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Engineering: Chemical |
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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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ECH 5784 Chem Eng/environ
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ECH 5828 Introduction To Polymer Science And Engineering (3)
Classification And Characterization Of Polymeric Systems. Introduction To The Physical Chemistry, Synthesis And Reaction Kinetics, Reaction Engineering, Characterization, Processing, And Properties Of Polymeric Systems.
Corequisite: ECH 5126 , ECH 5526
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ECH 5829 Polymer Processing (3)
Introduction To The Fundamental Principles Of Polymer Processing As Well As Specific Processing Techniques And Equipment.
Prerequisite: ECH 4823 Or EquIValent, ECH 5261 .
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ECH 5840 Advanced Chemical Engineering Mathematics I (3)
Introduction At The Graduate Level To The Mathematical Formulation And Solution Of Chemical Engineering Problems Involving Transport Phenomena And Reaction. Dimensional Analysis And Scaling, Linear Algebraic, Ordinary, And Partial Differential Equations, Vectors And Tensor Analysis, Fourier Series And Integral (fourier And Laplace) Transforms, Boundary Value Problems.
Prerequisite: MAP 3305 , ECH 4403 Or EquIValent, ECH 4504 Or EquIValent.
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ECH 5841 Advanced Chemical Engineering Mathematics II (3)
Advanced Mathematical Techniques For Chemical Engineering Applications Presented Within A Unified Framework Of Operator-theoretic Methods. Green’s Functions Solution Of Partial Differential Equations, Regular And Singular Perturbation Techniques, Boundary Value Problems, And Boundary-element And Finite-element Techniques.
Prerequisite: ECH 5840 .
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ECH 5842 Chem Eng Analysis
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ECH 5844 Chem Eng Calculation
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ECH 5852 Advanced Chemical Engineering Computations (3)
Presentation Of The Central Concepts Of Practical Numerical Analysis Techniques And Their Application To Chemical Engineering Problems. Includes Interpolation And Approximation Theory, Solution Of Linear And Nonlinear Systems, Solution Of Ordinary Differential And Partial Differential Equations, Single Step And Multistep Methods, Stiff Systems, Two-point Boundary Problems.
Prerequisite: MAP 3305 Or EquIValent.
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ECH 5905 Directed Individual Study (1-3)
Detailed Examination Of Some Topic In Chemical Engineering. Conducted On A Personal Basis With The Instructor. May Be Repeated With Different Topics. Only Three (3) Credits Can Be Used Toward The Ms Degree.
Prerequisite: Consent Of Instructor.
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ECH 5910 Supervised Research (3)
(s/u Grade Only.) Performance Of Research Project Required For The Non-thesis Ms Degree.
Prerequisite: Consent Of Instructor.
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ECH 5935 Chemical Engineering Seminar (0)
(s/u Grade Only.) Presentations By Faculty, Students, And Visiting Scientists. Full-time Graduate Students Must Enroll Each Term.
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ECH 5937 Spec Topics Chm Eng
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ECH 5971 Thesis (1-12)
(s/u Grade Only.) Performance Of Research And Preparation Of The Master’s Thesis. May Be Repeated As Often As Approved By The Department. Only Six (6) Hours Can Be Counted Toward The Degree Requirements. A Minimum Of Six (6) Hours Is Required.
Prerequisite: Consent Of Instructor.
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ECH 6127 Phase Equilibria (3)
Detailed Development Of Equilibrium And Stability Conditions. Application Of These Concepts To The Calculation Of Equilibrium States. Modern Methods Of Measurement And Correlation Of Phase Equilibrium Data.
Prerequisite: ECH 5126 .
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ECH 6272 Molecular Transport Phenomena (3)
Theory Of Transport Phenomena From A Molecular Viewpoint. Classical Concepts From Statistical Mechanics And Derivation Of The Boltzmann Equation. Transport Theory And Properties Of Dilute Gases Are Developed From The Boltzmann Equation, With A More General Treatment Given For The Case Of Liquids. Brief Introduction To Time Correlation Functions.
Prerequisite: Graduate Standing In Chemical Engineering.
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ECH 6506 Chemical Engineering Kinetics (3)
Topics Include Mass Action Systems In Gases And Liquids, Complex Reaction Networks, Collision And Transport Theory, Rate Parameters, Activated Complex Theory. Computational Modeling Of Reaction Systems, Coupled Reaction, And Transport.
Prerequisite: ECH 5526 .
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ECH 6748 Advanced Biochemical Engineering (3)
Advanced Applications Of Engineering Principles To Biological Systems. Advanced Analysis Of Bioreactor Design, Mathematical Modeling Of Biological Systems Through Population Balances And Structured Modeling, And Analysis Of Bioseparation Methods. Course Objective Is To Analyze A Few Selected Topics In Biochemical Engineering Rather Than To Cover Many Applications. Content May Vary With Instructor And Semester Taught.
Prerequisite: ECH 4746 Or EquIValent.
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ECH 6848 Operator-theoretic Methods In Engineering Sciences (3)
Introduction To The Spectral Theory Of Linear Self-adjoint And Non-self-adjoint Operators In Hilbert Spaces With Special Emphasis On Problems Related To Engineering Sciences. Applications Cover Homogeneous And Composite Systems, And Heat, Momentum, And Mass Transport In Mixtures Of Single And Multicomponent Systems With And Without Chemical Reaction.
Prerequisite: ECH 5840 .
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ECH 6980 Dissertation (24-)
(s/u Grade Only.) May Be Repeated As Often As Approved By The Supervisory Committee. A Maximum Of Twenty-four (24) Hours Can Be Applied To The Doctoral Degree.
Prerequisite: Doctoral Candidate Status. Research On The Dissertation Topic.
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ECH 8965 Doctoral Preliminary Exam (0)
(s/u Grade Only.) All Doctoral Students Must Enroll In This Course The Semester They Intend To Take The Qualifying Exam.
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ECH 8976 Thesis Defense (0)
(s/u Grade Only.) All Students Must Register For This Course For The Term During Which They Intend To Defend Their Thesis.
Prerequisite: ECH 5126 , ECH 5261 , And ECH 5842
Corequisite: ECH 5971r
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ECH 8985 Dissertation Defense (0)
(s/u Grade Only.) This Course Must Be Included In The Final Semester Schedule For All Doctoral Students.
Corequisite: ECH 6980r
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Engineering Industrial |
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EIN 3104 Intro To Eng Management
Jump-start Beginning Industrial Engineering Students During The Third And Fourth Years Of Study. The Course Develops A Technological Roadmap Leading To Professional Industrial And Systems Engineering Practice In Design And Engineering Management
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EIN 3304 Intro To Eng Mgmt
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EIN 3391C Introduction to Engineering Management (3)
Evolution, History, Emergence, And Ethics Of Engineering And Industrial Engineering. Emphasis On The Management Of Technology And Of The Engineering Method For Product Conceptualization, Design, Development And Production. Fundamental Sciences, Engineering Methods, Information Systems, Economics, And Behavior Theory Contained In Engineering Management Principles And Practices. Case Studies.
Prerequisite: EGN 3613 , EGN 2123 .
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EIN 3393 Comb Optim Prod Sys
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EIN 3601C Indust Appl Robots
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EIN 3905 Directed Independent Study (3)
This Will Vary With Individual Needs. Each Case Must Be Approved By The Department Chairman.
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EIN 3949 Coop Work Experience
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EIN 4118C Comp Top Ind Eng
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EIN 4214 Safety Engineering
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EIN 4243C Human Factors, Work Measurement and Methods Engineering (3)
Human Characteristics And Limitations In Relation To Physical Work, Mental Work, And Job Design. Human Physiological Variables In Relation To Industrial Work Environment And Product Design. Case Studies And Design Exercises.
Prerequisite: EGM 3512 , EIN 4390C , EGN 3443 .
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EIN 4312 Tool and Process Engineering (3)
Basic Design Techniques Of Various Manufacturing Tools, Including Cutting Tools, Inspection Tools, Jigs And Fixtures. Fundamental Planning Techniques Of Manufacturing Processes. Design Exercises And Project.
Prerequisite: EIN 4390C .
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EIN 4312C Tool & Process Eng
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EIN 4314 Safety Engineering
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EIN 4333 Dsgn Int Prod Sys/fa
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EIN 4390C Manufacturing Processes and Materials Engineering (5)
Introduction To Industrial Materials And Their Composition, Properties, Metallography, And Heat Treatment. Introduction To The Manufacturing Processes Of Machine Industries Including Tolerances And Fits, Hot Working, Cold Working, Welding And Metal Removal. Laboratory Experiences Include Tension Testing, Casting, Cold Working, Machining Processes And Measurement.
Prerequisite: CHM 1045 .
Corequisite: EGN 2123
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EIN 4394 Nonmanuf Prod System
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EIN 4395 Manufact Sys Eng
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EIN 4395C Manufacturing Systems Engineering (3)
Introduction To Modern Manufacturing Systems With Special Focus On The Integration Of Manufacturing Resources Through The Use Of Computers. Design, Planning, Analysis, And Control Of Computer Integrated Manufacturing Systems. Design Exercises And Project.
Prerequisite: EIN 4312 .
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EIN 4611C Industrial Automation and Robotics (3)
After A Review Of Relevant Mathematical Modeling, This Course Covers Basic Technologies Such As Nc Machines, Industrial Robots, Walking Machines, Expert Systems, Parallel Processors, And Computer Applications In System Design.
Prerequisite: EIN 4390C .
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EIN 4621 Manufacturing Systems Engineer
Introduce And Familiarize The Students With The Modern And The Future Development Of Manufacturing Systems And With A Special Focus On The Integration Of Various Manufacturing Resources Through The Use Of Computer Techniques. Computer Aided Design, Process Planning, Nc Programming Which Are The Primary Components Of Computer Integrated Manufacturing Systems And Group Technology Which Is The Fundamental Of Analysis, Planning And Design Of Cims Will Be Discussed. Students Will Make Use Of The State-of-art Cad/cam Software To Experience Some Of The Current Technologies Of Computer Integrated Manufacturing.
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EIN 4890 Indust Eng Sr Design Project I
The First Of A Two-course Sequence, This Course Utilizes The Intergation Of All Industrial Engineering Conponents As Its Principal Theme. The Student Is Required To Define A Product, Design Manufacturing ( And/or Service) Processes, And Design A System To Define, Develop, Produce And Distribute The Product
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EIN 4891 Industrial Engineering Senior Project (3)
This Is A Design Project To Be Approved By The Department For Each Ie Senior.
Prerequisite: Final Semester.
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EIN 4892 Indus Eng Sr Design Project II
The Second Of A Two-course Sequence, This Course Utilizes The Integration Of All Industrial Engineering Components As Its Principal Theme. The Student Is Required To Define A Product, Design Manufacturing ( And/or Service) Processes, And Design A System To Define, Develop, Produce And Distribute The Product
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EIN 4933 Spec Topics Ind Eng
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EIN 4936 Selected Topics In Ie (3)
Topics Will Be Determined By A Department “Committee On Special Topics,” Taking Into Consideration The Needs Of Students Who Are About To Graduate.
Prerequisite: Ie Senior Status Or By Consent Of Instructor.
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EIN 5117C Comp Top Ind Eng
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EIN 5182 Engineering Management
Course In Modeling Existing And Future Organizations, With Emphasis On Organizations For The 21st Century. Special Consideration Is Given To Flat Matrix Models
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EIN 5245 Human Physical Capabilities (3)
An Examination Of The Biomechanical And Physiologic Characters Of People Related To Work And Work Environments.
Prerequisite: EIN 4243.
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EIN 5275 Human Physical Capabilities
An Examination Of The Biomechanical And Physiologic Characters Of People Related To Work And Work Environments
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EIN 5322 Engineering Management (3)
Course In Modeling Existing And Future Organizations, With Emphasis On Organizations For The 21st Century. Special Consideration Is Given To Flat Matrix Models.
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EIN 5336 Production Control (3)
Introduces Basic Concepts And Fundamentals Of Both Production And Operations Analysis And Planning And Control. Topics Include Forecasting, Aggregate Planning, Inventory Control, Materials Requirements Planning, Operations Scheduling, Capacity Management And Case Studies.
Prerequisite: Graduate Standing ESI 5417
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EIN 5353 Engineering Economic Analysis (3)
This Course Includes Feasibility Science, Mathematics And Engineering Focused On The Engineering Economic Analysis Of Design And System Alternatives For High Technology Operations.
Prerequisite: EGN 3443 ; MAP 3305 .
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EIN 5390 Manu Process/sys
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EIN 5392 Manufacturing Processes and Systems (3)
Material Forming, Material Removal And Material Joining Processes. Shop Floor Layout Topics. Material Flow Topics. Information System Topics. System Integration Topics. Manufacturing System Evaluation Topics. Case Studies And Design Exercises.
Prerequisite: EGN 4000 .
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EIN 5398 Manufacturing Materials Processing (3)
Review Of Basic Concepts And Fundamental Results Of Materials Science. Fundamentals Of Casting Processes, And Applications. Nontraditional Methods In Materials Processing. Microscale Material Processing, With Applications To Microelectronics And Similar Structures. Industrial Byproduct Processing. Automation Issues. Case Studies And Design Exercises.
Prerequisite: EIN 5392 .
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EIN 5399 Concurrent Engineering (3)
Concurrent Product And Process Design. Product Life Cycle Attributes. Design For Manufacturing. Quality Function Deployment. Concurrent Engineering Project Management Topics. Case Studies And Design Exercises.
Prerequisite: Graduate Or Senior With Consent Of Instructor
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EIN 5404 Manu Materials Proc
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EIN 5412 Computer-aided Manufacturing (3)
Cad/cam. Numerical Control (nc) And Computer Numerical Control (cnc). Programmable Automation. Computer-aided Process Planning.
Prerequisite: Graduate Or Senior With Consent Of Instructor
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EIN 5413 Computer Aided Process Planning (3)
Course Covers The Role Of Process Planning And Computer-aided Process Planning (capp), Development Of Capp, Configuration Of Capp Systems, Input Approaches Of Capp Systems, Process Routing Planning, Matching Operations Design, Variant Capp Systems, Generative Capp Systems And Artificial Intelligence In Capp.
Prerequisite: CGS 3408 ; EGN 2123 ; EIN 4312 , EIN 4390C .
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EIN 5414 Manu Processes & Sys
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EIN 5418 Assembly Methods and Systems (3)
Review Of Material Joining Processes And Basic Assembly Operations. Principles Of “design For Assembly,” And Applications. Designing For Automated Assembly, And Applications. Intelligent Assembly Systems And Applications. Micro-scale Component Assembly, With Applications To Electronic Circuit Board Assembly And Related Problems. Case Studies And Design Exercises.
Prerequisite: EIN 5392 .
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EIN 5429 Concurrent Engineering
Concurrent Product And Process Design. Product Life Cycle Attributes. Design For Manufacturing. Quality Function Deployment. Concurrent Engineering Project Management Topics. Case Studies And Design E
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EIN 5524 System Modeling and Simulation (3)
Listed In Catalog As ESI 5580 . Industrial Engineering Problem Solving And System Design Applications Of Results From Areas Such As Expert Systems, Automated Reasoning, Knowledge Acquisition, Knowledge Representation, Neural Networks, Etc. With The Approval Of The Industrial Engineering Department’s Curriculum Committee, A Suitable Computer Science Course May Be Supplemented With Industrial Engineering Projects In Order To Form A Substitute For This Course.
Prerequisite: EGN 3443 ; CGS 3460.
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EIN 5622 Computer-aided Manufacturing
CAD/CAM. Numerical Control (NC) And Computer Numerical Control (CNC). Programmable Automation. Computer-aided Process Planning
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EIN 5623 Computer Aided Process Plannin
Course Covers The Role Of Process Planning And Computer-aided Process Planning (CAPP), Development Of CAPP, Configuration Of CAPP Systems, Input Approaches Of CAPP Systems, Process Routing Planning, Matching Operations Design, Variant CAPP Systems, Generative CAPP Systems And Artificial Intelligence In CAPP
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EIN 5626 Manufacturing System Analysis
Review Of Manufacturing Fundamentals, Different Approaches Of System Design, Tools For Analyzing Manufacturing Systems, And Metrics For Evaluating Manufacturing System Performance. Case Studies And Design Exercises.
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EIN 5628 Assembly Methods And Systems
Review Of Material Joining Processes And Basic Assembly Operations. Principles Of “design For Assembly,” And Applications. Designing For Automated Assembly, And Applications. Intelligent Assembly Systems And Applications. Micro-scale Component Assembly, With Applications To Electronic Circuit Board Assembly And Related Problems. Case Studies And Design Exercises
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EIN 5680 Applications of Knowledge Engi
Listed In Catalog As ESI 5580 . Industrial Engineering Problem Solving And System Design Applications Of Results From Areas Such As Expert Systems, Automated Reasoning, Knowledge Acquisition, Knowledge Representation, Neural Networks, Etc. With The Approval Of The Industrial Engineering Department’s Curriculum Committee, A Suitable Computer Science Course May Be Supplemented With Industrial Engineering Projects In Order To Form A Substitute For This Course.
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EIN 5905 Directed Individual Study (1-3)
(s/u Grade Only.) May Be Repeated To A Maximum Of Six (6) Credit Hours.
Prerequisite: Instructor Permission.
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EIN 5930 Special Topics In Industrial Engineering (1-6)
Topics In Industrial Engineering With Particular Emphasis On Recent Developments. May Be Repeated To A Maximum Of Six (6) Credit Hours.
Prerequisite: Instructor Consent.
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EIN 5931 Leadership and Communications (3)
Course Topics Include Leadership Theories, Motivation, Goal Setting, Planning, Proposal Writing And Technical Presentations. Presentations Given By Business Leaders Are Planned.
Prerequisite: Graduate Standing; EGN 3613 .
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EIN 5936 Graduate Seminar (0)
(s/u Grade Only.) Research Presentations By Faculty, Students, And Guests From Industry.
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EIN 6126 Global Manufacturing Strategy (3)
Course Topics Include Strategic Planning For The Global Marketplace, Constraint Theory, International Standards Affecting Manufacturing Policy Making And Strategy Formulation, World-class Manufacturing Strategy And Practice, And Case Studies.
Prerequisite: EIN 4333 , EIN 4395 , EIN 5399 , EIN 5524 , ESI 4523 , ESI 5451 .
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EIN 6326 Global Manufacturing Strategy
Course Topics Include Strategic Planning For The Global Marketplace, Constraint Theory, International Standards Affecting Manufacturing Policy Making And Strategy Formulation, World-class Manufacturing Strategy And Practice, And Case Studies
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EIN 6357 Advanced Engineering Economy (3)
Emphasis Will Be Placed On Topics Not Covered In The Introductory Core Course. Upon Course Completion, The Student Will Have The Capability To Solve Problems In The Broadest Context Of Engineering Economic Feasibility. This Course Is Based Entirely On The Computer In An Electronic Classroom Environment.
Prerequisite: EGN 3613 .
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EIN 6416 Manufacturing Systems Analysis (3)
Review Of Manufacturing Fundamentals, Different Approaches Of System Design, Tools For Analyzing Manufacturing Systems, And Metrics For Evaluating Manufacturing System Performance. Case Studies And Design Exercises.
Prerequisite: EIN 5524 , ESI 5524 .
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EIN 6419 Tolerancing and Metrology for Precision Manufacturing (3)
Theory And Applications Of Tolerancing Techniques In Precision Machining. Topics Include Tolerance Representation, Tolerance Stackup, Tolerance Analysis And Synthesis, Statistical Tolerancing, Coordinate Measuring Machines, Form Error Evaluation Algorithms, And Advanced Topics In Form Error Assessment. Case Studies And Design Exercises.
Prerequisite: EIN 5398 , EIN 5412 .
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EIN 6609 Advanced Computer Numerical Control and Applications (3)
In This Course Students Will Study The Principles And Applications Of Advanced Numerical Control Systems
Prerequisite: EIN 5392 , EIN 5398 , EIN 5412 .
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EIN 6629 Toler & Metrology Manufac
Theory And Applications Of Tolerancing Techniques In Precision Machining. Topics Include Tolerance Representation, Tolerance Stackup, Tolerance Analysis And Synthesis, Statistical Tolerancing, Coordinate Measuring Machines, Form Error Evaluation Algorithms, And Advanced Topics In Form Error Assessment. Case Studies And Design Exercises.
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EIN 6901 Master’s Thesis (1-6)
(s/u Grade Only.) Each Master’s Thesis Shall Be Supervised By A Master’s Degree Supervisory Committee. Completed Master’s Thesis Shall Be Presented To The Department In The Form Of A Written Report And A Seminar. May Be Repeated To A Maximum Of Nine (9) Credit Hours.
Prerequisite: Approval By Department.
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EIN 6976 Master Thesis Defens
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EIN 6980 Dissertation (3-24)
(s/u Grade Only.) Mandatory Class For All Ph.d. Seeking Students. May Be Repeated To A Maximum Of Forty-eight (48) Semester Hours.
Prerequisite: Doctoral Candidate Standing.
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EIN 8964 Prelim Doctoral Exam (0)
(s/u Grade Only.)
Prerequisite: Doctoral Candidate Standing.
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EIN 8976 Master’s Thesis Defe (0)
(s/u Grade Only.)
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EIN 8985 Dissertation Defense (0)
(s/u Grade Only.)
Prerequisite: Doctoral Candidate Standing.
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Engineering Industrial (Systems) |
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ESI 3312C Operations Research I: Deterministic (3)
The Following Topics Will Be Treated With Emphasis On Validation Of Algorithms And Derivation Of Heuristics; Linear Programming, Assignment Problems, Cpm, Network Flows, Discrete Optimization, Branch And Bound Solution Method, And Dynamic Programming. Design Exercises.
Prerequisite: MAP 3305 .
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ESI 4234 Qual Cont & Rel Eng
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ESI 4313 Operations Research II: Nondeterministic (3)
Pert, Markov Chains, Queuing Theory, Stock Control, Renewal Theory And Replacement Policies And Illustrations With Production System Examples. Design Exercises.
Prerequisite: MAP 3305 , EGN 3443 .
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ESI 4523 Simulation of Industrial Engineering Systems (3)
Simulation Modeling And Computer Solution Of Industrial Engineering Systems. Modeling Strategies, Probability Considerations, Simulation Language, Simulation Verification And Engineering Case Studies.
Prerequisite: ESI 4234 .
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ESI 5154 Statistical Process Control (3)
Advanced Methods Of Statistical Process Control For Univariate And Multivariate Processes, Methods For Change Point Detection And Estimation, Control Chart Performance Comparisons, Process Capability Studies.
Prerequisite: ESI 4234 and ESI 5417 .
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ESI 5223 Statistical Process Control
Advanced Methods Of Statistical Process Control For Univariate And Multivariate Processes, Methods For Change Point Detection And Estimation, Control Chart Performance Comparisons, Process Capability Studies.
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ESI 5228 Intro to ISO 9000
Introduction To ISO 9000 Quality System Standards. Quality Auditing. Audit Report Writting. Documenting The Requirements. Case Studies And Demonstrations.
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