presentations, and research notebooks.
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CHEM 6111 - Practical Laboratory Methods
Credits: 1
Describes the theory behind and practice of laboratory techniques necessary to perform advanced synthetic chemical research.
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CHEM 6112 - Advanced Stereochemistry
Credits: 1
Advanced study in molecular geometry and relationships in space between atoms and groups in a molecule.
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CHEM 6113 - Practical Aspects of Spectroscopy
Credits: 1
Basic theory and practical applications of spectroscopy for chemists.
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CHEM 6114 - Chemical Kinetics
Credits: 1
Kinetics of gas-phase, surface, condensed-phase, polymer, photochemical, and enzyme reactions.
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CHEM 6115 - Theory of the Chemical Bonds
Credits: 1
Covers different descriptions of covalent bonding, including the ability to predict bonding structures in molecules and methods to test these predictions.
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CHEM 6116 - Introduction to Bioorganic and Medicinal Chemistry
Credits: 1
Protein structures, enzymes and receptors as drug targets, enzyme inhibitors, design of agonists, and design of antagonists.
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CHEM 6117 - Chemical Periodicity: Reactivity and Structural Trends in Inorganic and Organometallic Compounds
Credits: 1
Explores periodic or recurring trends of the chemical elements in terms of their properties and chemical behavior.
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CHEM 6118 - Overview of Materials Chemistry
Credits: 1
Surveys the synthesis, characterization, and applications of ceramics and glasses, polymers, metals, nanomaterials, semiconductors and conductors, and biomaterials.
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CHEM 6119 - Synthetic Strategies
Credits: 1
Formation of the carbon skeleton, organometallic reagents and coupling reactions, protecting groups and chemical compatibility, and convergent synthesis.
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CHEM 6120 - Current Topics in Research
Credits: 1
Review of current research as presented by visiting lecturers.
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CHEM 6121 - Current Topics in Research
Credits: 1
Review of current research as presented by visiting lecturers.
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CHEM 6125 - Symmetry and Group Theory in Chemistry
Credits: 1
Discusses symmetry: from how it is found in the macroscopic world to the specific application of symmetry and group theory in the microscopic world, including its fundamental role in the description of molecules via spectroscopic measurements and in quantum chemical calculations.
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CHEM 6130 - Mechanisms in Organic, Organometallic, and Bioorganic Chemistry
Credits: 1
Fundamental mechanistic concepts in bioorganic, materials, medicinal, organic, and organometallic chemistry; emphasizes mechanistic similarities of seemingly different types of reactions. Prerequisite: Passing grade on entrance exam covering CHEM 3371 and 3372 or equivalent.
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CHEM 6220 - Modern Aspects of Chemistry
Credits: 2
Overview of current important topics in chemistry and the relationship to research programs in the department. Prerequisite: Official admission to graduate program.
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CHEM 6225 - Chemical Communications in Computational Chemistry
Credits: 2
Research in computational and theoretical chemistry including SciFinder searches, literature studies, professional data management, visualization of data, writing manuscripts using LaTex, the design of computational chemistry posters and talks, and the preparation of professional resumes. Research ethics will be discussed.
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CHEM 6308 - Special Topics
Credits: 3
Presentation of advanced special topics in chemistry that are at the forefront of current chemical interest. Content varies from term to term.
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CHEM 6312 - Theory of Organic Chemistry
Credits: 3
Advanced topics in organic chemistry, with a focus on physical organic concepts, mechanisms, and modern synthetic methodologies. Prerequisites: CHEM 3371, 3372.
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CHEM 6313 - Modern Physical Organic Chemistry
Credits: 3
Covers advanced topics in organic chemistry including molecular orbital theory, organometallic mechanisms, and photochemistry. Emphasis is placed on using mechanistic understanding to predict chemical reactivity. (*updated* 12/12/2017; effective Spring 2018)
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CHEM 6325 - Introduction to Ab Initio Calculations: Hartree-Fock Theory
Credits: 3
Quantum chemical investigations of the ab initio type normally start with a Hartree-Fock calculation. Students interested in quantum or computational chemistry have to acquire basic knowledge in Hartree-Fock theory before starting with the more advanced electron correlation theories. This course provides an introduction into Hartree-Fock theory.
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CHEM 6326 - Density Functional Theory - Methodology and Application
Credits: 3
Comprehensive overview of modern Density Functional Theory, including its advantages and pitfalls, combined with in-depth training about how to apply DFT calculations to pending chemical/biochemical problems. Prerequisite: CHEM 6343 or equivalent, or permission of the instructor.
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CHEM 6331 - Theory of Analytical Chemistry
Credits: 3
The theory, operations, and applications of instrumentation used in the modern chemical laboratory. Includes 2 hours of lecture and 4 hours of laboratory per week.
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CHEM 6333 - Fundamental Aspects and Applications of Polymerization Techniques
Credits: 3
Provides detailed information about the fundamental aspects (kinetics, mechanism) and application of all important polymerization techniques used to prepare well-defined macromolecules, with special emphasis on controlled/living polymerizations.
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CHEM 6341 - Advanced Models and Concepts in Chemistry
Credits: 3
Advanced models and concepts will be presented to understand the structure, stability, and reactivity of molecules in organic, inorganic, and polymer chemistry.
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CHEM 6342 - Nanotechnology: Fundamentals and Applications
Credits: 3
Covers the fundamentals of nanotechnology, which is an interdisciplinary field that includes - among other nanosciences - nanoengineering and nanomedicine. Presents the applications of nanotechnology in a variety of disciplines.
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CHEM 6343 - Advanced Computational Chemistry
Credits: 3
Provides in-depth training on how to use the computer as an efficient tool to solve chemical problems. Uses major quantum chemical packages. Designed as an interdisciplinary course for all graduate students from chemistry, biochemistry, medicinal chemistry, biology, and engineering who want a thorough overview of methods and techniques applied in computational chemistry. Prerequisite: Permission of instructor.
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CHEM 6344 - Computer-Assisted Drug Design: Fundamentals and Applications
Credits: 3
Covers the fundamentals of CADD, recent and important developments in CADD methodologies, and their applications, including drug discovery, virtual screening, de novo design, and neutral networks.
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CHEM 6345 - Going Beyond Hartree-Fock: Electron Correlation Methods
Credits: 3
The broad spectrum of current high-level electron correlation methods will be discussed and applied to challenging problems using a variety of quantum chemical packages installed on SMU’s high performance computers. Prerequisites: CHEM 6343 and CHEM 6325 or equivalent, or permission of the instructor.
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CHEM 6346 - Calculation of Molecular Properties
Credits: 3
Provides the expert knowledge necessary to choose the best method available for the calculation of a certain molecular property. Prerequisite: CHEM 6343 or equivalent, or permission of the instructor.
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CHEM 6348 - Statistical Molecular Thermodynamics
Credits: 3
Introduces fundamental theories and applications of statistical mechanics and thermodynamics at the molecular level, needed to perform cutting-edge research in modern Theoretical and Computational Chemistry and Biology. Prerequisite: CHEM 5384 or permission from the instructor.
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CHEM 6351 - Methods and Techniques of Research
Credits: 3
The student is introduced to experimental methods that are sufficiently advanced that they can be employed at the research level in a variety of chemical fields. In learning these methods the students will be required to master the operation of sophisticated equipment. This equipment is associated with refined experimental techniques that include infrared spectroscopy, nuclear magnetic resonance, and atomic spectroscopy.
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CHEM 6352 - Methods and Techniques of Research
Credits: 3
The student is introduced to experimental methods that are sufficiently advanced that they can be employed at the research level in a variety of chemical fields. In learning these methods the students will be required to master the operation of sophisticated equipment. This equipment is associated with refined experimental techniques that include infrared spectroscopy, nuclear magnetic resonance, and atomic spectroscopy.
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CHEM 6397 - Biotransformation and Biocatalysis
Credits: 3
Covers the history, application, and current trends of biotransformations and biocatalysis, with a focus on how biocatalysts are developed and used in pharmaceutical research.
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CHEM 6398 - Thesis
Credits: 3
The student is introduced to experimental methods that are sufficiently advanced that they can be employed at the research level in a variety of chemical fields. In learning these methods the students will be required to master the operation of sophisticated equipment. This equipment is associated with refined experimental techniques that include infrared spectroscopy, nuclear magnetic resonance, and atomic spectroscopy.
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CHEM 6399 - Thesis
Credits: 3
The student is introduced to experimental methods that are sufficiently advanced that they can be employed at the research level in a variety of chemical fields. In learning these methods the students will be required to master the operation of sophisticated equipment. This equipment is associated with refined experimental techniques that include infrared spectroscopy, nuclear magnetic resonance, and atomic spectroscopy.
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CHEM 7101 - Independent Study
Credits: 1
Readings in the chemical literature on current research topics related to the student’s area of research.
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CHEM 7108 - Special Topics
Credits: 1
Presentation of contemporary topics in chemistry. Content varies from term to term.
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CHEM 7111 - Teaching Practicum I
Credits: 1
The student will develop communication skills and will gain experience in laboratory and classroom teaching as well as one-on-one instruction.
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CHEM 7112 - Teaching Practicum II
Credits: 1
The student develops communication skills and gains experience in laboratory and classroom teaching as well as one-on-one instruction. Prerequisite: CHEM 7111 .
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CHEM 7121 - Departmental Presentation
Credits: 1
The student will present a departmental seminar (50 to 60 minutes) on a topic, generally in bioorganic or material chemistry, that is not related to his/her research.
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CHEM 7122 - Professional Meeting Oral Presentation
Credits: 1
The student develops communication and presentation skills to include giving an oral presentation on his/her research project at an appropriate professional meeting. Prerequisites: CHEM 6110 , CHEM 7121 .
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CHEM 7151 - Research
Credits: 1
Laboratory research.
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CHEM 7201 - Advanced Independent Study
Credits: 2
Readings in the chemical literature on current research topics related to the student’s research.
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CHEM 7208 - Special Topics
Credits: 2
Presentation of contemporary topics in chemistry. Content varies from term to term.
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CHEM 7233 - Research Synopsis and Objectives
Credits: 2
Students present research results and outline a plan for the dissertation research with a clear understanding of prior work and literature precedence for the proposed work. Prerequisites: CHEM 6110 ,CHEM 6111 , CHEM 6112 , CHEM 6113 , CHEM 6114 , CHEM 6115 , CHEM 6116 , CHEM 6117 , CHEM 6118 , CHEM 6119 , and CHEM 7121 or higher.
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CHEM 7251 - Research
Credits: 2
Laboratory research.
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CHEM 7301 - Advanced Independent Study
Credits: 3
Readings in the chemical literature on current research topics related to the student’s research.
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CHEM 7308 - Special Topics
Credits: 3
Presentation of contemporary topics on chemistry. Content varies from term to term.
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CHEM 7334 - Proposal Methodology
Credits: 3
The student conceives and fully develops an original research idea and writes a proposal on this work. The proposal topic must be unrelated to the student’s dissertation research topic. The proposal is presented to and defended before a committee of faculty. The student is judged on the novelty of the idea and the development of a sound and feasible method. Prerequisites: CHEM 6110 , CHEM 6112 , CHEM 6113 , CHEM 6114 , CHEM 6115 , CHEM 6116 , CHEM 6117 , CHEM 6118 , CHEM 6119 , CHEM 7121 , CHEM 7233 .
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CHEM 7351 - Research
Credits: 3
Laboratory research.
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CHEM 8049 - Graduate Full-Time Status
Credits: 0
Graduate full-time status at the Ph.D. level.
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CHEM 8698 - Dissertation
Credits: 6
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CHEM 8699 - Dissertation
Credits: 6
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Clarinet |
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CLAR 6100 - Private Study: Clarinet
Credits: 1
One half-hour lesson each week (14 per term) with a jury examination at the conclusion of each term. These repeatable course numbers are offered each fall, spring, and summer. Students are required to accept internships in performance or private teaching, subject to availability and/or scheduling conflicts with other SMU courses. Internships may begin prior to the beginning of the term.
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CLAR 6200 - Private Study: Clarinet
Credits: 2
One 1-hour lesson each week (14 per term) with a jury examination at the conclusion of each term. These repeatable course numbers are offered each fall and spring. Majors are required to enroll in private studies each term until degree requirements are completed. Students are required to accept internships in performance or private teaching, subject to availability and/or scheduling conflicts with other SMU courses. Internships may begin prior to the beginning of the term.
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Church Music |
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CM 8012 - Seminary Singers
Credits: 0
The Seminary Singers is an organization devoted to the performance of choral music in chapel, at University functions, in churches, and on tour. Students may enroll for no credit, but those registered for credit must take two terms in the same academic year, and be present for all public appearances. Students may take the course in addition to 12 term hours of regular coursework.
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CM 8013 - Seminary Singers
Credits: 1.5
The Seminary Singers is an organization devoted to the performance of choral music in chapel, at University functions, in churches, and on tour. Students may enroll for no credit, but those registered for credit must take two terms in the same academic year, and be present for all public appearances. Students may take the course in addition to 12 term hours of regular coursework. Credited at the end of the spring term.
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CM 8021 - Supervised Practicum
Credits: 0
First of a four-course sequence required of all M.S.M. students. The practicum provides professional field supervision in music and ministry during the first 2 years of study, and requires completing a church music project and other agreed-upon activities during the last spring term. Includes a final evaluation with supervisors and the M.S.M. director and Practicum Committee.
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CM 8022 - Supervised Practicum
Credits: 0
Second of a four-course sequence required of all M.S.M. students. The practicum provides professional field supervision in music and ministry during the first 2 years of study, and requires completing a church music project and other agreed-upon activities during the last spring term. Includes a final evaluation with supervisors and the M.S.M. director and Practicum Committee.
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CM 8023 - Supervised Practicum
Credits: 0
Third of a four-course sequence required of all M.S.M. students. The practicum provides professional field supervision in music and ministry during the first 2 years of study, and requires completing a church music project and other agreed-upon activities during the last spring term. Includes a final evaluation with supervisors and the M.S.M. director and Practicum Committee.
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CM 8025 - Supervised Practicum
Credits: 0
Fourth of a four-course sequence required of all M.S.M. students. The practicum provides professional field supervision in music and ministry during the first 2 years of study, and requires completing a church music project and other agreed-upon activities during the last spring term. Includes a final evaluation with supervisors and the M.S.M. director and Practicum Committee.
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CM 8106 - Handbells and Worship
Credits: 1
A comprehensive study of the techniques of English handbell ringing and the pedagogy of handbell choir directing. Includes the use of handbells and handbell repertoire in a liturgical setting. M.Div. students by permission.
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CM 8107 - Youth Choir and the Church
Credits: 1
A comprehensive study of the philosophy and techniques for working with church youth choirs, including recruiting, touring, and building effective groups. Also, vocal development and literature, and work with changing voices. M.Div. students by permission.
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CM 8108 - Cantoring in Worship
Credits: 1
A course on leading congregational singing in a variety of styles, including psalmody, African-American song, Taizé prayer, and global music. Includes issues of basic vocal pedagogy.
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CM 8120 - Supervised Practicum
Credits: 1
Required of all M.S.M. students. Activities in the course occupy both years of study. During the first spring term of study, one class session a week focuses on issues of pastoral care and problems in human relationships met in church music work. Professional field supervision in music and ministry is given during all terms. A special church music project and other agreed-upon activities take place the last spring term of study. A final evaluation is held with supervisors, the M.S.M. director, and the practicum committee.
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CM 8121 - Practicum in Worship Arts
Credits: 1
The design and implementation of a worship arts experience in the student’s church, in the community, or at Perkins Chapel, drawing upon local resources. Required for the M.S.M. with a concentration in worship arts. Prerequisite: CM 8321 , CM 8322 , or CM 8323 .
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CM 8124 - Music Ministry with Children
Credits: 1
Designed for musicians and educators interested in developing a church music-education program for children ages 3-12. Includes vocal development and literature, children’s choir curricula, music reading skills, children in worship, and music in the church school. Music reading skills are helpful but not necessary. M.Div. students by permission.
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CM 8140 - Practicum in Keyboards
Credits: 1
The student plans, coordinates, and presents worship in Perkins Chapel during community worship or another appropriate worship setting, applying keyboard and improvisational in liturgy. Prerequisite or corequisite: WO 6313 .
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CM 8201 - Instruction in Conducting
Credits: 2
Specialized instruction in choral conducting for M.S.M. students who have not been admitted to the choral conducting concentration.
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CM 8202 - Instruction in Conducting
Credits: 2
A three-term sequence of specialized instruction in church music conducting required for M.S.M. students with a performance concentration in choral conducting. The course includes specialized class and private instruction and a repertoire lab.
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CM 8240 - Keyboards in Ensemble
Credits: 2
Students form ensembles of four-five musicians and lead, plan, coordinate, and present worship in Perkins Chapel or another appropriate worship setting, applying keyboard and improvisational in liturgy. Prerequisite: CM 8140 . Prerequisite or corequisite: WO 6313 .
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CM 8300 - Thesis in Sacred Music
Credits: 3
A summative research paper on an aspect of sacred music approved by the thesis adviser. Available to all M.S.M. students. Required for the M.S.M. with a concentration in liturgical musicology. Usually taken in the student’s final term. Prerequisites or corequisites: CM 8330 , CM 8331 , CM 8332 .
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CM 8321 - Seminar in Worship Arts I
Credits: 3
An introduction to arts in worship, focusing on ritual studies and developing a basic vocabulary in one of the following disciplines: art history, theatre, dance, or the area of arts management. Prerequisite: WO 6313 recommended.
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CM 8322 - Seminar in Worship Arts II
Credits: 3
An introduction to arts in worship, focusing on theological aesthetics and developing a basic vocabulary in one of the following disciplines: art history, theater, dance, or the area of arts management. Prerequisite: WO 6313 recommended.
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CM 8323 - Seminar in Worship Arts III
Credits: 3
An introduction to arts in worship, focusing on liturgical theology and developing a basic vocabulary in one of the following disciplines: art history, theater, dance, or the area of arts management. Prerequisite: WO 6313 recommended.
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CM 8330 - Congregational Song History and Theology (Hymnology)
Credits: 3
A survey of the history, theology, and practice of congregational song (e.g., hymns of the classical Western tradition, recent developments in Western congregational practice, and songs of the world church). Special attention is given to analyzing current hymnals, understanding the theology of song texts, performing the various styles of music employed in Christian hymnody, and selecting congregational songs for worship and the seasons of the Christian year.
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CM 8331 - Introduction to Church Music: Graduate Studies
Credits: 3
A survey of theological and philosophical assumptions undergirding church music. This course examines primary historical hymnal writings, philosophical and theological writings, and theoretical treatises on the theology and practice of church music. Selected congregational songs and choral works are analyzed in light of their theological and musical assumptions.
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CM 8332 - Music Genres of Western Christianity
Credits: 3
A study of the history and development of musical genres used throughout church music history. Genres include Western chant, early polyphony, Mass, requiem Mass, Lutheran church cantata, passion, oratorio, Anglican anthem and service, and motet. The course connects the historical narrative of the church - from its early days to the present - with the major genres of church music.
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CM 8348 - Theological Perspectives in Music
Credits: 3
An examination of a musical repertory or issue contextualized in the theological worldview that informs it. Students probe issues such as the relation of music to text, the influence of theology on music theory, aesthetics, intersections between style and theology, and the implications of historical context for the contemporary experience of music. Prerequisites: HX 6305 , XS 6310 , MUHI 6335 , and NT 6301 /OT 6301 .
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CM 8349 - The Hymn: Word and Music
Credits: 3
A study of the role of music in worship from historical, theological, and cultural perspectives, focusing primarily on congregational song. Students attend a variety of worship experiences and analyze the various ritual contexts. Does not require reading music or a knowledge of music. Recommended: WO 6313 .
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CM 9373 - Issues in Liturgical Theology and Practice
Credits: 3
A critical examination of the complex juxtaposition of Christian ritual practices and theology, with attention paid to specific historical and contemporary praxis within cultures and discussion of pathways to reform. (*updated* 12/12/2017; effective January 2018)
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CM 9394 - Thesis Seminar
Credits: 3
Equips students with tools to complete their thesis and/or a portfolio based on competed course work that demonstrates growth in the goals of the program. (*updated* 12/12/2017; effective January 2018)
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Computer Science and Engineering |
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CSE 7049 - Master’s Full-Time Status
Credits: 0
Full-time status for students in the master’s program.
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CSE 7096 - Master’s Thesis
Credits: 0
Students may need to register in several master’s thesis courses to obtain the desired number of credit hours, with a limit of no more than 6 credit hours in a single term and no more than 4 credit hours in the summer terms.
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CSE 7101 - Foundations of Computer Architecture
Credits: 1
Provides a foundation in computer architecture for students interested in taking graduate level courses in computer science. Topics include the von Neumann architecture, digital logic design, processors, primary and secondary storage, instructions, pipelining, cache, and the memory hierarchy. The course is intended as articulation for the M.S. degree in computer science.
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CSE 7102 - Foundations of Programming Languages
Credits: 1
Provides a foundation in programming languages for students interested in taking graduate level courses in computer science. Topics include interpreted vs. compiled languages, object-oriented vs. functional programming, static vs. dynamic typing, regular expressions, context free grammars, and the role of the stack and heap in programming language implementations. The course is intended as articulation for the M.S. degree in computer science.
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CSE 7103 - Foundations of Data Structures and Algorithms
Credits: 1
Provides a foundation in data structures and algorithms for students interested in taking graduate level courses in computer science. Topics include hashing, linked-lists, sorting and searching, dynamic arrays, and big-O analysis. The course is intended as articulation for the M.S. degree in computer science.
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CSE 7104 - Foundations of Database Management Systems
Credits: 1
Provides a foundation in database management for students interested in taking graduate level courses in computer science. Topics include the entity-relationship model, working with primary and secondary keys, relational database normalization, and the Structured Query Language (SQL). The course is intended as articulation for the M.S. degree in computer science.
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CSE 7105 - Foundations of Operating Systems
Credits: 1
Provides a foundation in operating systems and concurrency for students interested in taking graduate level courses in computer science. Topics include memory management, paging, processes and threads, locks, deadlock, and concurrency. The course is intended as articulation for the M.S. degree in computer science.
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CSE 7106 - Foundations of Networks and Distributed Systems
Credits: 1
Provides a foundation in operating systems and concurrency for students interested in taking graduate level courses in computer science. Topics include network protocols, the OSI and TCP/IP reference models, the architecture of the Web, and network security. The course is intended as articulation for the M.S. degree in computer science.
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