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Mathematics |
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MAP 3341 Partial Differ Equat
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MAP 4103 Mathematical Modeling (3)
Mathematical Models Of Problems In The Social, Life, Physical, And/or Management Sciences. Includes Models For Growth Processes And Ecology. Computer Simulation.
Prerequisite: MAC 3313.
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MAP 4170 Intro Actuarial Math
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MAP 4341 Ele Prtl Dfrnl Equ I
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MAP 5341 Partial Diff Equat I
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MAP 5345 Partial Differential Equations
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MAP 5395 Adv Fin Elemnt Meth
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MAS 3105 App Linear Algebra I (3)
Investigation Of Systems Of Linear Equations, Vector Spaces Over A Field, Linear Transformations, Theory Of Determinants And Canonical Forms.
Prerequisite: MAC 2312 or Consent of Instructor.
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MAS 3105 Linear Algebra (3)
Investigation Of Systems Of Linear Equations, Vector Spaces Over A Field, Linear Transformations, Theory Of Determinants And Canonical Forms.
Prerequisite: MAC 2312 or Consent of Instructor.
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MAS 4106 Appld Linr Algbra II
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MAS 4203 Introduction To Number Theory (3)
Mathematical Induction; Linear Diophantine Equations And Congruences, Chinese Remainder Theorem, Euler-fermat Theorems And The Quadratic Reciprocity Law With Applications.
Prerequisite: MAC 3313 Or Consent Of Instructor.
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MAS 4301 Abstract Algebra (3)
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MAS 4303 Intro Abs Alg II
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MAS 5307 Grp/rngs/vctor Spa I
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MAS 5311 Algebraic Struct I
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MAS 5317 Struct Real Num Sys
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MAS 5329 Group Thry Phy Scien
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MAT 18 College Preparatory Mathematics (3)
A precollegiate course that prepares students for college level mathematics and focuses on properties of real number, numbers systems, rational numbers, linear equations and inequalities, properties of exponents and radicals, functions and graphs, word problems.
Course Attribute: PREP
Course Attribute Value: CPREP-MAT
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MAT 28 Developmental Mathematics II
Topics Include: Exponents & Polynomials; Factoring; Radicals; Rationales; Linear Equations; Graphing
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MAT 1013 Intro Quant Skills
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MAT 1024 College Prep Algebra
Calculation Skills, Number Systems, Elementary Algebra And Statistics, Flow Charts And Elementary Programming
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MAT 1033 Col Alg Lib Art Stud
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MAT 1935 Enhan Math Sks(mis)
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MAT 4906 Directed Individualized Study (3)
Independent Study Or Research Under Supervision Of Faculty Member.
Prerequisite: Consent Of Instructor.
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MAT 4930 Actuarial Tutorial
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MAT 4937 Pro-seminar In Math (3)
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MAT 5906 Directed Indiv S
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MAT 5907 Directed Indiv Study
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MAT 5939 Seminar Mathematics
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MGF 1106 Liberal Arts Math I (3)
Major Topics: Number System, Elementary Statistics And Probability; Geometry And Measurement; Logic. This Is A Gordon Rule Course Suitable For Students Who Are Not Required To Take Calculus.
Course Attribute: General Education
Course Attribute Value: Mathematics
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MGF 1107 Liberal Arts Mathematics II (3)
This Course Is Approved For General Education Mathematics Credit. It May Be Used By Students Wanting More Preparation Before Taking College Algebra. Major Topics Include The Real Number System, Problem Solving, Modeling, Graphing, And Series.
Course Attribute: General Education
Course Attribute Value: Mathematics
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MGF 1107 Practical Finite Mat
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MGF 1118C Selected Topics in College Mathematics (1)
Major Topics Symbolic Logic And Analysis Of Valid Reasoning; Informal Geometry, Elementary Probability And Statistics; Algebra Review (individualized). This Course Is Designed Primarily For Clast Preparation Of Students Who Have Not Taken Mgf 1108 Or MAD 2120 Or Mgf 1107.
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MGF 1201C Sel Top In Col Math
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MGF 1207 Finite Mathematics
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MGF 2212 Finite Mathematics
Course Attribute: General Education
Course Attribute Value: Mathematics
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MGF 3301 Intro Adv Mathematcs
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MGF 5126 Struct & Conc Arith
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MHF 2202 Advance Mathematics I.
This Is A Course Derived From Appropriate Test Scores (i.e. Ib) Approved By The Articulation Coordinating Committee Credit-by-exam Equivalents
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MHF 2209 Advance Mathematics II
This Is A Course Derived From Appropriate Test Scores (i.e. Ib) Approved By The Articulation Coordinating Committee Credit-by-exam Equivalents
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MHF 4202 Foundations of Mathematics (3)
Major Topics: General Techniques Of Mathematical Induction, Number Systems, Relations, Functions, Equivalence Relations, Binary Operations, Limits And Continuity.
Prerequisite: MAC 2312 .
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MHF 5206 Struc & Conc Of Arit
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MTG 2206 College Geometry
Course Attribute: General Education
Course Attribute Value: Mathematics
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MTG 4212 Modern Pure Geometry (FALL ONLY) (3)
Fundamental Concepts Of Euclidean Geometry Treated In Specialization Of Projective Geometry. Postulate Of Projectivity, Quadrangles, Theorems Of Desargues, Pappus And Pascal. Harmonic Sets, Postulates Of Separation, Matrices, Cross Ratio, Affine And Homothetic Transformations, Non-euclidean Geometry (geometry Of Bolyai-lobachevsky).
Prerequisite: Consent Of Instructor.
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MTG 4302 Elementary Topology (3)
Elementary Set Theory And Logic; Topology Of Real Line And Euclidean N-space; Continuous Functions; General Topological Spaces, And Topological Properties. Hausdoff Spaces; Connectedness.
Prerequisite: MAC 3313.
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MTG 5220 Logic And Geometry
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Mechanical Engineering |
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EMA 4806 Computational Material Physics (3)
This course covers numerical simulation techniques for predicting various physical properties of conventional materials, nanomaterials, and biomaterials. Example properties include elasticity, viscosity, thermal conductivity, diffusivity, wettability, phase transition temperatures, etc. The goal is to use computational material physics tools (molecular dynamics, Monte Carlo, Brownian dynamics, density functional theory, and etc.) to understand, predict, and design new materials and guide experimental studies at the atomistic level
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EMA 5507 Computational Material Physics (3)
This course covers numerical simulation techniques for predicting various physical properties of conventional materials, nanomaterials, and biomaterials. Example properties include elasticity, viscosity, thermal conductivity, diffusivity, wettability, phase transition temperatures, etc.
The goal is to use computational material physics tools (molecular dynamics, Monte Carlo, Brownian dynamics, density functional theory, and etc.) to understand, predict, and design new materials and guide experimental studies at the atomistic
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EML 3002 Mechanical Engineering Tools (2)
This course is an introduction to thermal-fluid engineering necessary to understand the principles of operation of the engine built and modeled in the laboratory course
Prerequisite: MAC 2311 ; PHY 2048 and PHY2048L
EML 3002L
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EML 3002L Mech Eng Tools Lab (3)
This course covers computer aided design and drafting, programming, machining, and a basic introduction to the mechanical engineering profession and ethics.
Prerequisite: MAC 2311 and PHY 2048C
Corequisite: EML 3002
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EML 3004 Introduction to Mechanical Engineering (3)
This course covers the application of calculus and physics to engineering problems, statics, and a basic introduction to engineering design and analysis
Prerequisite: PHY2048 and PHY2048L
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EML 3011C Mechanics and Materials I (4)
This Course Is The First Part Of A Two-part Sequence Integrating Concepts Of Mechanics And Principles Of Materials. Provides the Student With A Broad Based Introduction To, And Understanding Of, The Application Of Materials In Structural Design, The Processing Of Mechanical Components And The Manufacture Of High Technology Products.
Prerequisite: CHM 1045 , CHM 1045L ; EML 3002; EML 3004; MAC2313
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EML 3012C Mechanics and Materials II (3)
This Course Is The Second Part Of A Two-part Sequence, Integrating Mechanics And The Principles Of Materials Science. Emphasis Is On Measurement Techniques And Experimental Methods In Solid Mechanics And Materials Science. Topics Covered Include Tensile, Impact, Torsion, Fatigue And Combined Loading; Beams In Bending; Structures Of Steel And Other Concepts Learned In Mechanics Of Materials And Materials Science. This Course Also Gives The Students An Insight Into Technical Report Writing Techniques.
Prerequisite: EML 3011C ; PHY2049; PHY2049L
Corequisite: EML 3234
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EML 3013C Dynamic Systems I (4)
This Course Is The First Part Of An Integrated Sequence In Dynamics, Vibrations And Controls. Material In This First Course Includes The Following: Absolute And Relative Motion Of Particles And Rigid Bodies In Inertial, Translating And Rotating Coordinate Frames; Derivation And Computer Solution Of Differential Equations Of Motion; Single Degree Of Freedom Vibrations, And Elementary Feedback Control.
Prerequisite: EML 3002 and EML 3004
Corequisite: MAP3305 or MAP2302
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EML 3014C Dynamic Systems II (3)
This Course Is The Second Part Of An Integrated Sequence In Dynamics, Vibrations And Controls. Material In This Second Course Includes The Development Of The Equations Of Motion For Translational And Rotational Mechanical Systems, Electrical Systems, And Electromechanical Systems; System Response Using Standard Differential Equation Solution Techniques And Laplace Transforms; Frequency Response And Impedances; Linearization Of Nonlinear System Models, And Block Diagrams And Feedback Control Strategies.
Prerequisite: EML 3013C .
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EML 3015C Thermal-fluids I (4)
First Of A Two-part Sequence Presenting An Integrated Treatment Of Traditional Topics On Thermodynamics, Fluid Mechanics And Heat Transfer. The Essential Role Of Each Of These Related Elements And Their Connections Is Examined In The Context Of Real-world Systems. Materials Covered Include: First And Second Laws Of Thermodynamics; Power And Refrigeration Cycles; Heat Transfer Modes Including Steady And Time Dependent Conduction, Convection And Radiation; Fluid Statics; Mass Momentum And Energy Conservation; Bernoulli’s Equation; Internal And External Flows.
Prerequisite: EML 3011C, EML 3013C; MAC 2313 .
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EML 3016C Thermal-Fluids II (4)
Second Of A Two-part Sequence Presenting An Integrated Treatment Of Traditional Topics On Thermodynamics, Fluid Mechanics And Heat Transfer. The Essential Role Of Each Of These Related Elements And Their Connections Is Examined In The Context Of Real-world Systems.
Prerequisite: EML 3015C .
Corequisite: EML 4304L
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EML 3017C Mechanical Systems I (4)
This Is The First Course In A Sequence Of Two Courses Intended To Provide The Essential Tools For The Design And Analysis Of Mechanical Systems. Emphasis Is On Linkages; Constraints And Degrees Of Freedom; Position, Velocity, And Acceleration Analysis; Cams, Gears And Gear Trains, Static And Dynamic Analysis; Computer Simulations And Models Of Components And Systems; Team Class Projects Involving Dissection Of Existing Machines And Design And Manufacture Of New Mechanical Systems.
Prerequisite: EML 3011C , EML 3013C ; MAP 3305 or MAP 2302.
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EML 3018C Mechanical Systems II (4)
This Is The Second Course In A Sequence Of Two Courses Intended To Provide The Essential Tools For The Design And Analysis Of Mechanical Systems. Emphasis Is On Materials; Stress Analysis; Shaft Design; Bearings And Lubrication; Fasteners And Connectors; Joints; Clutches, Brakes, Couplings And Flywheels; Flexible Elements; Shafts; Computer Simulations And Models Of Components And Systems; Team Class Projects Involving Dissection Of Existing Machines And Design And Manufacture Of New Mechanical Systems.
Prerequisite: EML 3017C .
Corequisite: EML 3012C
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EML 3100 Thermodynamics (2)
Fundamentals Of Thermodynamics. System Description, Common Properties. Properties Of Pure Substances. Mathematical Foundations. First And Second Laws Of Thermodynamics, Closed And Open Systems. Equations Of State And General Thermodynamic Relations. For Non-mechanical Engineering Majors.
Prerequisite: CHM 1045 ; MAC 2312 ; PHY 2048 .
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EML 3234 Material Science and Engineering (3)
This course includes concepts of materials science and their relevance to engineering design. Recent advances in engineering materials science
Prerequisite: CHM 1045 , PHY 2048 and PHY 2048L
Corequisite: Includes concepts of materials science and their relevance to engineering design. Recent advances in engineering materials science.EML 3004 .
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EML 3811 Mechatronics I (2)
This Course Is An Introduction To Mechatronics By Lab Experience For The Interfacing Of Mechanical And Electrical Systems. It Focuses On Embedded Controllers ( Motorola Hcs12) And Their Programming Power And Interfacing Electronics Actuators, Sensors, And Integration Of These Components To Create A Complete Functional Mechatronic System. It Provides Instruction And Practical Exercises In Microcontroller Programming; Interfacing Microcomputers With Sensors And Actuators; Hybrid ( Analog/digital) Design; Digital Logic And Analog Circuitry; Data Acquisition And Control; Microcomputers Architecture, Assembly Language Programming; Signal Conditioning, Filters, Analog-to-digital And Digital-to-analog Conversion
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EML 3949 Cooperative Work Experience (0)
Cooperative Work Experience (s/u Grade Only.)
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EML 4161 Cryogenics (3)
This course focuses on the fundamental aspects of cryogenic system engineering: properties of materials and fluids at low temperatures; cryogenic heat transfer and fluid dynamics; low temperature refrigeration and system engineering
Prerequisite: EML 3015C, EML 3106, and EML 3234
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EML 4261C Dsgn Machine Element
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EML 4288 Vehicle Design
This Is An Introductory Course In Vehicle Dynamics. In Particular It Examines The Primary Features Of Vehicle Design That Relate To Performance: Suspension, Steering, Chassis, And Tires. It Uses The Latest In Industry Standard Software To Examine The Various Design Parameters Influencing Vehicle Performance And Handling
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EML 4304L Experiments in Thermal and Fluid Sciences (3)
This engineering laboratory explores measurements In Fluid And Thermal Applications, Including Basic Concepts For Design Of Experiments, Measurement Devices, And Their Performance Characteristics; Measurement Of Fluid And Thermal Properties, Pressure, Velocity, And Temperature; Calibration Procedures; Experiments In Fluid Flow And Heat Transfer; Design Of Engineering Experimental Systems; Laboratory Work, Report Writing.
Prerequisite: EML 3012C, EMl 3015C
Corequisite: EML 3016C
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EML 4312 Design and Analysis of Control Systems (3)
Mathematical Modeling Of Continuous Physical Systems. Frequency And Time Domain Analysis And Design Of Control Systems. State Variable Representations Of Physical Systems.
Prerequisite: EML 3014C .
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EML 4316 Advanced Design and Analysis of Control Systems (3)
Design Of Advanced Control Systems (using Time And Frequency Domains) Will Be Emphasized. Implementation Of Control Systems Using Continuous (operational Amplifier) Or Digital (microprocessor) Techniques Will Be Addressed And Practiced.
Prerequisite: EML 4312 .
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EML 4321 Manufacturing Processes Control (3)
Automation and control of manufacturing processes have been vigorously pursued in modern manufacturing to cope with the demand of increased productivity and quality. This trend toward computerization and integration leads to a demand for appropriately trained engineers. The purpose of this course is to introduce essential knowledge in the control of manufacturing systems and processes
Prerequisite: EML 3234, EML 3012C
Corequisite: EML 4312
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EML 4421 Fundamentals of Propulsion Systems (3)
This course is an analysis of the performance of propulsion systems using fundamental principles of thermodynamics, heat transfer, and fluid mechanics. Systems studied include turbojet, turbofan, ramjet engines, as well as piston type internal combustion (IC) engines.
Prerequisite: EML 3016C .
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EML 4450 Energy Conversion Systems (3)
This course presents the challenge of changing the global energy system so it addresses reducing dependence on finite fossil energy sources and moving to environmentally sustainable energy sources. The emphasis is on greenhouse gas emissions-free energy production strategies, including renewable energy sources such as solar, wind and biomass. Topics include photovoltaic cells, fuel cells, and thermoelectric systems.
Prerequisite: EML 3016C .
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EML 4452 Sustainable Power Generation (3)
This Course Is A Continuation Of Energy-Conversion Systems For Sustainability, And Focuses On Solar Electricity, biopower, biofuels, And Hydrogen As Aenergy media. The course also explores whether hydrogen-based transportation is a practical option
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EML 4501 Machine Design (3)
This course explores the Finite Method - what it is; elementary FEM theory; structures and elements; trusses, beams, and frames; two-dimensional solids; three-dimensional solids; axisymmetric solids; thin-walled structures; static and dynamic problems; available hardware and software; basic steps in FEM analysis; pre/post processing; interpretation of results; advanced modeling techniques; design optimization; advanced materials using FEM.
Prerequisite: EML 3018C .
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EML 4512 Thermal-Fluid Design (3)
This Course Is Intended To Develop The Students Awareness And Understanding Of The Relationship Between Fluid Mechanics, Thermodynamics, And Heat Transfer In Consideration Of Design. Emphasis Is Placed Upon Energy Systems Components Such As Heat-exchangers, Piping Networks, And Pumps. Includes A Student Project.
Prerequisite: EML 3016C .
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EML 4536 Design Using FEM (3)
This course explores the Finite Method - what it is; elementary FEM theory; structures and elements; trusses, beams, and frames; two-dimensional solids; three-dimensional solids; axisymmetric solids; thin-walled structures; static and dynamic problems; available hardware and software; basic steps in FEM analysis; pre/post processing; interpretation of results; advanced modeling techniques; design optimization; advanced materials using FEM
Prerequisite: EML 3018C .
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EML 4542 Materials Selection in Design (3)
Senior Standing In Mechanical Engineering. This course examines the selectionApplication Of Materials Predicated On Material Science And Engineering Case Studies Covering Most Engineering Applications.
Prerequisite: EML 3012C ;
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EML 4550 Engineering Design Methods (3)
This course is a formal lecture component of the mechanical engineering ‘capstone’ senior design course project. The course covers the product design cycle from problem identification and need assessment, to specification, concept generation and selection, preliminary design, materials selection, and final design. The design process is placed in context by presenting topics such as legal and ethical issues, product reliability and liability considerations, engineering economics, and optimal design.
Prerequisite: EML 3002L and EML 3004
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EML 4551C Senior Design Project I (3)
The First In A Two-part Course Sequence Presenting An Integrated System Design Approach For Engineering Product Realization. Course Blends The Perspectives Of Market Research And Planning, Design Cycle, Project Management And Teamwork, And Technical Reporting. This Is The “Capstone” Course For Mechanical Engineering Students. The Course Offers Weekly Sessions In Which Teams Are Coached During The Different Phases Of The Project, Plus Frequent And Extensive Design Reviews. Otherwise, This Course Does Not Have Traditional Lectures/tests, But Is Rather Structured To Closely Resemble “On-the-job” Engineering Education.
Prerequisite: EML 3012C , EML 3014C , EML 3016C , EML 3018C .
Corequisite: EML 4550
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EML 4552C Senior Design Project II
The Second Part Of The Engineering Design Systems Course. The Material Covered Is A Continuation Of Topics In The First Part And The Completion Of A Student- Designed Product.
Prerequisite: EML 4550 , 4551.
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EML 4558 Senior Design Project (3)
A Capstone Design Course, Integrating The Knowledge Gained In Undergraduate Studies By Completion Of A Team Or Individual Design Project.
Prerequisite: Senior Standing In Mechanical Engineering.
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EML 4711 Introduction to Gas Dynamics (3)
This Course Is A Thorough One-dimensional Treatment Of Compressible Flows And Applications To Nozzle, Diffuser, Sound Waves, Tunnel, And Shock Tube Flows.
Prerequisite: EML 3016C .
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EML 4800 Introduction to Robotics (3)
Basic Elements Of A Robot, Robot Actuators, And Servo Control; Sensors, Senses, Vision, And Voice; Microprocessor System Design And Computers; Kinematic Equations; Motion Trajectories.
Prerequisite: EML 3014C .
Corequisite: EML 4535C
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EML 4830 Intro Mobile Robotics
Analytical Dynamic Modeling And Dynamic Simulation Of Mobile Robots; Mobile Robot Sensors; Basic Methods Of Computer Vision; Kalman Filtering And Mobile Robot Localization;basic Concepts Of Mapping; Path Planning And Obstacle Avoidance; Intelligent Control Architectures
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EML 4905 Directed Individual Study (1-3)
Average In Mechanical Engineering Courses. May Be Repeated To A Maximum Of Twelve (12) Semester Hours.
Prerequisite: Junior Standing, A “b”
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EML 4930 Special Topics In Mechanical Engineering (1-4)
Topics In Mechanical Engineering With Emphasis On Recent Developments. Content And Credit Will Vary. Consult The Instructor. May Be Repeated To Maximum Of Twelve (12) Semester Hours.
Prerequisite: Approval Of Instructor.
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EML 4945 Practical Work In Mechanical Engineering (1-3)
(s/u Grade Only.) May Be Repeated To A Maximum Of Three (3) Semester Hours.
Prerequisite: Approval Of Adviser.
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EML 4970 Honors Work (3)
Participation In A Supervised Research Project And The Production Of A Thesis Describing The Results Of That Work. May Be Repeated To A Maximum Of Six (6) Required Semester Hours.
Prerequisite: Acceptance Into Honors Program.
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EML 5045 Manufacturing Processes Control (3)
AUTOMATION AND CONTROL OF MANUFACTURING PROCESS HAVE BEEN VIGOROUSLY PURSED IN MODERN MANUFACTURING TO COPE WITH THE DEMAND OF INCREASED PRODUCTIVITY AND QUALITY. THIS TREND TOWARD COMPUTERIZATION AND INTEGRATION LEADS TO A DEMAND FOR APPROPRIATELY TRAINED ENGINEERS. THE PURPOSE OF THIS COURSE IS TO INTRODUCE ESSENTIAL KNOWLEDGE IN THE CONTROL OF MANUFACTURING SYSTEMS AND PROCESSES.
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EML 5060 Analysis In Mechanical Engineering (3)
Familiarizes The Student With Methods Of Analysis In Mechanical Engineering. Surveys Applications Of Integration And Series, Ordinary And Partial Differential Equations, And Linear Algebra.
Prerequisite: Graduate Standing In Mechanical Engineering.
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EML 5061 Analysis In Mech Eng II
This Course Will Familiarize Students With Applications Of Vector Calculus And Partial Differential Equations In Mechanical Engineering.
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