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Electronics Engineering |
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EEE 5317 Power Electronics
The Purpose Of This Course Is To Develop A Basic Understanding Of Using Switched Electronic Circuits For The Conversion And Regulation Of Electric Power. The Course Will Focus On The Basic Converters And Their Steady State Analysis. Dynamic Modeling Analysis, Controller Design, Power Semiconductor Device, And Simulation Are Also Covered.
Prerequisite: EEL 3135 ; EEL 3300 .
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EEE 5333 Solid State Sensors
Topics In This Course Include Fabrication, Characterization, Operational Principles, And Applications Of Solid State Sensors Including Acoustic, Mechanical, Magnetic, Radiation, Thermal, Chemical, And Biologic Sensors.
Prerequisite: EEL 3300 .
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EEE 5378 Mixed Signal Ics
Introduction To Mixed Signal Processing Using Analog And Digital Integrated Circuits. Topics Include Fundamentals Of Sampled Data System, Nonlinear And Dynamic Analog Circuits, Nyquist-rate Data Converters, Over-sampling Data Converters, And Digital Filters. Includes Use Of Computer-aided-design Programs.
Prerequisite: EEL 5315.
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EEE 5452 Analysis Of Nanoscale Semicond
The Course Presents Techniques For The Analysis And Simulation Of Nanometric Scale Semiconductor Devices (sd) , With Focus On The Analysis Of Quantum Induced Effect On The Electronic Transport And Characteristics Of Sd. Topics Discussed Include: Generation And Recombination Processes In Semiconductors, Quantum And Semiclassical Modeling Of Sd, Noise And Fluctuations In Sd, And Numerical Techiques For The Simulation Of Sd
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EEE 5518 Digital Image Processing
Introduction To Image Processing Techniques Involving Theoretical Developments, Analysis, A Practical Implementations Of ImagIIng Techniques For The Solution Of Real-world Problems
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EEE 5542 Random Processes (3)
Random Processes, Analysis And Processing Of Random Signals; Modeling Of Engineering Systems By Random Processes; Selected Applications In Detection; Filtering; Reliability Analysis; And System Performance Modeling.
Prerequisite: EEL 4021 , EEL 3135 .
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EEE 5557 Radar
Basic Concepts Of Radar Systems Including: Radar Cross Section Calculations, Random Processes And Noise, Array Antennas, Beamsteering, Doppler And Range Processing, Fm And Cw Systems, Pulse Compression, Synthetic Aperture Radar, Clutter.radar, Clutter.
Prerequisite: EEL 3473 ; EEL 3512 .
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EEE 6338 Advanced Topics In Microelectronics (3)
Typical Offerings Include: Microelectronics Engineering; Analog Integrated Circuit Design; Semiconductor Device Theory; Asic Design. May Be Repeated To A Maximum Of Twelve (12) Semester Hours.
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EEE 6353 Semiconductor Device Theory (3)
Topics In This Course Include Elementary Quantum Physics, Energy Band Theory, Carrier Properties, Theory Of P-n Junctions, Optoelectronics Diodes, Bipolar Junction Transistors, And Field Effect Transistors.
Prerequisite: EEL 3300 Or EquIValent.
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EEE 6502 Digital Signal Processing I (3)
Fundamentals Of Digital Signal Processing And Design Of A Variety Of Digital Processors And Filters. Introductions To Dft-fft, And Spectral Estimation Theory And Practice.
Prerequisite: EEL 5173 .
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EEE 6508 Advanced Topics In Digital Signal Processing (3)
Typical Offerings Include: Advanced Digital Signal Processing; Fast Dsp Algorithms; Image Processing; Data Compression; Computer Vision; Pattern Recognition; Vlsi Based Dsp Design; Advanced Signal And Systems Theory. May Be Repeated To A Maximum Of Twelve (12) Semester Hours.
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Elementary Education |
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EDE T999 Ede Transfer Course
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EDE 2940 Field Clinical I: Orientation to Teaching Young Children (3)
The purpose of this course is to facilitate successful entry into the teacher education program. It examines pedagogy and professional knowledge, which promote continuous professional growth; present effective researched-based classroom practices and strategies that are widely accepted in our nation’s school. Students are provided field clinical experiences through visiting classrooms to observe and participate in learning activities prior to student teaching. Students are required to create and maintain an electronic portfolio that will be used to correlate information between pre-service teachers’ work and the Florida Accomplished Practices.
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EDE 3220 Exp & Progam Planing
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EDE 3222 Integrated Music, Art, & P.e.
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EDE 3320 Theory And Practice Of Classroom Management For The Elementary School (3)
The Course Emphasizes The Following Components Of Classroom Management: Principles, Setting Standards For Student Behavior, Physic Factors Involved, Safety And Emergency Procedures
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EDE 3321C T & P Classroom Mgmt
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EDE 3921 Professional Education Forum & Colloquium (0)
This course exposes candidates to the support system outlined for their success. This course is also available for initial certification candidates at the master’s level.
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EDE 3940 Field Clin II Theory & Practice (3)
The purpose of this course is to help pre-service teachers to identify sound educational practices; to make systematic logical and humane instructional decisions; to develop skills in the use of instructional strategies; and finally to give students an opportunity to put theory into practice, demonstrating the teaching competencies correlated to the Florida Department of Education’s Educational Standards Commission Accomplished Practices and selected ESOL standards. This course also prepares pre-service teachers to teach those students who are gifted, academically challenged, experiencing language acquisitions and/or economically deprived socially and culturally.
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EDE 4031 Multicultural Education For Elementary Schools (3)
Designed to prepare teachers to work effectively in elementary schools having culturally diverse populations. Emphasis on strategies and materials which appeal to varied backgrounds of elementary students.
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EDE 4222 Integrat Art, & P.e.
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EDE 4261 Career Ed Elem Sch
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EDE 4905 Directed Indiv Study (1-6)
Consent of instructor. Intensive study of topics fitting a particular student’s needs and interests.
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EDE 4930 Professional Seminar In Elementary Education (3)
The purpose of this course is to acquaint pre-service teachers with the Florida Law and the six (6) domains identified by the state of Florida as to what the skills are that comprise a successful classroom teacher. Students will acquire sufficient knowledge that will enable them to identify effective teaching behaviors. Included here will be critical theoretical frameworks, effective curricular/school safety programs, key classroom management techniques, professional ethics and best practices as related to the domains listed in the Florida Accomplished Practices. Students will become familiar with the legal cases that shape Florida laws and the most effective methods for instructing and guiding all students, including those that are physically, mentally, economically, socially, emotionally, culturally and linguistically challenged.
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EDE 4940 Field Clinical III: Professional Theory & 3 Legal Aspects/Role of the Teacher
This Course Will Focus On The Teacher’s Role In Education And Designed To Assist Pre-service Teachers In Identifying Sound Educational Practices, Making Systematic, Logical And Ethical Decisions; Developing Effective Instructional Strategies And Providing The Pre-service Teacher With Opportunity To Put Theory Into Practice. Students Will Acquire Knowledge That Will Enable Them Identify Effective Teachin Behaviors. It Also Includes Critical Theoretical Frameworks, Effective Curricular/school Safety Programs, Key Classroom Mangement Techniques, Professional Ethics, Legal Considerations And Communication Skills As Prescribed By The Florida Educator Accomplished Practices
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EDE 4943 Student Teaching For Elementary School (12)
Completion of basic education and professional courses and at least four-fifths of all course requirements under the student’s area of specialization. Experience in an elementary school grades K-6 under guidance of the principal or his appointed representative, a supervising teacher, and a University supervising teacher.
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EDE 5209 Sem Elem Curriculum
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EDE 5225 Elementary School Curriculum Design And Development (3)
Basic Principles Of Curriculum Planning Including Theory, Structure, Content And Implementation.
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EDE 5262 Career Education And The Elementary School Teacher (3)
Focuses On Helping Teachers Attain Career Education Teacher Competencies. An Examination Will Be Made Of Processes By Which Student Learner Outcomes In Career Education May Be Attained.
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EDE 5308 Theory, Utilization And Production Of Instructional Materials For The Elementary School (3)
Developing Appropriate Instructional Materials And Using Both Hardware And Software For The Purpose Of Meeting The Learning Style Of All Students. Emphasis Will Be Placed On Training In-service Teachers To Show Competency In The Use Of Varying Instructional Practices Which Will Meet The Emotional, Physical, And Intellectual Needs Of Students.
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EDE 5309 Sem Elem Meth & Mat
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EDE 5395 Problems in Instruction in the Elementary School (3)
Focuses On Selected Persistence Problems Relating To Instruction In The Elementary School. Emphasis Includes Discipline, Promotion, Grouping, Schooling And Subject Matter, Current Movements, Instructional Methodology, Evaluating The Effectiveness Of The School And Culturally Diverse Students.
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EDE 5415 Eval In Elem Sch
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EDE 5815 Emergent Trends in Teaching the Basics (3)
Identifies Teaching Modes Or Strategies That Will Help Inservice Teachers To Improve Their Teaching Skills In The Basics. Emphasis Will Be Placed On The Teacher’s Competencies As An Indicator Of Pupils’ Mastery Of The “three Rs” - Reading, Writing, And Arithmetic.
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EDE 5906 Directed Individual Study (1-12)
Independent Study In Which Students Must Have Written Agreement With The University Professor Who Agrees To Supervise The Study To Be Undertaken.
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EDE 5930 Seminar in Elementary Education (3)
Forum For Discussion And Exploration Of The Interrelationships Among Various Theories, Research Projects, Educational Viewpoints, And Even Fads As Reported In The Literature. Practical Applications Are Emphasized, And Teaching Experience Is Required.
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EDE 5938 Sem El Sch Art-music
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GUI 5000 Prin, Phi & Method Of Guidance
Purpose Of This Courses Is To Assist The Learner In Developing An Adquate Point Of View Regarding Guidance As A Disciple. Basic Principles And Underlying Philosophical Form Of Reference Giving Rise To Current Guidance Examined. Students Are Given The Opportunity To Dispel Popular Misconceptions About Guidance: Its Nature, Scope And Application
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GUI 5010 Theories Of Counseling
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GUI 5020 Use & Interpret Of Tests
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GUI 5030 Occupational Information
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GUI 5040 Org & Admin Of Guidance Serv
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GUI 5050 Individual Diagnosis
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GUI 5060 Advanced Psych Testing
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GUI 5090 Supervised Field Practicum
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GUI 5100 Group Procedures
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Engineering: Chemical |
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ECH 2024 Chem Engin Themodynm
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ECH 2050 Chemical Engineering Communications (2)
Techniques For Effective Oral Communication In Settings Most Frequently Encountered By The Practicing Engineer. Speaking Skills Will Be Applied In Informal Presentations, Formal Presentations, And Interviews.
Prerequisite: ENC 1101 .
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ECH 3024 Mass And Energy Balances II
This Course Isthe Second In A Two- Part Sequence Introducing The General Concepts Of Chemical Engineering. In This Course, The Applications Of Mass And Energy Balances Are Extended To Include Reactive Systems And Systems Undergoing Phase Changes As Well As Transient Processes. Several Industrial Process Case Studies Are Analyzed Using Computational Methods Including Process Simulators. The Basic Principles Of Errors Analysis And Data Fitting To Models Are Applied To Selected Examples In Chemical Engineering
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ECH 3101 Chemical Engineering Thermodynamics (3)
Energy Balances And Entropy Analysis For Systems Of Chemical Engineering Interest. Computer Calculations Involving Real Fluids, Mixtures, Phase Equilibrium, And Chemical Equilibrium.
Prerequisite: ECH 3023 (“c” Grade Or Higher), ECH 3301 (or MAP 3305 Or MAP 2302 ), ECH 3821 (or CGS 3408 /3460 Or COP 2221 /COP 3110 ), ECH 3854 (“c” Grade Or Higher), EGM 3512 , PHY 2049C .
Corequisite: CHM 4410 , ECH 3101
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ECH 3264 Transp Phenomena I
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ECH 3264L Ug Transport Phen L
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ECH 3265 Trans Phenomena II
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ECH 3266 Introductory Transport Phenomena (3)
Integral Balance Equations For Conservation Of Momentum, Energy, And Mass. Application To Chemical Processes Involving Fluid Flow And Heat And Mass Transfer. Estimation Of Friction Factors, And Heat And Mass Transfer Coefficients. Pump Selection And Sizing And Piping Network Analysis. Design Of Heat Exchangers.
Prerequisite: ECH 3023 (“c” Grade Or Higher), ECH 3301 (or MAP 3305 Or MAP 2302 ), ECH 3821 (or CGS 3408 /3460 Or COP 2221 /COP 3110 ), ECH 3854 (“c” Grade Or Higher), EGM 3512 , PHY 2049C .
Corequisite: CHM 4410 , ECH 3101
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ECH 3274L Measurements And Transport Phenomena Laboratory (3)
This Course Is Designed To Reinforce Principles Of Physical Property Measurement And Transport Phenomena Through A Series Of Laboratory Experiments. There Is An Emphasis On Written And Oral Communication Of Results. In Addition, There Will Be Lecture Material Pertaining To The Analysis Of Data, Numerical And Error Analyses, And Design Of Experiments.
Prerequisite: CHM 4410 , ECH 3101 , ECH 3266 .
Corequisite: CHM 4411 , ECH 3418 , ECH 4267
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ECH 3301 Introduction To Process Analysis And Design For Chemical Engineers (3)
Development Of Process Models For Equilibrium And Dynamic Systems Including Stagewise Processes That Arise In Chemical Engineering Applications, And Their Analysis Using Exact And Approximate Techniques.
Prerequisite: MAC 2313 .
Corequisite: ECH 3821 (or CGS 3408 /3460 Or COP 2221 /COP 3110 )
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ECH 3330 Stat Approch To Process Improv
This Course Will Present Application Of Statistical Process Control And Statistical Methods Of Planned Experimentation To The Design Of Products And Processes And Continuous Quality Improvement. Topics Covered Will Include Control Charts, Process Capability Studies, Loss Functions, Acceptance Sampling, Design Of Experiments For Screeoning Studies And Response Surface Modeling And Analysis Of Variance. Case Studies In Chemical Processes, Food Engineering And Healthcare Will Be Considered
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ECH 3418 Separations Processes (3)
Principles Of Equilibrium And Transport-controlled Separations. Analysis And Design Of Stagewise And Continuous Separation Processes Including Distillation, Absorption, Extraction, Filtration, And Membrane Separations.
Prerequisite: CHM 4410 , ECH 3101 , ECH 3266 .
Corequisite: CHM 4411 , ECH 3274L , ECH 4267
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ECH 3821 Computer Applications In Chemical Engineering (3)
Introduction To Computational Tools Available For The Solution Of Chemical Engineering Problems. The Primary Focus Will Be On The Use Of Spreadsheets, High-level Programming Languages Such As Matlab, And Computer Algebra Systems Such As Maple In Chemical Engineering Applications. This Course Will Also Provide An Introduction To The Use Of Chemical Process Simulators.
Prerequisite: MAC 2311 .
Corequisite: MAC 2312
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ECH 3850 Chem Eng Mathematics
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ECH 3854 Chemical Engineering Computations (3)
Introduction To The Central Concepts Of Practical Numerical Techniques Using Computers For Solving Chemical Engineering Problems. Includes Solution Of Equations In One Variable, Interpolation And Polynomial Approximation, Numerical Differentiation And Integration, Initial Value Problems For Ordinary Differential Equations, Direct Methods For Solving Linear Systems, Iterating Techniques In Matrix Algebra, And Numerical Solution Of Nonlinear Systems Of Equations.
Prerequisite: CHM 2210 , ECH 3821 (or CGS 3408 /3460 Or COP 2221 /COP 3110 ), MAC 2312 .
Corequisite: ECH 3023 , MAC 2313 , PHY 2048C
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ECH 3949 Cooperative Work Experience (0)
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ECH 4267 Advanced Transport Phenomena (3)
Molecular Mechanisms For Momentum, Heat, And Mass Transport. Differential Balance Equations For Conservation Of Momentum, Energy, And Mass. Application To Steady And Unsteady-state Chemical Processes Involving Diffusive And Convective Mass Transfer In Solids, Liquids, And Gases. Interphase Transfer Mechanisms. Boundary Layer Theory And Turbulent Transport.
Prerequisite: CHM 4410 , ECH 3101 , ECH 3266 .
Corequisite: CHM 4411 , ECH 3274L , ECH 3418
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ECH 4323 Process Control (3)
A Systematic Introduction To Dynamic Behavior And Automatic Control Of Industrial Processes. Synthesis Of Feedback Control Loops For Linear Systems And Synthesis Of Control Structures.
Prerequisite: ECH 4504 , ECH 4604 .
Corequisite: ECH 4615
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ECH 4323L Process Control Laboratory (1)
Experiments Designed To Illustrate And Apply Control Theory, Measurement Techniques, Calibration, Tuning Of Controls, Characterization Of Sensors, And Control Circuits.
Prerequisite: ECH 4504 , ECH 4604 .
Corequisite: ECH 4615
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ECH 4403 Trans Phenomena III
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ECH 4403L Trans Phenom III Lab
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ECH 4404L Unit Operations Laboratory
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ECH 4504 Kinetics And Reactor Design (3)
Homogeneous And Heterogeneous Reaction Kinetics, Analysis Of Batch, Mixed, Plug, And Recycle Reactors. Analysis For Multiple Reactions And Multiple Reactors, Reactor Temperature Control, And Catalytic Reactor Design.
Prerequisite: ECH 3274L , ECH 3418 , ECH 4267 .
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ECH 4604 Chemical Engineering Process Design I (4)
Engineering Economics Review And Cost-estimation Techniques. Design Of Chemical Process Equipment. Computer-aided Design Calculations.
Prerequisite: ECH 3274L , ECH 3418 , ECH 4267 , ECO 2023 .
Corequisite: ECH 4504
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ECH 4605 Chem Engin Dsn II
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ECH 4615 Chemical Engineering Process Design II (3)
Design Of Chemical Process Facilities And Computer-aided Design. An Individual Design Project Is Completed By Each Student.
Prerequisite: ECH 4504 , ECH 4604 .
Corequisite: ECH 4323 , ECH 4323L
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ECH 4702 Semiconductor Processing Operations (3)
An Introduction To Semiconductor Properties And Processing Operations. Emphasis Is Placed On Engineering Analysis Of Crystal Growth And Processing Operations Involved In The Fabrication Of Integrated Circuits.
Prerequisite: Senior Standing In Chemical Engineering.
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ECH 4741 Biomedical Engineering
An Introduction To The Field Of Biomedical Engineering With Particular Emphasis On The General Engineering Role. Emphasis Is Placed On Hemodynamics, Human Physiology,pharmcodynamics,cellular And Tissue Engineering Artificial Organs, Biomaterials,biomechanics And Clinical Engineering
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ECH 4743 Chemical Engineering - Bioengineering (3)
Introduction To The Major Principles Of The Life Sciences (microbiology, Biochemistry, Biophysics, Genetics) That Are Important For Biotechnological Applications. Extension Of The Chemical Engineering Principles Of Kinetics, Reactor Design, Heat And Mass Transport, Thermodynamics, Process Control, And Separation Processes To Important Problems In Bioengineering.
Prerequisite: Senior Standing In Chemical Engineering.
Corequisite: ECH 4504
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ECH 4781 Chemical Engineering - Environmental (3)
Introduction To Applications Of Environmental Engineering From A Chemical Engineering Perspective. Thermodynamics, Stoichiometry, Chemical Kinetics, Transport Phenomena, And Physical Chemistry Are Utilized In Addressing Pollution Control And Prevention Processes. Analysis Of Particle Phenomena, Including Aerosols And Colloids. Applications Of Fundamentals To Analyze Gas And Liquid Waste Treatment Processes.
Prerequisite: ECH 4267 .
Corequisite: ECH 4504
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ECH 4800C Dist Spirit Proc & Properties
This Course Involves The Production Of A Distilled Spirit Sample At A Commercial Facility, Followed By An In-depth Chemical Analysis Of The Product Using Sophisticated Instrumentation An At University Chemical Laboratory Both Located In Scotland. Taught As A Saturation Course Over Period Of Two Weeks, Students Are Instructed In The Operational Procedure Of The Plant, Followed By Hands-on Involvement In An Actual Production Run. Lecture And Laboratory Sessions Following The Production Run Focus On A Detailed Chemical And Physical Analysis Of The Distilled Spirit Sample Using Spectroscopic Chromatographic And Nor Technique
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ECH 4823 Introduction To Polymer Science And Engineering (3)
Introduction To The Physical Chemistry, Reaction Kinetics, Reaction Engineering, And Processing Of Polymeric Systems.
Prerequisite: Senior Standing In Chemical Engineering.
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ECH 4824 Chemical Engineering Materials (3)
Introduction To Materials Science And Engineering From A Chemical Engineering Perspective. Fundamentals Of Engineering Materials, Including Polymers, Metals, And Ceramics Are Studied. Emphasis Is Placed On The Strong Interrelationship Between Materials Structure And Composition, Synthesis And Processing, And Properties And Performance.
Prerequisite: Senior Standing In Chemical Engineering
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ECH 4904 Undergraduate Research Project (1-3)
The Department Of Chemical Engineering Offers An Undergraduate Research Program (urp) For Academically Talented Students To Extend Their Undergraduate Educational Experiences. The Program Requires Independent Research By The Student On A Topic Relevant To Chemical Engineering. Completion Of An Undergraduate Research Project (urp) For Six Hours Of Credit With A Grade Of “c” Or Higher May Be Used To Satisfy The Chemical Engineering Elective Requirement. May Be Repeated For A Maximum Of Nine (9) Semester Hours.
Prerequisite: ECH 3101 , ECH 3266 .
Corequisite: ECH 4267 , 3.0 Or Higher Cumulative And Chemical Engineering Gpas
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ECH 4905 Directed Individual Study (1-3)
May Be Repeated For A Maximum Of Nine (9) Semester Hours.
Prerequisite: Senior Standing In Chemical Engineering.
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ECH 4906 Honors Work In Chemical Engineering (1-6)
The Department Of Chemical Engineering Offers An Honors In The Major Option Within The Undergraduate Research Program (urp) For Academically Talented Students To Extend Their Undergraduate Educational Experiences. The Program Requires Independent Research By The Student On A Topic Relevant To Chemical Engineering. Completion Of An Honors/undergraduate Research Project (honors/urp) For Six Hours Of Credit With A Grade Of “c” Or Higher May Be Used To Satisfy The Chemical Engineering Elective Requirement. May Be Repeated For A Maximum Of Six (6) Semester Hours.
Prerequisite: Acceptance In Honors Program; ECH 3101 , ECH 3266 .
Corequisite: ECH 4267 , 3.2 Or Higher Cumulative And Chemical Engineering Gpas
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ECH 4937 Special Topics In Chemical Engineering (1-3)
Topics In Chemical Engineering With Emphasis On Recent Developments. May Be Repeated To A Maximum Of Twelve (12) Semester Hours.
Prerequisite: Senior Standing In Chemical Engineering.
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ECH 5052 Research Methods In Chemical Engineering (3)
The Objective Of This Course Is To Provide An Introduction To Research And Professional Life To The Entering Chemical Engineering Graduate Student.
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ECH 5126 Advanced Chemical Engineering Thermodynamics I (3)
Presents The Fundamental Aspects Of Classical Thermodynamics, And Its Application To Multicomponent, Multiphase, And Chemically Reacting Systems. Introduction To The Thermodynamics Of Irreversible Processes And Statistical Mechanics.
Prerequisite: ECH 3101 Or EquIValent
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ECH 5128 Advanced Chemical Engineering Thermodynamics II (3)
Introduction To The Basic Aspects Of Nonequilibrium Thermodynamics And Nonequilibrium Statistical Mechanics For Graduate Students. Special Emphasis Is Given To The Understanding Of The Microscopic Mechanisms That Govern Macroscopic Transport.
Prerequisite: ECH 5126 .
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ECH 5261 Advanced Transport Phenomena I (3)
Development Of The Fundamental Aspects Of Continuum Mechanics In Order To Describe The Transport Of Momentum, Energy, And Mass. The Basic Equations Of Fluid Mechanics Are Developed, And A Number Of Applications To Chemical Engineering Problems Are Considered. Also Emphasizes Boundary Conditions At Phase Interfaces, And Derivation Of The Point And Macroscopic Balance Equations For These Transport Processes.
Corequisite: ECH 5842 Or Permission Of Instructor
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ECH 5262 Advanced Transport Phenomena II (3)
Rigorous Analysis Of Transport Phenomena At The Micro- And Macroscopic Scales In Systems With Mixtures Of Several Components And Featuring More Than One Phase. Boundary Layer Flows, Mixing Effects, Transport In Porous And Structured Media, Transport Processes At Interfaces.
Prerequisite: ECH 5261 .
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ECH 5263 Special Topics In Advanced Transport Phenomena (3)
Selected Topics In Momentum, Heat, Or Mass Transfer. Course Content Varies With Instructor And Term Taught. May Be Repeated For Up To Nine (9) Credits With Different Topics.
Prerequisite: ECH 5261 .
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ECH 5325 Advanced Process Control (3)
Development Of Modern Concepts In Automated Control Theory. Analysis Of The State Space Theory Of Linear Systems. Controlability, Observability, And Stability Of Linear Systems. Design Of State Feedback And State Estimators. Introduction To Nonlinear Systems Analysis, And Use Of Differential Geometry To Develop Analogs Of Linear Systems Theory In Nonlinear Systems.
Prerequisite: ECH 4323 Or EquIValent.
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ECH 5417 Separation Processes (3)
Analysis Of The Theory And Design Of Separations Operations. Processes Considered Include Multicomponent And Extractive Distillation, Chromatography, Membrane Separations, Zone Refining, Crystallization, And Thermal Diffusion.
Prerequisite: ECH 3101 , ECH 4403 Or EquIValent.
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ECH 5526 Advanced Reactor Design (3)
Study Of Catalytic And Noncatalytic Reactor Design For Homogeneous And Heterogeneous Systems. Includes Non-ideal Flow And Mixing, Including Distribution Functions And Modeling.
Prerequisite: ECH 4504 Or EquIValent.
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ECH 5626 Chemical Process Optimization (3)
Development Of Techniques For Unconstrained Minimization Of Multivariate Functions. Numerical Techniques Include Steepest Descent, Newton’s Methods, Quasi-newton’s Methods, And Conjugate-gradient Methods. Introduction To Linear And Nonlinear Programming. Simplex Method, Duality In Linear Programming. Lagrange Multiplier Method, Kuhn-tucker Theorems, Penalty Function And Augmented Lagrangian Methods.
Prerequisite: ECH 4323 Or EquIValent.
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ECH 5740 Fundamentals Of Biomolecular Engineering (3)
Combination Of Fundamental Principles From Physical Chemistry, Thermodynamics And Nonlinear Chemical Kinetics (including Irreversible Thermodynamics), Transport Phenomena, And Colloidal, Interfacial, And Molecular Science In Order To Understand A Wide Range Of Phenomena In Biological And Biochemical Systems That Are Important In Current Applications Of Biotechnology.
Prerequisite: Graduate Standing In Chemical Engineering.
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ECH 5782 Chemical Engineering/environmental (3)
Introduction To Applications Of Environmental Engineering From A Chemical Engineering Perspective. Thermodynamics, Stoichiometry, Chemical Kinetics, Transport Phenomena, And Physical Chemistry Are Utilized In Addressing Pollution Control And Prevention Processes. Analysis Of Particle Phenomena Including Aerosols And Colloids. Applications Of Fundamentals To Analyze Gas And Liquid Waste Treatment Processes.
Prerequisite: ECH 4403 Or EquIValent, ECH 4504 Or EquIValent.
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