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CHEM 4234 INSTRUMENTAL ANALYSIS Theory and practice in the use of instrumental methods utilized in chemical analysis. Prerequisites: CHEM 3124 or departmental approval. SO CHEM 4313 ADVANCED ORGANIC SYNTHESIS This course is a study of advanced synthetic methodologies. Specifically, the application of modern organic reactions, associated mechanistic principles, and their application toward the design, execution, and evaluation towards the synthesis of complex molecules. Prerequisites: CHEM 4113 or CHEM 4115, or permission of instructor. D CHEM 4353 MATERIALS CHEMISTRY An introduction to the fundamental chemistry of materials. Includes study of the classification, structure, bonding, synthesis, analysis, processing, development, and utilization of metals, glass-ceramics, polymers, composites, and nanomaterials. Prerequisites: CHEM 4113 or CHEM 4115, or permission of instructor. D CHEM 4254 INDUSTRIAL CHEMISTRY AND ENVIRONMENTAL REGULATIONS Critical examination of chemical innovation and emerging technologies in chemical production, use, and disposal for the protection of worker safety, public health, and the environment, including pollution prevention and remediation strategies, emissions monitoring and regulatory compliance, waste treatment, and resource conservation and recovery. Prerequisites: CHEM 4113 or CHEM 4115 or CHEM 2114. SE CHEM 4455 PHYSICAL CHEMISTRY II A continuation of CHEM 3343. Topics include quantum mechanics and its role in chemistry and the theoretical and experimental aspects of atomic and molecular structure, chemical bonding, spectroscopy, and photochemistry. Includes 3 hours of lecture and 6 hours of laboratory instruction. Corequisite: CHEM 4455L. Prerequisite: CHEM 3124 and CHEM 3343 with a “C” or better and concurrent or prior enrollment in MATH 3834. SO CHEM 4554 ADVANCED ORGANIC SPECTROSCOPY In-depth study of instrumental techniques including nuclear magnetic resonance, infrared, ultraviolet/visible, and mass spectroscopy to identify or verify organic molecules of moderately complex structure. Efficient interpretation of structure is emphasized by establishing features such as overall carbon framework, presence and location of functional groups, regiochemistry of substituents, and stereochemistry of chiral centers. Prerequisites: CHEM 4115 and CHEM 4234 or departmental permission. D CHEM 4673 ADVANCED METABOLISM Study of metabolic reactions and biochemical processes of living organisms. An understanding of enzymes, utilization or energy, synthesis of compounds, interrelationships among various metabolic pathways, hormone function, and metabolic regulation is developed. Prerequisite: CHEM 4124. S CHEM 4900 SEMINAR ATTENDANCE A non-credit course required each semester for all chemistry majors. The course provides seminars, workshops and presentations by visiting and in- house faculty and staff, graduate school and industry contacts, and student presenters. F, S CHEM 4901 SENIOR SEMINAR IN CHEMISTRY II (CAPSTONE) Each student will be required to select, conduct a literature search, write a review paper, and present a seminar on a current chemistry topic of interest. Prerequisite: CHEM 3901. S
Engineering Physics ENGR 2022 INTRODUCTION TO ENGINEERING PHYSICS A survey of the fields of engineering, engineering ethics, essential skills including communication and spreadsheets, and the basic physics that forms the core of engineering including kinetics, dynamics, statics, heat, materials, and energy. F ENGR 2203 STATICS Study of statics, force systems, equilibrium, structures, distributed forces, friction, kinematics. Prerequisites: PHY 2145 and concurrent enrollment in MATH 2834. F ENGR 2213 STRENGTH OF MATERIALS Study of mechanical properties of stressed materials; elastic and plastic deformations of beams, columns, and shafts; axial, transverse and torsion loadings; and temperature effects on materials. Prerequisites: PHY 2145 An introductory, interdisciplinary course about the fundamental properties of solid materials. Topics include: atomic and crystalline structure, diffusivity, imperfections, mechanical testing, deformation, hardening techniques; electrical magnetic, optical, thermal, corrosive and wear properties. Materials discussed include ferrous and nonferrous alloys, ceramics, polymers, and composites. Prerequisites: PHY 1054, PHY 1064, PHY 2155, and CHEM 1203, or consent of the instructor. D ENGR 3112 ENGINEERING AND EXPERIMENTAL TECHNIQUES Study of the techniques and devices used in experimental physics including lasers, vacuum systems, temperature measurements, photographic emulsions, spectrometers and particle detectors; procedures of data analysis. Prerequisites: PHY 2155 and MATH 2834. FO ENGR 3311 MODERN PHYSICS LABORATORY The topics of spatial relativity, atomic and molecular physics, solid state physics, statistical physics, and nuclear physics are introduced along with engineering applications. Prerequisite: PHY 2155. Corequisite: MATH 3834. S ENGR 3403 MODERN PHYSICS FOR ENGINEERS The topics of spatial relativity, atomic and molecular physics, solid state physics, statistical physics, and nuclear physics are introduced along with engineering applications. Prerequisite: PHY 2155. Corequisite: MATH 3834. S ENGR 3414 ANALOG ELECTRONICS or PHY 2203 or consent of instructor. S ENGR 3013 MATERIALS SCIENCE Lecture and laboratory study of basic network and semiconductor theory; Kirchhoff, Thevenin, and Norton Theorems, characteristics of solid-state components and their application in power supplies, amplifiers, oscillators, and operational amplifier. Prerequisites: PHY 2155 and MATH 3834 or instructor approval. Corequisite: ENGR 3414L. D ENGR 3424 OPTICS Lecture and laboratory study of geometrical and physical optics, including lenses, mirrors, interference, polarization, diffraction, dispersion and quantum optics. Prerequisites: PHY 2155 and MATH 3834. Corequisite: 3424L. S ENGR 3501 ENGINEERING SEMINAR Course for students to gain experience in reporting a scientific and technical topic to peers; an oral and a written report on a subject of current interest in physics is required. Prerequisite: 18 hours of physics or consent of instructor. SO
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