ME

Mechanical & Materials Engineering

• ME 1020 Engineering Programming with Matlab

  Credit Hours: 

  3

  Schedule Type: 

  Lecture

• ME 1030 Fundamentals of Engineering Design

  Credit Hours: 

  2

  Schedule Type: 

  Lecture

• ME 1040 Engineering Design and Solid Modeling

  Credit Hours: 

  3

  Schedule Type: 

  Lecture

• ME 2020 Mechanical Drawing, Solid Modeling and Design

  Credit Hours: 

  3

  Schedule Type: 

  Lecture

• ME 2120 Statics

  Credit Hours: 

  3

  Schedule Type: 

  Lecture

• ME 2120R Statics Recitation

  Credit Hours: 

  0

  Schedule Type: 

  Recitation

• ME 2210 Dynamics

  Credit Hours: 

  3

  Schedule Type: 

  Lecture

• ME 2600 Metallography

  Credit Hours: 

  1

  Schedule Type: 

  Lab

• ME 2700 Structure and Properties of Materials I

  Credit Hours: 

  3

  Schedule Type: 

  Lecture

• ME 2700R Structure and Properties of Materials I Recitation

  Credit Hours: 

  0

  Schedule Type: 

  Recitation

• ME 3120 Mechanics of Materials

  Credit Hours: 

  3

  Schedule Type: 

  Lecture

• ME 3182 Additive Manufacturing Processes

  Credit Hours: 

  1.5

  Schedule Type: 

  Lecture

• ME 3210 System Dynamics

  Credit Hours: 

  3

  Schedule Type: 

  Lecture

• ME 3310 Thermodynamics I

  Credit Hours: 

  3

  Schedule Type: 

  Lecture

• ME 3320 Thermodynamics II

  Credit Hours: 

  3

  Schedule Type: 

  Lecture

• ME 3350 Fluid Dynamics

  Credit Hours: 

  3

  Schedule Type: 

  Lecture

• ME 3360 Heat Transfer

  Credit Hours: 

  3

  Schedule Type: 

  Lecture

• ME 3600 Experimental Measurements and Instrumentation

  Credit Hours: 

  3

  Schedule Type: 

  Lecture

• ME 3600L Experimental Measurements and Instrumentation Laboratory

  Credit Hours: 

  0

  Schedule Type: 

  Lab

• ME 3610 Mechanical Testing and Metallography Lab

  Credit Hours: 

  2

  Schedule Type: 

  Lecture

• ME 3750 Thermodynamics of Materials

  Credit Hours: 

  3

  Schedule Type: 

  Lecture

• ME 3760 Diffusion and Kinetics

  Credit Hours: 

  3

  Schedule Type: 

  Lecture

• ME 3870 Machining

  Credit Hours: 

  3

  Schedule Type: 

  Lecture

• ME 3870L Machining Lab

  Credit Hours: 

  0

  Schedule Type: 

  Lab

• ME 3940 Mechanical and Materials Engineering Internship I

  Credit Hours: 

  3

  Schedule Type: 

  Internship

• ME 4010 Computational Methods for Mechanical and Aerospace Engineering

  Credit Hours: 

  3

  Schedule Type: 

  Lecture

• ME 4020 Data Science in Mechanical and Materials Engineering

  Credit Hours: 

  3

  Schedule Type: 

  Lecture

• ME 4080 Design Optimization

  Credit Hours: 

  3

  Schedule Type: 

  Lecture

• ME 4120 Finite Element Analysis

  Credit Hours: 

  3

  Schedule Type: 

  Lecture

• ME 4120L Finite Element Analysis Laboratory

  Credit Hours: 

  0

  Schedule Type: 

  Lab

• ME 4121 Industrial Controls and Automation

  Credit Hours: 

  3

  Schedule Type: 

  Lecture

• ME 4121L Industrial Controls and Automation Lab

  Credit Hours: 

  1

  Schedule Type: 

  Lab

• ME 4140 Mechanical Design I

  Credit Hours: 

  3

  Schedule Type: 

  Lecture

• ME 4150 Mechanical Design II

  Credit Hours: 

  3

  Schedule Type: 

  Lecture

• ME 4160 Advanced CAD/CAM

  Credit Hours: 

  3

  Schedule Type: 

  Lecture

• ME 4170 Mechanics of Composites

  Credit Hours: 

  3

  Schedule Type: 

  Lecture

• ME 4180 Additive Manufacturing

  Credit Hours: 

  3

  Schedule Type: 

  Lecture

• ME 4182 Metal Additive Manufacturing Processing Science

  Credit Hours: 

  1.5

  Schedule Type: 

  Lecture

• ME 4185 Design for Additive Manufacturing

  Credit Hours: 

  1.5

  Schedule Type: 

  Lecture

• ME 4190 Introduction to Engineering Lubrication

  Credit Hours: 

  3

  Schedule Type: 

  Lecture

• ME 4210 Mechanical Vibration

  Credit Hours: 

  3

  Schedule Type: 

  Lecture

• ME 4210L Mechanical Vibration Laboratory

  Credit Hours: 

  0

  Schedule Type: 

  Lab

• ME 4220 Mechanical Systems Modeling and Design

  Credit Hours: 

  3

  Schedule Type: 

  Lecture

• ME 4240 Vehicle Engineering

  Credit Hours: 

  3

  Schedule Type: 

  Lecture

• ME 4250 Kinematics and Design-Mechanism

  Credit Hours: 

  3

  Schedule Type: 

  Lecture

• ME 4260 Introduction to Robotics

  Credit Hours: 

  3

  Schedule Type: 

  Lecture

• ME 4260L Introduction to Robotics Lab

  Credit Hours: 

  1

  Schedule Type: 

  Lab

• ME 4330 Compressible Fluid Flow

  Credit Hours: 

  3

  Schedule Type: 

  Lecture

• ME 4340 Simulation of Thermal-Fluids Problems with Advanced Engineering Software

  Credit Hours: 

  3

  Schedule Type: 

  Lecture

• ME 4350 Mechanics of Viscous Fluids

  Credit Hours: 

  3

  Schedule Type: 

  Lecture

• ME 4360 Principles of Internal Combustion Engines

  Credit Hours: 

  3

  Schedule Type: 

  Lecture

• ME 4430 Aeronautics

  Credit Hours: 

  3

  Schedule Type: 

  Lecture

• ME 4440 Aerospace Propulsion

  Credit Hours: 

  3

  Schedule Type: 

  Lecture

• ME 4490 Aerospace Structures

  Credit Hours: 

  3

  Schedule Type: 

  Lecture

• ME 4520 Hydropower

  Credit Hours: 

  3

  Schedule Type: 

  Lecture

• ME 4530 Energy Conversion

  Credit Hours: 

  3

  Schedule Type: 

  Lecture

• ME 4540 Solar Thermal Engineering

  Credit Hours: 

  3

  Schedule Type: 

  Lecture

• ME 4550 Geothermal Energy

  Credit Hours: 

  3

  Schedule Type: 

  Lecture

• ME 4560 Wind Power

  Credit Hours: 

  3

  Schedule Type: 

  Lecture

• ME 4570 Energy Materials

  Credit Hours: 

  3

  Schedule Type: 

  Lecture

• ME 4580 Fuel Cell Science and Technology

  Credit Hours: 

  3

  Schedule Type: 

  Lecture

• ME 4585 Natural Gas Production Engineering

  Credit Hours: 

  3

  Schedule Type: 

  Lecture

• ME 4590 Advances in Clean Coal Technology

  Credit Hours: 

  3

  Schedule Type: 

  Lecture

• ME 4610 Thermal-Fluids Science Laboratory

  Credit Hours: 

  2

  Schedule Type: 

  Lecture

• ME 4620 Mechanics and Materials Testing Lab

  Credit Hours: 

  2

  Schedule Type: 

  Lecture

• ME 4680 Experimental Nanomaterials and Nanoscience

  Credit Hours: 

  3

  Schedule Type: 

  Lab

  Lecture

• ME 4700 Structure and Properties of Materials II

  Credit Hours: 

  3

  Schedule Type: 

  Lecture

• ME 4720 Engineering Polymers

  Credit Hours: 

  3

  Schedule Type: 

  Lecture

• ME 4730 Engineering Ceramics

  Credit Hours: 

  3

  Schedule Type: 

  Lecture

• ME 4740 Materials Selection and Failure Analysis

  Credit Hours: 

  3

  Schedule Type: 

  Lecture

• ME 4750 Materials Characterization

  Credit Hours: 

  2

  Schedule Type: 

  Lab

  Lecture

• ME 4750L Materials Characterization Laboratory

  Credit Hours: 

  0

  Schedule Type: 

  Lab

• ME 4770 Mechanical Behavior of Metals

  Credit Hours: 

  3

  Schedule Type: 

  Lecture

• ME 4820 Corrosion

  Credit Hours: 

  3

  Schedule Type: 

  Lecture

• ME 4830 Computational Materials Science

  Credit Hours: 

  3

  Schedule Type: 

  Lecture

• ME 4840 Materials Selection for Mechanical Design

  Credit Hours: 

  3

  Schedule Type: 

  Lecture

• ME 4850 Nano-scale Science and Engineering

  Credit Hours: 

  3

  Schedule Type: 

  Lecture

• ME 4860 Metal Forming

  Credit Hours: 

  3

  Schedule Type: 

  Lecture

• ME 4870 Machining

  Credit Hours: 

  3

  Schedule Type: 

  Lecture

• ME 4870L Machining Laboratory

  Credit Hours: 

  0

  Schedule Type: 

  Lab

• ME 4880 Powder Processing Materials

  Credit Hours: 

  3

  Schedule Type: 

  Lecture

• ME 4900 Capstone Design in Mechanical Engineering I

  Credit Hours: 

  3

  Schedule Type: 

  Practicum

• ME 4910 Capstone Design I

  Credit Hours: 

  3

  Schedule Type: 

  Practicum

• ME 4920 Capstone Design II

  Credit Hours: 

  3

  Schedule Type: 

  Practicum

• ME 4930 Research in Mechanical Engineering or Materials Science and Engineering

  Credit Hours: 

  1 to 3

  Schedule Type: 

  Independent Study

• ME 4940 Mechanical and Materials Engineering Internship

  Credit Hours: 

  3

  Schedule Type: 

  Internship

• ME 4950 Honors Thesis

  Credit Hours: 

  3

  Schedule Type: 

  Independent Study

• ME 4980 Special Topics in Mechanical and Materials Engineering

  Credit Hours: 

  1 to 4

  Schedule Type: 

  Lecture

• ME 4990 Independent Study in Mechanical Engineering or Materials Science and Engineering

  Credit Hours: 

  1 to 3

  Schedule Type: 

  Independent Study

• ME 5120 Mechanics of Materials

  Credit Hours: 

  3

  Schedule Type: 

  Lecture

• ME 5210 System Dynamics

  Credit Hours: 

  3

  Schedule Type: 

  Lecture

• ME 5310 Thermodynamics I

  Credit Hours: 

  3

  Schedule Type: 

  Lecture

• ME 5320 Thermodynamics II

  Credit Hours: 

  3

  Schedule Type: 

  Lecture

• ME 5350 Fluid Dynamics

  Credit Hours: 

  3

  Schedule Type: 

  Lecture

• ME 5360 Heat Transfer

  Credit Hours: 

  3

  Schedule Type: 

  Lecture

• ME 5600 Experimental Measurements & Instrumentation

  Credit Hours: 

  3

  Schedule Type: 

  Lecture

• ME 5600L Experimental Measurements and Instrumentation Laboratory

  Credit Hours: 

  0

  Schedule Type: 

  Lab

• ME 5750 Thermodynamics of Materials

  Credit Hours: 

  3

  Schedule Type: 

  Lecture

• ME 5760 Diffusion and Kinetics

  Credit Hours: 

  3

  Schedule Type: 

  Lecture

• ME 6010 Computational Methods for Mechanical Engineering

  Credit Hours: 

  3

  Schedule Type: 

  Lecture

• ME 6020 Data Science in Mechanical and Materials Engineering

  Credit Hours: 

  3

  Schedule Type: 

  Lecture

• ME 6080 Design Optimization

  Credit Hours: 

  3

  Schedule Type: 

  Lecture

• ME 6120 Finite Element Analysis

  Credit Hours: 

  3

  Schedule Type: 

  Lecture

• ME 6120L Finite Element Analysis Laboratory

  Credit Hours: 

  0

  Schedule Type: 

  Lab

• ME 6140 Mechanical Design I

  Credit Hours: 

  3

  Schedule Type: 

  Lecture

• ME 6150 Mechanical Design II

  Credit Hours: 

  3

  Schedule Type: 

  Lecture

• ME 6170 Mechanics of Composites

  Credit Hours: 

  3

  Schedule Type: 

  Lecture

• ME 6180 Additive Manufacturing

  Credit Hours: 

  3

  Schedule Type: 

  Lecture

• ME 6190 Introduction to Engineering Lubrication

  Credit Hours: 

  3

  Schedule Type: 

  Lecture

• ME 6210 Mechanical Vibrations

  Credit Hours: 

  3

  Schedule Type: 

  Lecture

• ME 6210L Mechanical Vibrations Laboratory

  Credit Hours: 

  0

  Schedule Type: 

  Lab

• ME 6220 Mechanical System Modeling & Design

  Credit Hours: 

  3

  Schedule Type: 

  Lecture

• ME 6240 Vehicle Engineering

  Credit Hours: 

  3

  Schedule Type: 

  Lecture

• ME 6250 Kinematics & Design-Mechanisms

  Credit Hours: 

  3

  Schedule Type: 

  Lecture

• ME 6260 Introduction to Robotics

  Credit Hours: 

  3

  Schedule Type: 

  Lecture

• ME 6260L Introduction to Robotics Laboratory

  Credit Hours: 

  1

  Schedule Type: 

  Lab

• ME 6330 Compressible Fluid Flow

  Credit Hours: 

  3

  Schedule Type: 

  Lecture

• ME 6340 Simulation of Thermal-Fluids Problems with Advanced Engineering Software

  Credit Hours: 

  3

  Schedule Type: 

  Lecture

• ME 6350 Mechanics of Viscous Fluids

  Credit Hours: 

  3

  Schedule Type: 

  Lecture

• ME 6360 Principles of Internal Combustion Engines

  Credit Hours: 

  3

  Schedule Type: 

  Lecture

• ME 6430 Aeronautics

  Credit Hours: 

  3

  Schedule Type: 

  Lecture

• ME 6440 Aerospace Propulsion

  Credit Hours: 

  3

  Schedule Type: 

  Lecture

• ME 6490 Aerospace Structures

  Credit Hours: 

  3

  Schedule Type: 

  Lecture

• ME 6520 Hydropower

  Credit Hours: 

  3

  Schedule Type: 

  Lecture

• ME 6530 Energy Conversion

  Credit Hours: 

  3

  Schedule Type: 

  Lecture

• ME 6540 Solar Thermal Engineering

  Credit Hours: 

  3

  Schedule Type: 

  Lecture

• ME 6550 Geothermal Energy

  Credit Hours: 

  3

  Schedule Type: 

  Lecture

• ME 6560 Wind Power

  Credit Hours: 

  3

  Schedule Type: 

  Lecture

• ME 6570 Energy Materials

  Credit Hours: 

  3

  Schedule Type: 

  Lecture

• ME 6580 Fuel Cell Science and Technology

  Credit Hours: 

  3

  Schedule Type: 

  Lecture

• ME 6585 Natural Gas Production Engineering

  Credit Hours: 

  3

  Schedule Type: 

  Lecture

• ME 6590 Advances in Clean Coal Technology

  Credit Hours: 

  3

  Schedule Type: 

  Lecture

• ME 6680 Experimental Nanomaterials and Nanoscience

  Credit Hours: 

  3

  Schedule Type: 

  Lab

  Lecture

• ME 6700 Structure and Properties Materials II

  Credit Hours: 

  3

  Schedule Type: 

  Lecture

• ME 6720 Engineering Polymers I

  Credit Hours: 

  3

  Schedule Type: 

  Lecture

• ME 6730 Introduction to Ceramics

  Credit Hours: 

  3

  Schedule Type: 

  Lecture

• ME 6740 Materials Selection and Failure Analysis

  Credit Hours: 

  3

  Schedule Type: 

  Lecture

• ME 6750 Materials Characterization

  Credit Hours: 

  4

  Schedule Type: 

  Lecture

• ME 6750L Materials Characterization Laboratory

  Credit Hours: 

  0

  Schedule Type: 

  Lab

• ME 6770 Mechanical Behavior of Metals

  Credit Hours: 

  3

  Schedule Type: 

  Lecture

• ME 6820 Corrosion

  Credit Hours: 

  3

  Schedule Type: 

  Lecture

• ME 6830 Computational Materials Science

  Credit Hours: 

  3

  Schedule Type: 

  Lecture

• ME 6840 Materials Section for Mechanical Design

  Credit Hours: 

  3

  Schedule Type: 

  Lecture

• ME 6850 Nano-scale Science and Engineering

  Credit Hours: 

  3

  Schedule Type: 

  Lecture

• ME 6860 Metal Forming

  Credit Hours: 

  3

  Schedule Type: 

  Lecture

• ME 6870 Machining

  Credit Hours: 

  3

  Schedule Type: 

  Lecture

• ME 6870L Machining Laboratory

  Credit Hours: 

  0

  Schedule Type: 

  Lab

• ME 6880 Powder Processing of Materials

  Credit Hours: 

  3

  Schedule Type: 

  Lecture

• ME 6940 Mechanical and Materials Engineering Internship

  Credit Hours: 

  3

  Schedule Type: 

  Internship

• ME 6980 Special Topics in Mechanical and Materials Engineering

  Credit Hours: 

  1 to 4

  Schedule Type: 

  Lecture

• ME 7060 Structural Reliability

  Credit Hours: 

  3

  Schedule Type: 

  Lecture

• ME 7080 Multidisciplinary Structural Optimization

  Credit Hours: 

  3

  Schedule Type: 

  Lecture

• ME 7100 Advanced Mechanics of Solids

  Credit Hours: 

  3

  Schedule Type: 

  Lecture

• ME 7120 Finite Element Method Applications

  Credit Hours: 

  3

  Schedule Type: 

  Lecture

• ME 7130 Mechanics of Electronic Packaging

  Credit Hours: 

  3

  Schedule Type: 

  Lecture

• ME 7140 Nonlinear Finite Element Analysis

  Credit Hours: 

  3

  Schedule Type: 

  Lecture

• ME 7150 Fracture Mechanics and Fatigue

  Credit Hours: 

  3

  Schedule Type: 

  Lecture

• ME 7160 Nonlinear Dynamics & Vibration

  Credit Hours: 

  3

  Schedule Type: 

  Lecture

• ME 7190 Engineering Lubrication

  Credit Hours: 

  3

  Schedule Type: 

  Lecture

• ME 7200 Mechanics of Composites

  Credit Hours: 

  3

  Schedule Type: 

  Lecture

• ME 7210 Computational Methods for Structural Dynamics

  Credit Hours: 

  3

  Schedule Type: 

  Lecture

• ME 7250 Advanced Dynamics

  Credit Hours: 

  3

  Schedule Type: 

  Lecture

• ME 7300 Advanced Fluid Dynamics

  Credit Hours: 

  3

  Schedule Type: 

  Lecture

• ME 7330 Convective Heat & Mass Transfer

  Credit Hours: 

  3

  Schedule Type: 

  Lecture

• ME 7340 Computational Fluid Dynamics

  Credit Hours: 

  3

  Schedule Type: 

  Lecture

• ME 7350 Radiation Heat Transfer

  Credit Hours: 

  3

  Schedule Type: 

  Lecture

• ME 7360 Cardiovascular Biofluid Mechanics

  Credit Hours: 

  3

  Schedule Type: 

  Lecture

• ME 7370 Cardiovascular Biofluid Mechanics

  Credit Hours: 

  3

  Schedule Type: 

  Lecture

• ME 7390 Fundamentals of Plasma Science

  Credit Hours: 

  3

  Schedule Type: 

  Lecture

• ME 7400 Hypersonic Flows

  Credit Hours: 

  3

  Schedule Type: 

  Lecture

• ME 7500 Advanced Thermodynamics

  Credit Hours: 

  3

  Schedule Type: 

  Lecture

• ME 7520 Hydrogen Energy

  Credit Hours: 

  3

  Schedule Type: 

  Lecture

• ME 7530 Exergy Based Analysis and Design

  Credit Hours: 

  3

  Schedule Type: 

  Lecture

• ME 7550 Photovoltaics

  Credit Hours: 

  3

  Schedule Type: 

  Lecture

• ME 7690 Vibration Testing and Machine Health Monitoring

  Credit Hours: 

  3

  Schedule Type: 

  Lecture

• ME 7720 Engineering Polymers II

  Credit Hours: 

  3

  Schedule Type: 

  Lecture

• ME 7730 Advanced Physical Properties

  Credit Hours: 

  3

  Schedule Type: 

  Lecture

• ME 7740 Quantitative Microscopy

  Credit Hours: 

  3

  Schedule Type: 

  Lecture

• ME 7750 Advanced Engineering Materials

  Credit Hours: 

  3

  Schedule Type: 

  Lecture

• ME 7760 Transformation of Solids-I

  Credit Hours: 

  3

  Schedule Type: 

  Lecture

• ME 7780 Ceramics for Advanced Application

  Credit Hours: 

  3

  Schedule Type: 

  Lecture

• ME 7950 Thesis

  Credit Hours: 

  1 to 12

  Schedule Type: 

  Independent Study

• ME 7980 Special Topics in Mechanical and Materials Engineering

  Credit Hours: 

  1 to 4

  Schedule Type: 

  Lecture

• ME 7990 Independent Study in Mechanical Egr, Materials Science and Egr, and Renewable and Clean Energy

  Credit Hours: 

  1 to 3

  Schedule Type: 

  Independent Study

• ME 8950 PhD Dissertation Research

  Credit Hours: 

  1 to 12

  Schedule Type: 

  Independent Study