CoursesâA through G and course numbers and symbols key

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ChEn 4214. Polymers. (3 cr. Prereq–Grade of at leastC in MatS 3011 or #)Polymer structure-property relations: structure/morphology of crystalline/amorphous states.Crystallization kinetics. Vitrification and the glasstransition. Mechanical properties, failure,permeability, optical/electrical properties, polymercomposites, effect of processing on properties.ChEn 4401W. Chemical Engineering Lab I. (3 cr;A-F only. Prereq–4003, [4004 or 4004], 4101, [upper divChEn major or ∆])Principles/techniques of efficient design, structure,measurement, planning, analysis, and presentation ofexperiments and experimental results. Problems inenergy balances, fluid flow, heat transfer, and masstransfer. Design of new systems using experimentaldata obtained in lab. Oral/written presentations.ChEn 4402W. Chemical Engineering Lab II. (2 cr.Prereq–4003, 4004, 4101, 4401W, [upper div ChEn majoror ∆])Principles/techniques of efficient design, structure,measurement, planning, analysis, and presentation ofexperiments and experimental results. Experimentalproblems in energy balances, fluid flow, heattransfer, and mass transfer. Design of new systemsusing data obtained in lab. Oral/written presentations.ChEn 4501W. Chemical Engineering Process Design.(3 cr. Prereq–4003, [4004 or 4004], 4102, [upper divChEn major or ∆])Engineering economics of process evaluation,including time/bases for cost estimation. Engineeringdesign through group projects. Case studies.ChEn 4502W. Chemical Engineering Process DesignII. (2 cr; A-F only. Prereq–4004, 4501, [upper div ChEnmajor or ∆])Continue review (from 4501) of unit processes/operations, introducing detail for design, costanalysis, control, operability, modifications, andalternatives. Case studies, special topics.ChEn 4593. Directed Study. (1-4 cr. Prereq–#)Directed study under faculty supervision.ChEn 4594. Directed Research. (1-4 cr; A-F only.Prereq–#)Independent lab research under faculty supervision.ChEn 4601. Process Control. (3 cr; A-F only.Prereq–4102, [upper div ChEn major or ∆])Analysis of dynamic behavior/design of linearcontrol systems for chemical processes. Dynamicresponse and stability of linear ODE systems, tuningof PID controllers, synthesis of feedback,feedforward/feedback controller.ChEn 4604. Process Control Laboratory. (2 cr;A-F only. Prereq–ChEn 4601 or ChEn 4601)Experiments designed to reinforce concepts andprinciples of process control taught in 4601.Introduce industrial-process instrumentation andcontrol, and use of computers for data acquisition,analysis, and control.ChEn 4701. Advanced Undergraduate Applied MathI: Linear Analysis. (3 cr; A-F only. Prereq–4002)Integrated approach to solving linear mathematicalproblems (linear algebraic equations, linear ordinary/partial differential equations) using theoretical/numerical analysis based on linear operator theory.Undergraduate version of 8201.ChEn 4702. Advanced Undergraduate Rheology.(3 cr; A-F only. Prereq–4002)Deformation/flow of non-Newtonian/viscoelasticfluids, plastic materials, perfectly elastic solids.Phenomenological/molecular interpretation ofrheology of elastomers, polymer melts, polymersolutions. Application of rheology to polymerprocessing. Undergraduate version of 8102.ChEn 4703. Advanced Undergraduate Applied MathII: Nonlinear Analysis. (3 cr; A-F only. Prereq–ChEn4002; grad-level course in linear analysis recommended)Nonlinear mathematical problems (nonlinearordinary/partial differential equations) usingtheoretical/numerical analysis. Undergraduateversion of 8202.ChEn 4704. Advanced Undergraduate Physical RateProcesses I: Transport. (3 cr; A-F only. Prereq–4002)Survey of mass transfer, dilute/concentrateddiffusion, Brownian motion. Diffusion coefficients inpolymers, of electrolytes, at critical points.Multicomponent diffusion. Mass transfercorrelations/predictions. Mass transfer coupled withchemical reaction. Undergraduate version of 8301.ChEn 4705. Advanced Undergraduate Physical RateProcesses II: Mass Transfer. (3 cr; A-F only.Prereq–4002)Applications of mass transfer. Membranes, includinggas separation and reverse osmosis. Controlled drugrelease. Dispersion, including examples of pollutionmodeling. Adsorption/chromatography. Coupledheat/mass transfer, including cooling towers. Doublediffusiveeffects. Undergraduate version of 8302.ChEn 4706. Advanced Undergraduate Physical andChemical Thermodynamics. (3 cr; A-F only.Prereq–Chem 3502, 4101, 4002; recommendbackground in undergraduate engineering orchemistry courses in thermodynamics)Principles of classical thermodynamics, introductionto nonequilibrium thermodynamics. Applications inchemical engineering, materials science.Undergraduate version of 8401.ChEn 4707. Advanced Undergraduate StatisticalThermodynamics and Kinetics. (3 cr; A-F only.Prereq–4002, 4101, Chem 3501, Chem 3502)Introduction to statistical mechanical description ofequilibrium/non-equilibrium properties of matter.Emphasizes fluids, classical statistical mechanics.Undergraduate version of 8402.ChEn 4708. Advanced Undergraduate ChemicalRate Processes: Analysis of Chemical Reactors. (3 cr;A-F only. Prereq–4102)Design of reactors for heat management, withcatalytic processes, through detailed analysis ofsteady state, transient behavior. Polymerization,combustion, solids processing, environmentalmodeling. Design of multiphase reactors.Undergraduate version of 8501.ChEn 4709. Advanced Undergraduate ProcessControl. (3 cr; A-F only)For linear systems: stability, controllability,observability, pole-placement via state feedback stateobservers, output feedback, robustness of controlsystems. For nonlinear systems: solution properties,stability analysis, singular perturbations, feedbacklinearization via state feedback, direct synthesis viaoutput feedback. Undergraduate version of 8502.ChEn 4710. Advanced Undergraduate ChemicalRate Processes: Homogeneous Reactions. (3 cr;A-F only. Prereq–4102)Description/characterization of chemically reactingsystems. Theories of elementary reactions.Experimental methods for investigating elementaryreactions. Applications of chemical kinetics tocomplex reactions such as combustion, flames,atmosphere. Undergraduate version of 8503.ChEn 5103. Porous Media. (3 cr; A-F only. §MatS 8219.Prereq–4003, 4102)Geometry and topology of porous materials.Fundamentals of flow, transport, and deformation.One-phase and two-phase Darcy flows, convectivedispersion in microporous materials. Relations ofmacroscopic properties and behavior to underlyingmicroscopic structures and mechanisms. Nanoporousmaterials. Examples from nature and technology.ChEn 5104. Coating Process Fundamentals. (3 cr;A-F only. Prereq–ChEn 4003, ChEn 4102)Basic process functions; viscous flow and rheology,capillarity, wetting; electrostatic effects; phasechange, colloidal transformations, mass/heat transferin drying; kinetics in curing; stress and propertydevelopment in solidification. Illustrations drawnfrom theoretical modeling, flow visualization, andstopped-process microscopy.Course DescriptionsChEn 5221. Introduction to Polymer Chemistry.(3 cr; A-F only. Prereq–[3502, Chem 2302] or #)Condensation, radical, ionic, emulsion, ring-opening,metal-catalyzed polymerizations. Chainconformation, solution thermodynamics, molecularweight characterization, physical properties.ChEn 5302. Chemical Reaction Engineering andCatalysis. (3 cr; A-F only. Prereq–ChEn 4102)Continuous and batch reactors, heat management,catalytic reactions and reactors, nonideal flow inreactors, polymerization, solids processing,multiphase reactors. Fundamentals and mechanismsof catalytic reactions. Industrial examples inpetroleum/chemical industries.ChEn 5531. Electrochemical Engineering. (3 cr.Prereq–[MatS 3011 or #], [upper div IT or grad student])Fundamentals of electrochemical engineering.Electrochemical mass transfer electrokinetics,thermodynamics of electrochemical cells, modernsensors. Formation of thin films and microstructuredmaterials. Computer-based problems.ChEn 5595. Special Topics. (1-4 cr. Prereq–#)New or experimental special topics.ChEn 5751. Biochemical Engineering. (3 cr; A-F only.Prereq–4002, 4003, 4102)Chemical engineering principles applied to analysis/design of complex cellular/enzyme processes.Quantitative framework for design of cells forproduction of proteins, synthesis of antibodies withmammalian cells, or degradation of toxic compoundsin contaminated soil.ChEn 5752. Quantitative Biology for Engineers.(3 cr; A-F only. Prereq–Engineering background, #)Biological fundamentals of biotechnology. Structuralbasis of biological systems. Communication betweencells/environment. Gene expression. Proteins andtheir functional classes. Metabolic pathways andtheir reactions. From gene/genome to physiology.Genomics/proteomics as technologies.Biotechnology and society: ethics, law, public policy.Biotechnology-based commercial enterprises.ChEn 5753. (Biological) Biomedical TransportProcesses. (3 cr. §ME 5381, §BMEn 5310. Prereq–ChEn4003 or ME 3322)Introduction to fluid, mass, and heat transport inbiological systems. Mass transfer across membranes,fluid flow in capillaries, interstitium, veins andarteries. Heat transfer in single cells and tissues.Whole organ and body heat transfer issues. Bloodflow and oxygenation. Heat and mass transfer inrespiratory system. Biotransport issues in artificialorgans, membrane oxygenators, and drug deliveryapplications.ChEn 5754. Food Processing Technology. (3 cr;A-F only. Prereq–ChEn 4002)Introduction to food processing as it interfaces withengineering. Case studies. Engineering economicsand practical design problems in food processing.Heat transfer; freezing, conduction (unsteady state);thermal processing; extruder design; proteinprocessing; order-of-magnitude estimating; andeconomic concepts such as ROI, discounted cashflow, and capital estimating.ChEn 5759. Principles of Mass Transfer inEngineering and Biological Engineering. (2 cr;A-F only. Prereq–ChEn 4002)Principles of mass transfer in gases, liquids,biological and macromolecular solutions, gels,solids, membranes, and capillaries. Porous solidsinteraction between mass transfer and chemicalreaction. Applications in biological, environmental,mineral, and chemical engineering systems.ChEn 5771. Colloids and Dispersions. (3 cr; A-F only.Prereq–Physical chemistry)Preparation, stability, coagulation kinetics or colloidalsolutions. DLVO theory, electrokinetic phenomena.Properties of micelles, other microstructures.Course Descriptions325
326Chemistry (Chem)Department of ChemistryInstitute of TechnologyChem 1011. General Principles of Chemistry. (4 cr.Prereq–For students not passing placement exam; highschool chemistry or equiv, two yrs high school math;high school physics recommended)Introduction to chemistry, including elementaryorganic chemistry. Matter and energy, atoms,compounds, solutions, chemical reactions, mole andchemical calculations, gases, liquids, solids,chemical bonding, atomic and molecular structure,acids, bases, equilibria. Problem solving emphasized.Physical and chemical properties of hydrocarbonsand organic compounds containing halogens,nitrogen, or oxygen.Chem 1021. Chemical Principles I. (4 cr.Prereq–Primarily for science or engineering majors;1011 or passing placement exam)Atomic theory; periodic properties of elements;thermochemistry; reaction stoichiometry; behavior ofgases, liquids, and solids; molecular and ionicstructure and bonding; organic chemistry andpolymers; energy sources and environmental issuesrelated to energy use.Chem 1022. Chemical Principles II. (4 cr. Prereq–1021or equiv)Chemical kinetics; radioactive decay; chemicalequilibrium; solutions; acids and bases; solubility;second law of thermodynamics; electrochemistry andcorrosion; descriptive chemistry of the elements;coordination chemistry; biochemistry; applicationsof chemical principles to environmental problems.Chem 1031H. Honors Chemistry I. (4 cr; A-F only.Prereq–IT honors student or [❏, permission from IThonors office])Advanced introduction to atomic theory. Periodicproperties of elements. Behavior of gases, liquids,and solids. Molecular/ionic structure, bonding.Aspects of organic chemistry, spectroscopy, andpolymers. Energy sources, environmental issues.Mathematically demanding quantitative problems.Writing for scientific journals. Lecture, lab.Chem 1032. Honors Chemistry II. (4 cr; A-F only.Prereq–[1031 or equiv], [IT honors student or consentof IT honors office])Advanced introduction. Chemical kinetics/reactionmechanisms, chemical/physical equilibria, acids/bases, entropy/second law of thermodynamics,electrochemistry/corrosion; descriptive chemistry ofthe elements; coordination chemistry; biochemistry;applications of chemical principles to environmentalproblems. Lab emphasizes writing for scientificjournals.Chem 1032H. Honors Chemistry II. (4 cr; A-F only.Prereq–[1031 or equiv], [IT honors student or consentof IT honors office])Advanced introduction. Chemical kinetics/reactionmechanisms, chemical/physical equilibria, acids/bases, entropy/second law of thermodynamics,electrochemistry/corrosion; descriptive chemistry ofthe elements; coordination chemistry; biochemistry;applications of chemical principles to environmentalproblems. Lab emphasizes writing for scientificjournals.Chem 1905. Freshman Seminar. (1-3 cr; A-F only.Prereq–Fr with no more than 23 cr)Topics vary. See freshman seminar topics.Chem 1910W. Freshman Seminar: Writing Intensive.(1-3 cr; A-F only. Prereq–Fr with fewer than 24 cr)Topics vary. See freshman seminar topics.Chem 2094. Directed Research. (1-3 cr. Prereq–#)Learning experience in areas not covered by regularcourses. Individually arranged with faculty member.Chem 2101. Introductory Analytical ChemistryLecture. (3 cr. Prereq–1022 or equiv, 2301)Primarily for chemistry majors. Methods andconcepts of measurement by chemical andinstrumental analysis, including titrimetry,quantitative spectrophotometric analysis,chromatographic separations, and equilibrium andrate methods.Chem 2111. Introductory Analytical Chemistry Lab.(2 cr. Prereq–2101 or 2101)Lab for 2101. High precision methods, acidimetryand complexometry, single and multicomponentanalysis by spectrophotometry, analysis of mixturesby ion exchange and gas chromatography, enzymaticand rate methods.Chem 2301. Organic Chemistry I. (3 cr. Prereq–1022or equiv)Important classes of organic compounds, theirconstitutions, configurations, and conformations andreactions; relationships between molecular structureand chemical reactivity/properties; spectroscopiccharacterization of organic molecules.Chem 2302. Organic Chemistry II. (3 cr. Prereq–2301)Reactions, synthesis, and spectroscopiccharacterization of organic compounds, organicpolymers, and biologically important classes oforganic compounds such as lipids, carbohydrates,amino acids, peptides, proteins, and nucleic acids.Chem 2311. Organic Lab. (4 cr. Prereq–2302 or 2302)Lab techniques in synthesis, purification, andcharacterization of typical organic compounds.Chem 2312. Honors Organic Lab. (5 cr; A-F only.Prereq–[2301 or 2301], [Chem or ChemE or BioC]major, #)Honors organic chemistry lab.Chem 2910. Special Topics in Chemistry. (1 cr [max 6cr]; S-N only. Prereq–1 sem 1xxx chemistry or #)Topics in chemistry. Opportunities and currentresearch.Chem 2920. Special Topics In Chemistry. (1 cr [max 6cr]; S-N only. Prereq–1 sem 1xxx chemistry or #)Topics in chemistry. Opportunities and currentresearch.Chem 3001. Chemical Literature and InformationRetrieval. (1 cr; S-N only. Prereq–2302 or 2302 or #)Forms of chemical literature, relationships amongthem. Major information sources in chemistry. Basicsearch techniques for print/electronic sources,choosing sources most appropriate for variousinformation needs.Chem 3501. Physical Chemistry I. (3 cr. Prereq–[1022or 1032H], [Math 2263 or Math 2374], [Phys 1302 orPhys 1402V])Physical chemistry as it relates to macroscopicdescriptions of chemical systems. Chemicalthermodynamics, phase equilibria, chemicalequilibria. Phenomenological reaction kinetics.Kinetic theory of gases. Collision theory of reactionrates. Thermodynamic vs. kinetic control of chemicalreactions.Chem 3502. Physical Chemistry II. (3 cr. Prereq–Oneyr college chemistry, one yr college physics, one yrcollege calculus)Introduction to microscopic descriptions of chemicalsystems. Elementary quantum theory. Applications toatomic and molecular structure. Molecularspectroscopy. Quantum statistical mechanics.Statistical theories of reaction rates.Chem 4094W. Directed Research. (1-5 cr [max 75 cr].Prereq–Any 3xxx or 4xxx chem course, #)Learning experience in areas not covered by regularcourses. Individually arranged with faculty member.Chem 4101. Intermediate Analytical ChemistryLecture. (3 cr; A-F only. Prereq–2101, 2111, 2311, 3501)Basic electronic, optical, computer technologiesemployed in design of chemical instrumentation.Advanced topics in spectroscopy (e.g., FT-nmr, FT-IR, atomic absorption/emission). Electrochemistry.Mass spectrometry.Chem 4111W. Intermediate Analytical ChemistryLab. (2 cr; A-F only. Prereq–4101, chemistry major)Instrumental techniques, including spectroscopicmethods, electrochemical methods, and analysisbased on separation. Emphasizes use of computers indata collection and reduction.Chem 4121. Process Analytical Chemistry. (3 cr;A-F only. Prereq–2302, 2311, 3501, chemicalengineering major)Strategies and techniques for analysis. Use ofmodern instruments, including spectrophotometry,chromatography and electrochemistry.Chem 4311W. Advanced Organic Chemistry Lab.(2 cr. Prereq–2311)Reactions, techniques, and instrumental methods insynthetic organic chemistry.Chem 4411. Bioorganic Chemistry. (3 cr. Prereq–2302or equiv)Chemistry of amino acids, peptides, proteins, lipids,carbohydrates, and nucleic acids. Structure,nomenclature, synthesis, and reactivity. Techniquesto characterize biomolecules.Chem 4501. Physical Chemistry I. (3 cr; A-F only.Prereq–Grad student, one yr college chemistry, one yrcollege physics, one yr college calculus, ∆)Introduction to physical chemistry as it relates tomacroscopic descriptions of chemical systems.Chemical thermodynamics, phase equilibria,chemical equilibria. Phenomenological reactionkinetics. Kinetic theory of gases. Collision theory ofreaction rates. Thermodynamic vs. kinetic control ofchemical reactions.Chem 4502. Physical Chemistry II. (3 cr; A-F only.Prereq–Grad student, one yr college chemistry, one yrcollege physics, one yr college calculus, ∆)Introduction to microscopic descriptions of chemicalsystems. Elementary quantum theory. Applications toatomic/molecular structure. Molecular spectroscopy.Quantum statistical mechanics. Statistical theories ofreaction rates.Chem 4511W. Advanced Physical Chemistry Lab.(2 cr. Prereq–3501-3502, chemistry major)Experiments illustrating principles and methods ofthermodynamics, reaction kinetics, and quantummechanics.Chem 4701. Inorganic Chemistry. (3 cr. Prereq–2311,[3501 or 3501 or 3502 or 3502])Advanced introduction to inorganic chemistry.Periodic trends. Structure and bonding concepts incompounds where s and p electrons are important.Descriptive chemistry of solids and transition metalcompounds. Emphasizes transition metal chemistry.Advanced topics in main group and materialschemistry.Chem 4711W. Advanced Inorganic Chemistry Lab.(2 cr; A-F only. Prereq–4701, chem major)Lab experiments in inorganic/organometallicchemistry illustrating synthetic/spectroscopictechniques.Chem 5011. Mechanisms of Chemical Reactions.(3 cr. Prereq–2302 or equiv)Reaction mechanisms and methods of study.Mechanistic concepts. Gas phase reactions. “Electronpushing” mechanisms in organic and enzymaticreactions. Kinetic schemes and other strategies.Chem 5021. Computational Chemistry. (3 cr.Prereq–3502 or equiv)Theoretical methods for study of molecular structure,bonding, and reactivity. Ab initio and semi-empiricalcalculations of molecular electronic structure.Theoretical determination of molecular electronicstructure and spectra; relation to experimentaltechniques. Molecular mechanics. Structure determinationfor large systems. Molecular properties andreactivity. Computational tools. Critical assessment ofmethods and theoretical work in the literature. Lab.Chem 5201. Materials Chemistry. (3 cr. Prereq–[[3502or equiv], 4701] or #)Crystal systems/unit cells, phase diagrams, defects/interfaces, optical/ dielectric properties, electrical/thermal conductivity, X-ray diffraction, thin filmanalysis, electronic structure, polarons/phonons,solid state chemistry, liquid/molecular crystals,polymers, magnetic/optical materials, porousmaterials, ceramics, piezoelectric materials,biomedical materials, catalysts.
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GC 1204. International Perspectives
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CoursesâA through G and course numbers and symbols key