as scheduled
Topics selected from current issues of concern in
manufacturing industries. May be repeated for credit when topics change. Prerequisite: Consent of instructor.
MANE 4340 Operations Research [3-0]
spring
An introduction to basic concepts in mathematical modeling, stochastic processes, linear programming and optimization.
Applications include inventory system and control, plant location and network analysis. Prerequisite: MANE 3351.
MANE 4352 Manufacturing Simulation [2-3 spring
This course develops skills in applying discrete computer simulation and modeling techniques for facility layout design and production planning. Topics include data collection, input analysis, distribution fitting, model development, verification and output analysis. Prerequisite: MANE 2332.
MANE 4361 Senior Design I [1-6]
as scheduled
This course is a preparation for a capstone design experience drawing from all previous coursework, and involves
problem definition, assumptions, methods of analysis, testing, and reporting of results. Classroom discussions will consider professional responsibility, technology and society, entrepreneurship, team building and lifelong learning. The project to be undertaken In the Senior Design II class will be selected.
Prerequisites: MECE 3304 and MECE 3320, and credit or enrollment in MECE 3380, MECE 3360 and MECE 4350 or consent of instructor.
MANE 4362 Senior Design II [0-9]
as scheduled
This course is a continuation of ENGR 4361. Students will conduct a comprehensive engineering design of a project related to their major and report on the results. Synthesis using past coursework and outside reference material will be expected. Periodic progress reports and final oral and written reports will be required. Prerequisites: MANE 4361 or MECE 4361.
MECHANICAL ENGINEERING
MECE 1101 Introduction to
Mechanical Engineering [0-3]
fall, spring, summer
Introduction to mechanical engineering as a career, the requirements for registration as a professional engineer and the fields of specialization within mechanical engineering.
Approaches to engineering problem solving and the graphical presentation of data. Introduction to the main software packages used in engineering. Engineering design stages and implementation within design teams.
MECE 1221 Engineering Graphics [1-3]
fall, spring, summer
This course provides an introduction to computer-aided drafting techniques. Topics include methods of graphical communication, two- and three-dimensional drawing
presentation, working drawing, data analysis, design synthesis and production methods.
MECE 2140 Engineering Materials
Laboratory [3-0-]
fall, spring, summer
This lab is an introduction to the characterization of
crystallographic and microstructural properties of solids and the relationship of these characteristics to the mechanical behavior of metallic, polymeric, and composite materials.
Course focus is on the use of industrial and research grade instrumentation to solve realistic problems in materials
COLLEGE OF ENGINEERING AND COMPUTER SCIENCE
selection and materials engineering. Prerequisite: A grade of
“C” or better in CHEM 1307 and CHEM 1107 or CHEM 1301 and CHEM 1101, and credit for or enrollment in MECE 2340.
MECE 2303 Statics [3-0]
(Texas Common Course Number is ENGR 2301.) fall, spring, summer
The study of forces, moments, friction, centers of mass, gravity and pressure using the equations of equilibrium in vector algebraic and calculus forms. Prerequisites: A grade of “C” or better in PHYS 2401, and credit for or enrollment in MATH 1470.
MECE 2304 Dynamics [3-0]
(Texas Common Course Number is ENGR 2302.) fall, spring, summer
Kinematics, dynamics, work-energy and impulse-momentum methods applied to engineering problems involving particles and rigid bodies. Prerequisite: A grade of “C” or better in MECE 2303 and MATH 1470.
MECE 2335 Thermodynamics I [3-0]
fall, spring, summer
Classical thermodynamics with primary emphasis on application of the first and second laws of thermal systems.
Introduction to physical and chemical equilibria. Prerequisite:
A grade of “C” or better in CHEM 1307 or CHEM 1301, MATH 1470, and PHYS 2401.
MECE 2340 Engineering Materials [3-0]
fall, spring, summer
An introduction to the atomic crystallographic and
microstructural characteristics of solids and the relationship of these characteristics to the engineering properties and behavior of metallic, polymeric, and composite materials.
Course focus is on engineering applications of materials science and includes an introduction to fracture mechanics, corrosion, and composite micromechanics. Prerequisite: A grade of “C” or better in CHEM 1307 and CHEM 1107 or CHEM 1301 and CHEM 1101, and credit for or enrollment in MECE 2140.
MECE 2405 Engineering Mechanics [3-3]
fall, spring, summer
Force vectors; free body diagrams; engineering applications of equilibrium; centroids; moment of inertia; kinematics and kinetics applied to engineering problems involving particles and rigid bodies. Prerequisite: A grade of “C” or better In PHYS 2401 and MATH 1470.
MECE 2450 Numerical Methods and Statistics for Engineers [3-3]
fall, spring, summer
This course offers students an in-depth exposure to the use of numerical methods and programming to solve engineering problems in addition to teaching them the basics of probability theory and statistics in Engineering. It covers the following topics: basic programming (including data structure, if-then-else statements, loops, etc.), numerical solutions to linear and nonlinear equations, systems of linear equations, optimization,
curve fitting, numerical calculus, probability theory, and statistics. The course content assumes only an introductory previous exposure to engineering concepts and focuses on exposing students to the programming skills commonly used in later engineering courses to solve problems numerically.
Prerequisite: A grade of “C” or better in MATH 1470..
MECE 3100 Undergraduate Research [0 3]
fall, spring, summer
This course is adapted to technological research with an emphasis in mechanical engineering. For advanced students capable of developing a problem independently through conference and activities directed by the instructor. The topic of research is chosen by the student with the approval of the instructor prior to registration. This course may be repeated for credit up to eight times. Prerequisite: Engineering major and consent of faculty advisor.
MECE 3115 Fluid Mechanics Laboratory [0-3]
fall, spring, summer
Introduction to basic fluid mechanics instrumentation, computerized data acquisition and analysis. Experimental verification and reinforcement of analytical concepts introduced in MECE 3315. Prerequisite: Credit for or enrollment in MECE 3315.
MECE 3160 Heat Transfer Laboratory [0-3]
fall, spring, summer
Measurements in basic heat transfer design and heat exchangers; computerized data acquisition and analysis, experimental verification on the theoretical and semiempirical results developed in MECE 3360. Prerequisite: Credit for or enrollment in MECE 3360.
MECE 3304 System Dynamics [3-0]
fall, spring, summer
The course covers lumped-parameter modeling of mechanical, electrical, fluid and thermal systems. An energetic approach based on bond graph techniques, invented in 1959 by Henry M. Paytner, is introduced. Primary focus is on analysis of linear first- and second-order systems with some exposure to analysis of higher-order systems. Transient and steady-state responses are examined. Time- and frequency-domain analysis methods are covered. Advanced topics include state-space modeling and feedback control of dynamic systems.
Prerequisites: A grade of C or better in MECE 2304 and MECE 3450.
MECE 3315 Fluid Mechanics [3-0]
fall, spring, summer
Laws and theory relative to incompressible fluids, continuity, momentum and energy relations; internal and external flow in laminar and turbulent regimes; design of piping systems and aircraft parameters. Prerequisites: A grade of C or better in MECE 2335, MATH 2401 or MECE 3449, and MATH 3349 or MECE 3450.
MECE 3320 Measurements and
Instrumentation [2-3]
fall, spring, summer
COLLEGE OF ENGINEERING AND COMPUTER SCIENCE
Fundamentals of measurement systems; standards; treatment of data; statistics; uncertainty analysis; data acquisition;
transducers; strain; force; acceleration; pressure; temperature;
and fluid flow. Prerequisites: A grade of C or better in PHYS 2402 and MECE 3450.
MECE 3321 Mechanics of Solids [3-0]
fall, spring, summer
This course covers internal forces and deformation in solids, concepts of stress and strain, formulas for stress and deflection for elastic bars, shafts, and beams, stress and strain transformation and theories of failure. Prerequisites: A grade of C or better in MATH 1470 and MECE 2303 or MECE 2405.
MECE 3336 Thermodynamics II [3-0]
fall, spring, summer
Gas and two-phase power and refrigeration cycles, gas mixtures, chemical reactions, chemical equilibrium. The basic laws and concepts of thermodynamics are viewed as their use is encountered in the course. Prerequisite: A grade of C or better in MECE 2335.
MECE 3360 Heat Transfer [3-0]
fall, spring, summer
Steady and unsteady one- and two-dimensional heat conduction. Forced and free convection, radiation and heat exchangers. Prerequisites: A grade of C or better in MECE 3315.
MECE 3380 Kinematics and Dynamics
of Machines [3-0]
fall, spring, summer
Kinematic and dynamic modeling and analysis of mechanisms and machines; study of machine components such as linkages, cams, gears, gear trains and differentials. Prerequisites: A grade of C or better in MECE 2304.
MECE 3385 Mechanical Vibrations [3-0]
fall, spring, summer
Undamped and damped, free and forced vibrations of single degree of freedom systems with design applications to base excitation, unbalance, rotating shafts, isolation and absorption; multi-degree of freedom systems, continuous systems; transient response; numerical techniques used to analyze alternate designs and propose optimum solutions.
Prerequisites: A grade of C or better in MECE 2304 and MATH 3349 or MECE 3450.
MECE 3449 Mechanical Engineering
Analysis I [3-3]
fall, spring, summer
The course offers engineering students an in-depth look into the following topics: linear algebra including matrices, vectors, determinants, linear systems and matrix eigenvalue problems;
vector differential calculus and vector integral calculus including integral theorems; complex numbers and functions including complex integration; power series and Taylor series; numeric linear algebra; and probability and statistics.
Prerequisites: A grade of C or better in MATH 1470 and credit for or enrollment in MECE 2450.
MECE 3450 Mechanical Engineering Analysis II [3-3]
fall, spring, summer
The course offers engineering students an in-depth look into the following topics: first-order ODEs, second-order linear ODEs, higher-order ODEs and systems of ODEs; series solutions of ODEs and special functions; Laplace transforms;
Fourier series, integrals and transforms; partial differential equations (PDEs); and numerics for ODEs and PDEs.
Prerequisite: A grade of C or better in MECE 2450 and MECE 3449.
MECE 4101 Fundamentals of Engineering [0-3]
fall, spring, summer
This course is a review of major engineering topics to prepare students for the Fundamentals of Engineering (FE) exam.
Assignments are given to each topic covered, and students are required to take a practice exam. Prerequisite: Junior standing in engineering but within two semesters of graduation.
MECE 4304 Automatic Control Systems [3-0]
fall, spring, summer
Classical control methods for linear-time-invariant systems are investigated including lead-lag, PID and state-feedback controllers. Time- and frequency-domain methods including transfer functions, stability analysis, time and frequency response, root locus and Bode plots are used to design and analyze automatic controllers for mechanical systems. The course also includes an introduction to modern control theory.
Prerequisites: A grade of C or better in MECE 3304.
MECE 4305 Vehicle Systems
Modeling and Control [2-3]
fall, spring, summer
This course teaches the essentials of modeling and control principles needed to enable students to apply basic mathematics and physics concepts to derive models for numerical simulation of ground vehicle systems and to virtually prototype automatic controls for automotive applications. Prerequisites: A grade of C or better in MECE 3304.
MECE 4315 Compressible Fluid Flow [3-0]
fall, spring, summer
Analysis of the flow of compressible fluids by means of the momentum equation, continuity equation and the laws of thermodynamics and some application of thermodynamic laws to incompressible fluids. Prerequisite: A grade of C or better in MECE 3315.
MECE 4316 Introduction to Acoustics [3-0]
fall, spring, summer
Course is designed to develop an understanding of the fundamentals of acoustics, such as traveling waves in one-and two-dimensions, the derivation and nature of the fundamental fluid acoustic equations, the phenomena associated with reflection, transmission, radiation, reception, absorption and attenuation of sound, and the phenomena associated with cavities and waveguides, including sound propagation in pipes, resonators and filters. Prerequisites: A grade of C or better in
COLLEGE OF ENGINEERING AND COMPUTER SCIENCE
MECE 3315.
MECE 4317 Introduction to Corrosion [3-0]
fall, spring, summer
The course will introduce students to the basic principles behind the corrosion of metals, the results of corrosive action and the methods for corrosion prevention, control and experimentation. The fundamentals of thermodynamics and electrochemistry will be used to describe destructive chemical interactions of materials with their environment.
The effects of various types of corrosion will be presented and the importance of corrosion problems will be addressed in relation to material cost, reliability, reduced performance and impact on the environment. Examples of corrosion in water, soils, and in various atmospheres will be used to introduce the prevention techniques and control measures such as alloy selection, cathodic protection, protective coatings and inhibitors. Prerequisite: A grade of “C” or better in MECE 2340.
MECE 4320 Introduction to Mechatronics [2-3]
fall, spring, summer
This course will introduce students to the analysis, design and implementation of mechatronics systems. Mechatronics is an interdisciplinary engineering area that comprises the integration of mechanical engineering, electronics, control systems and computer science, which together contribute to design smart products and processes. Different topics in mechatronics, such as DC motors, stepper motors, H-bridges, PIC microcontrollers and others will be covered in class and complementary experiments will be performed in the laboratory. Prerequisites: A grade of C or better in ELEE 3307.
MECE 4322 Introduction to the
Practice of Finite Elements [3-0]
fall, spring, summer
This course is an introduction to finite element theory, and truss, beam and plate element formulation for linear static analysis. Application of boundary conditions, element convergence, isoparametric formulation and gauss quadrature are also examined. This course is design-oriented, with a substantial component involving the use of a commercial software package. Prerequisites: A grade of C or better in MECE 3321 and MATH 3349 or MECE 3450.
MECE 4323 Introduction to Combustion
Engineering [3-0]
fall, spring, summer
The topics covered in this course include: role of combustion in energy, environment and fire problems, thermodynamics of combustion (thermochemistry), fuels (gas, liquid, and solid), chemical kinetics, combustion of gaseous and vaporized fuels (flames), pollutant emissions, and modern measurements.
Prerequisite: A grade of C or better in MECE 3315.
MECE 4324 Thermal Systems Design and
Optimization [3-0]
fall, spring, summer
This course combines the fundamental theories of
thermodynamics, fluid mechanics, and heat transfer to model
various thermal-fluid and energy systems, with a particular focus on design optimization. Topics covered by the course are: component selection under system performance requirements; computational modeling; system simulation;
optimization techniques; and investment economics and statistical combinations of operating conditions. Prerequisite:
Credit for or enrollment in MECE 3360.
MECE 4325 Composite Material Design [3-0]
fall, spring, summer
An introduction to the theory of mechanics of solids for elastic and viscoelastic composite materials. Emphasis on analysis and design of structural laminate composite including failure mechanism, e.g., fatigue, delamination and dynamics of composites including effective moduli and material damping.
Students may not receive credit for both MECE 4325 and MECE 4345. Prerequisites: A grade of C or better in MECE2340 and MECE 3321.
MECE 4326 Introduction to
Ceramics Engineering [3-0]
fall, spring, summer
An introduction to the science and engineering of ceramic materials. Basic chemistry, structure and properties of engineering ceramics are covered. The unique, probability-based, design rules for engineering with these brittle materials are a special focus. Extensive time is devoted to special
topics including electronic ceramics, distinctives of ceramic applications and bioceramics. Prerequisites: A grade of C or better in MECE 2340 and MECE 3321.
MECE 4327 Intermediate Materials
Engineering [3-0]
fall, spring, summer
The course explores advanced topics in materials science and engineering. Coverage includes ceramic materials, electronic and electrical properties of materials and the newest nano-scale materials. Prerequisites: A grade of C or better in MECE 2340 and MECE 3321.
MECE 4328 Polymer Engineering [3-0]
spring, spring, summer
Introductory course designed to provide engineering students with a polymer materials science background that will enable them to design polymer components. Prerequisite: A grade of C or better in MECE 2340.
MECE 4329 Introduction to
Nanotechnology [3-0]
fall, spring, summer
Course designed to introduce nanotechnology and nanoscience as well as to study the wide variety of technologies and
potential applications that fall under the nanotech umbrella.
This course provides an opportunity for the students to foster creative thinking given the vast potential in the area.
Prerequisite: A grade of C or better in MECE 2340.
MECE 4330 Intro to Physical Metallurgy [3-0]
fall, spring, summer
Structure, properties, and selection of alloys; Significance
COLLEGE OF ENGINEERING AND COMPUTER SCIENCE
of heat treatments and the effect on mechanical and other properties of materials; steel, phase transformation in steel (equilibrium, non-equilibrium), heat treatment of steel;
Surface hardening: Aluminum alloys (heat treatable and non-heat treatable), Titanium, Magnesium, Zinc, Copper Alloys.
Prerequisite: A grade of C or better in MECE 2340 and PHYS 2402.
MECE 4350 Machine Elements [3-0]
fall, spring, summer
Stress and deflection analysis, failure theories, design of machine elements for static and fatigue strength, design of welded and bonded connections and computer modeling applications. Prerequisites: A grade of C or better in MECE 2304, MECE 2340 and MECE 3321.
MECE 4360 Solar Energy [2-3]
fall, spring, summer
Fundamentals of solar energy system modeling, analysis, design and testing. Solar radiation, design and analysis of low and high temperature applications, passive and active solar thermal engineering, solar properties of materials, design of solar collectors, experimental testing of collector performance, energy storage systems. Prerequisites: A grade of “C” or better in ELEE 3307 and credit for or enrollment in MECE 3360.
MECE 4361 Senior Design Project I [1-6]
fall, spring, summer
This course is a preparation for a capstone design experience drawing from all previous coursework and involves engineering analysis methods, problem definition, assumptions and testing and reporting results. Classroom discussions will consider professional responsibility, ethics, technology and society, team building and lifelong learning.
The project to be undertaken in Senior Design Project II (MECE 4362) will be selected, and a final design concept generated.
The laboratory associated with this course will involve implementation of design methodologies and engineering science into a real-world design. Periodic progress reports and final oral and written reports will be required. Students may not receive credit for both MECE 4361 and ENGR 4161 and ENGR 4261. Prerequisite: Credit for MECE 3304 and MECE 3320, and credit for or enrollment in MECE 3360, MECE 3380, and, MECE 4350.
MECE 4362 Senior Design Project II [0-9]
fall, spring, summer
This course is a continuation of MECE 4361. Students will have the opportunity to conduct a comprehensive engineering design of the concept generated in MECE 4361 and report on the results. Synthesis using past coursework and outside reference material will be expected. Periodic progress reports and final oral and written reports will be required. Student may not receive credit for both MECE 4362 and ENGR 4362.
Prerequisite: MECE 4361.
MECE 4365 Heating, Air Conditioning
and Refrigeration Design [3-0]
fall, spring, summer
Heating, ventilation and air conditioning of buildings for
human comfort or industrial processes; design selection, construction equipment and refrigeration systems.
Prerequisites: Credit for or enrollment in MECE 3360.
MECE 4380 Introduction to Computational
Biomechanics [3-0]
fall, spring, summer
This course is designed to provide an introduction to the anatomy and functional anatomy of the human upper and lower extremities. The material is covered in a modular, challenge-based format in which the investigation of the musculoskeletal mechanics of the various joints comprising the upper and lower extremities follows a specific sequence of learning activities designed to answer a challenge(s) concerning the joint(s). Challenges include: What strength is required to hold the iron cross position in gymnastics? How do your leg muscles activate when you walk? How high can you jump? Can you tear your ACL in a voluntary knee extension exercise? Prerequisite: A grade of C or better in MECE 2304.
MECE 4381 Experimental Orthopaedic
Biomechanics [3-0]
fall, spring, summer
This course covers the following topics on musculoskeletal system: statics, dynamics, kinematics data and processing, anthropometry, kinetics (forces and moments), mechanical work, energy and power, synthesis of human movement – forward solutions, three-dimensional kinematics and kinetics, muscle mechanics, kinesiological electromyography, utilization of computational packages in orthopedic biomechanics to include finite element analysis. Labs for investigating muscle activity, ground reaction forces, and kinematic data for tasks
This course covers the following topics on musculoskeletal system: statics, dynamics, kinematics data and processing, anthropometry, kinetics (forces and moments), mechanical work, energy and power, synthesis of human movement – forward solutions, three-dimensional kinematics and kinetics, muscle mechanics, kinesiological electromyography, utilization of computational packages in orthopedic biomechanics to include finite element analysis. Labs for investigating muscle activity, ground reaction forces, and kinematic data for tasks