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Engineering Industrial (Systems) |
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ESI 5529 Adv Simula Applica
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ESI 5580 Applications In Knowledge Engineering (3)
Prerequisite: CGS 3460. 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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ESI 5680 Appli Know Engineer
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ESI 6498 Advanced Topics in Optimization (1-9)
Prerequisite: ESI 5408 . Depending On The Research Interests Of The Students And The Instructor, This Course Shall Cover Advanced Topics In Optimization And Their Applications In Industrial Engineering. Each Student Shall Produce A Tutorial Paper On An Optimization Problem/topic To Be Approved By The Instructor.
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Engineering Materials |
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EMA 4211 Adv Mech Of Material
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EMA 4225 Mechanical Metallurgy (3)
Prerequisite: EML 3012C . Tensile Instability, Crystallography, Theory Of Dislocations, Plasticity, Hardening Mechanisms, Creep And Fracture, Electron Microscopy, Composite Materials.
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EMA 4501 Optical and Electron Microscopy (3)
Prerequisite: EML 3012C . Or Permission Of Instructor. Fundamentals And Techniques Of Optical And Electron Microscopy As Applied To The Determination Of Physical, Chemical, And Structural Properties Of Materials And Materials Behavior In Practice.
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EMA 5182 Composite Materials Engineering (3)
Course Provides Basic Understanding Of Composite Materials. Topics Include Introduction To Composite Materials, Properties And Forms Of Constituent Materials, Consideration Of Composite Behavior And Failure Modes, Characterization Of Material Performance And Testing, Introduction To Available Manufacturing Techniques, Laboratory Demonstrations, And Case Studies.
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EMA 5185 Composite Materials and Structures (3)
Prerequisite: EML 3234 , EGM 3520 , EML 3302L . Includes A Treatise Of The Various Methodologies Of Processing And Property Characterizations. Design Aspects And Industrial Applications Of Current Advanced Composite Materials In All Major Categories.
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EMA 5226 Mechanical Metallurgy (3)
Prerequisite: EGM 3520 , EML 3234 . Tensile Instability, Crystallography, Theory Of Dislocations, Plasticity, Hardening Mechanisms, Creep And Fracture, Electron Microscopy, Composite Materials.
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EMA 5505 Opt & Elec Microscop
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Engineering Mechanics |
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EGM 3512 Engineering Mechanics (4)
Prerequisite: MAC 2312 ; PHY 2048 . Corequisite: MAC 2313 Topics In This Course Include Statics And Dynamics Of Particles And Rigid Bodies Using Vector Analysis, Free Body Diagrams, Equilibrium Of Particles And Rigid Bodies, Particle And General Rigid Body Motion, Work/energy, And Impulse And Momentum Methods.
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EGM 3520 Mechanics of Materials (3)
Prerequisite: EGN 3311 . Concept Of Stress And Strain, Hookes Laws, Torsion, Bending, Combined Loading, Mohrs Circle, Deflections, Design Of Pressure Vessels, Shafts, Beams, Columns, Energy Methods.
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EGM 3934 Spec Topics Ind Eng
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EGM 5351 Introduction to Finite Element Methods of Analysis (3)
Prerequisite: EGN 5456 . Study Of Variational Principles, Weak Formulation, Finite Element Formulation Of Second And Fourth Order Equations, And Computer Code Development.
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EGM 5444 Advanced Dynamics (3)
Prerequisite: EGN 3321 , EML 3220 , MAP 3306. Topics Include Particle And Rigid Body Kinematics, Particle And Rigid Body Kinetics, D’alembert Principle, Lagrange’s Equations Of Motion, System Stability, Computational Techniques, Orbital Dynamics, Multi-body Dynamics.
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EGM 5611 Introduction To Continuum Mechanics (3)
Prerequisite: Graduate Standing. Solid And Fluid Continua. Cartesian Tensor Theory. Kinematics Of Infinitesimal Deformation, Relations Between Stress, Strain, And Strain Rate For Elastic, Plastic, And Viscous Solids And For Compressible And Viscous Fluids. General Equations Of Continuum Mechanics, Integral Forms, And Their Physical Interpretation. Particular Forms Of Equations And Boundary Conditions For Elastic And Viscoelastic Solids And Newtonian Fluids.
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EGM 5630 Mechanics of Composite Materials (3)
Prerequisite: EGM 5611 . Micromechanics Of Fiber-reinforced Composites; Thermomechanical Characterizations Of Polymeric, Metallic, And Ceramic Matrix Composite; Failure Mode; Interface And Design Of Composite Structures.
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EGM 5653 Theory of Elasticity (3)
Prerequisite: EGM 5611 . This Is An Introductory Course Which Provides Background Necessary To Mechanical Engineers Who Wish To Pursue The Area Of Theoretical Or Analytical Solid Mechanics. Topics Include Cartesian Tensors, Kinetics And Kinematics Of Motion, Constitutive Equations, Linearized Theory Of Elasticity, And Solutions To Boundary Value Problems.
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EGM 5671 Theory of Plasticity and Viscoelasticity (3)
Prerequisite: EML 5155 . Provides Knowledge Of Inelastic Behavior Of Materials Under Multiaxial Loading Conditions Which Is Essential To Mechanical Engineers Specializing In Solid Mechanics.
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EGM 5810 Viscous Fluid Flows (3)
Prerequisite: EML 5709 . Presents The Basic Fundamentals Underlying The Mechanics Of Gas, Air, And Fluid Flows. Discussion Of The Possible Methods Of Estimating And Predicting The Characteristics And Parameters Governing Those Flows.
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EGM 5934 Spec Top Mech Eng
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EGM 6290 Advanced Mechanical Vibrations (3)
Covers Analytic Dynamics, Continuous Systems, Approximate And Finite Element Methods, Nonlinear Vibrations, And Computational Techniques.
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EGM 6470 Control Systems Design (3)
Prerequisite: EGM 5630 , EML 5311 . Provides Students With The Basic System Theory And Design Techniques To Enable Them To Design Controllers For Mechanical Engineering Systems.
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EGM 6475 Appl Optimal Control
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EGM 6565 Computational Materials Science (3)
Prerequisite: EGM 5611 , EML 5060 . Course Covers Mathematical Description Of Materials At Atomic, Continuum And Meso Scales; Deformation And Defects In Solids; Evolution Of Microstructure In Polycrystalline And Composite Materials.
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EGM 6671 Theory Plastic Visco
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EGM 6845 Turbulent Flows (3)
Prerequisite: EML 5709 In-depth Study Of Turbulent, Flows, Statistical Description Of Turbulence; Instability And Transition; Turbulence Closure Modeling; Free Shear And Boundary Layer Flows; Complex Shear Flows; Development Of Computational Strategies; Recent Literature On Applications And Chaos Phenomena.
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Engineering Technology |
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ETC 2000 Volunteer Commun Ser
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ETC 2500 Transportation I
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ETC 3211 Soil Mech & Found
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ETC 3211L Soil Mech & Found-l
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ETC 3401C Computer Applications I (3)
Prerequisite: COP 3110 or Equiv. Applied Computer Applications To Problems In Civil Engineering Utilizing Micro-computers, Minicomputers And Mainframes. Linear Programming, Introduction To Scheduling, Cogo, Spread Sheets, Graphics, Estimating And Highway Design Using Computers.
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ETC 3402 Computer Applications II (3)
Prerequisite: ETC 3401C Computer Applications I (3) . or Permission Of Instructor. Applications In Computer Aided Drafting And Design (cadd). Hardware, Software, Various Devices Used, Layering, Obliques. Sectioning, 3-dimensional Modeling, Prototypes. Applications In Civil, Architectural, And Electronics Technology.
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ETC 3445 Steel & Timber Str
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ETC 4203 Wastewater Engineeri
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ETC 4216C Site Engineering Design (3)
Prerequisite: Approval Of Instructor. This Is A Practical Site Engineering Design, Survey And Hydrology Interaction. Applications In (i) Roadway Design (x-design, Plan/pro-file) (II) Grading Plan Design (III) Hydrological Analysis. A Hands-on Civil Engineering Computer Design Using Softdesk, Application Of Computer Analysis, Application And Modeling, (formerly Sca) Software And Autocadd.
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ETC 4413 Struct Analysis II
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ETC 4451L Reinf Concrete I Lab
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ETC 4454 Reinf Concrete I
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ETC 4454L Reinforced Concrete I Lab
Basic Theory Of Ultimate Strength And Working Stress Design Methods. Analysis And Design Of Rectangular Beams And Slabs For Bending, Shear, And Bond; T-beams; Requirements Of Aci Code; Design And Analysis Of Columns. Spread Footing Design.
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ETC 4455 Reinforced Concrete II (3)
Prerequisite: ETG 4450. Corequisite: ETC 4455L (1) Position Of Loads On Continuous Beams For Determination Of Maximum Moments And Shears. Moment Distribution. Design And Analysis Of Continuous Beams. Cantilever Retaining Walls. Reinforced Concrete Columns, Interaction Diagram And Its Applications. Spread Footings, Mat Foundations.
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ETC 4455L Reinforced Concrete I Laboratory (1)
Prerequisite: ETG 4450. Corequisite: ETC 4455l (1) Position Of Loads On Continuous Beams For Determination Of Maximum Moments And Shears. Moment Distribution. Design And Analysis Of Continuous Beams. Cantilever Retaining Walls. Reinforced Concrete Columns, Interaction Diagram And Its Applications. Spread Footings, Mat Foundations
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ETC 4456 Prof Certificat Trai
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ETC 4500C Transportation I (3)
Prerequisite: SUR 2140 . Highway Economics And Finance, Highway Planning, Traffic Surveys, Introduction To Geometric Design Of Highways. Drainage, Earthwork, Soil Stabilization, Types Of Asphalt. Flexible And Rigid Pavements, Design Of Flexible Pavements. Road Maintenance.
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ETC 4501 Transportation II (3)
Prerequisite: ETC 4500 Transportation I. Advanced Topics In Transportation To Include Roadway Systems, Airports, Rail, Mass Transit, And Ports. Applications And Analysis Of Geometric Design, Transportation Planning, Traffic Analysis, And Alternate Analysis.
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ETC 4602 Water Supply Enginee
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ETC 4905 Directed Individual Study (3-6)
Prerequisite: Consent Of The Instructor. Students Pursue A Special Project Or Study Related To The Field.
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ETC 4940 Civil Eng Internship
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ETC 4970 Technical Project (2)
Prerequisite: Senior Standing. Research And Presentation Of An Acceptable Written Project, Including In-depth Study And/or Application Of Engineering Principles.
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ETC 5208 Adv Wastewater Eng
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ETC 5605 Adv Water Supply Eng
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ETE 1010 Elec Fundamentals
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ETE 1049 Introduction to Teaching Technology Education (3)
This Course Provides The Opportunity For Each Technology Education Student To Begin The Professional Development Phase As It Relates To The Philosophy Along With The Theory And Practice Of Technology Education Modeling Activities Will Connect Curriculum And Pedagogical Methods Within Lecture And Laboratory Environments. Students Will Also Conduct 15 Hours Of Selected 6-12 School Observations
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ETE 2210C Introduction To STEM Education (3)
This Laboratory Based Course Is An Introduction To Stem And The Technologies That Can Be Implemented In K-6 Classrooms. This Course Is Designed For Student Who Are Education Majors As Well As Technology Educations Majors. The Overarching Goals Of This Course Are To Offer Each Student The Opportunity To Design And Build Teaching And Learning Activities That Integrate Concepts Related To Science. , Technology And Mathematics (stem) Principles And Standards , Communication, Reading Literacy , And Social Science With Technology.
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ETE 2284C Fundamentals Of Wood Finishing And Furniture Refinishing (3)
Basic Technical Information On Physical Properties Of Wood, Finishing Materials, Their Application And Treatment On Various Woods.
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ETE 2630 Pulse & Switch Cir
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ETE 3033 Network Analysis
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ETE 3043C Arts And Crafts (3)
Experiences In Crafts Such As Woods, Plastic, Metals, Leather, Textiles And Other Related Craft Materials.
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ETE 3402C Processing and Testing of Engineering Materials (3)
Comprehensive Approach To Teaching Technically-oriented Industrial Materials And Processes In Woods, Metals, Plastics, And Others.
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ETE 3422 Communication System
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ETE 3424C Construction Practices (3)
Plastics, Their Sources, Classification, Structure, Characteristics, And Uses. Fundamental Processes Include Forming Imbedding, Bending, Engraving, Internal Carving, Dyeing, Simple Laminating, Casting, Simple Thermoforming, Asse
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ETE 3434 Electrical/Electronics Technology I (3)
Basic Theory Of Direct Current Electricity, Its Various Sources, Characteristics And Application. Includes Ohms And Watts Laws And Their Application To Series, Parallel, And Series-parallel Circuits.
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ETE 3435C Energy and Power (3)
Fundamentals Principles And Functions Of Small Power Units. Lab Experience In Operation, Maintenance, Tune-up, And Overhaul Procedures Of Two And Four Cycle Engines.
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ETE 3444C Technical Drawing and Design (3)
Information And Exercises In Instrument And Free-hand Orthographic Drawing, Pictorial Forms, Work Drawings, Primary Auxiliary Views, Sections, Isometric. Oblique Drawings And Dimension Drawing Conventions.
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ETE 3454C Technical Drawing (3)
Study And Application Of Advanced Mechanical Drawing Techniques.
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ETE 3463C Bio-related Technologies (3)
Research And/or Lab Experiences In Development Of Skills In Drawing And Design. Experiences May Be In-or Out-of-class At The Discretion Of The Professor.
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ETE 3474C Transportation Systems (3)
Understanding Modern Transportation Systems. Lab Experiences Stress Fundamentals Of The Automobile And Its Efficient And Safe Operation.
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ETE 3543C Organization And Management Of The General Shop (3)
Selection And Arrangement Of Equipment And Related Materials; Safety; Personnel Systems; Principles And Procedures Underlying Modern School Shop Planning And Control (industrial Arts/technology Education
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ETE 3643C Power Technology (3)
Transmission Of Power By Mechanical, Hydraulic, And Pneumatic Means. Internal Combustion, Gasoline And Diesel Engines, Gas And Steam Turbines, And Atomic Solar Energy.
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ETE 3721 Electromech Comp
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ETE 4212C Elementary Technology Education (industrial Arts) (3)
Provides Elementary And Technology Education (industrial Arts) Teachers With Knowledge Of Industrial Processes To Enable Them To Integrate Concepts And Constructional Activities Into Planning And Teach
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ETE 4344 Instructional Methods In Technology Education (3)
Teaching Methods, Devices, Techniques, Class Organization, Information About Students Used In Teaching Shop And Related Subjects. Technology Education Major Only.
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ETE 4414C Information Technologies (3)
Content And Methods Of Teaching Communication Technology; Past, Present, And Future Communication Technologies, Processes, And Influences, Of Drafting, Printing And Photography On Man And Society.
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ETE 4424 Adv Comm Systems
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ETE 4475C Introduction to Robotics and Automation (3)
Content And Methods Of Teaching Contemporary Construction Technology. Management, Personnel, And Production Techniques, Utilized In Construction Industries.
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ETE 4476 Problems In Technology Education (industrial Arts) (3-5)
A Broad Study Of The Relationship Of Technology Education Systems And Curricula Implications For People, Society And Environment.
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ETE 4940C The World Of Manufacturing (3)
Content And Methods Of Teaching Contemporary Manufacturing Technology. Management, Personnel, And Production Techniques, Utilized In Construction Industries.
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ETE 4941 Student Teaching In Technology Education (industrial Arts) (9)
Prerequisite: Completion Of All Courses In Major Sequence. Intensive Study And Application Of Principles Of Teaching And Learning; Full-time Teaching Experiences Under Capable Teachers In Cooperati
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ETE 5640C Trends And Issues In Industrial Arts (3)
State And Federal Legislation Affecting The Field Of Industrial Arts. May Be Repeated For A Maximum Of 6 Semester Hours.
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ETE 5669 Special Problems In Industrial Arts (3-5)
Experiences Designed To Meet The Technical Updating And Other Specific Needs Of Industrial Arts Teachers In The Existing And New Technologies.
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ETE 5750 Research In Industrial Arts Education (3)
Review And Evaluation Of Published Research In Industrial Arts Education. Design And Development Of Surveys.
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ETE 5766 Testing And Evaluation In Industrial Education (3)
Significance Of Tests And Measurements In Modern Program Of Industrial Education. Emphasis Is On Various Types Of Tests And Techniques Of Testing And Evaluating. Elementary Statistics Involved.
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ETE 5800C Philosophy Of Industrial Arts Education (3)
Historical And Philosophical Basis Of Industrial Arts, Including Its Implications On Research And Curriculum Development.
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ETE 5930 Seminar In Industrial Arts (3)
Current Issues In Industrial Arts. May Be Repeated For Maximum Of 6 Semester Hours.
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ETG 1000 Intro To Engr Tech
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ETG 2510 Dynamics (3)
Prerequisite: ETG 2502 Statics . Kinematics Of Rectilinear And Curvilinear Motion Of Rigid Bodies, Kinetics Of Translation, Rotation Of Particles And Plane Motion Of Rigid Bodies, Work And Energy Relations, Impulse And Momentum Principles.
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ETG 2530 Strength Materials I
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ETG 2530L Strength Mater I Lab
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ETG 3111 Numerical Methods
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ETG 3531L Strength Material II
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ETG 3612 Operations Research For Engineering Technology II (3)
Prerequisite: ETG 3611 Operations Research For Engineering Or Permission Of Instructor. Research Techniques In Project Management, Scheduling, Logic Analysis, Precedence, Critical Path Analysis, Pert Analysis, Computer Graphics, Computerized Scheduling Techniques.
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ETG 4411 Nuclear Power Engr
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