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- Info
Engineering Courses
Course List Course Descriptions - MECE 1101 - Introduction to Engineering
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. Engineering design stages and implementation within design teams. Prerequisite: Computer Literacy.
Return to top - MECE 1221 - Engineering Graphics
This course provides an introduction to computer-aided drafting techniques. Topics include methods of graphical communication, two-dimensional/three-dimensional drawing presentations, working drawings, data analysis, design synthesis and production methods. Prerequisite: Computer Literacy. $20 Laboratory fee.
Return to top - MECE 2303 - Statics
The study of forces, moments, friction, centers of gravity and pressure using the equations of equilibrium vector algebraic and calculus forms. Prerequisites: MATH 1460 and credit for or enrollment in MATH 1470.
Return to top - MECE 2304 - Dynamics
Kinematics, dynamics, work-energy and impulse-momentum methods applied to engineering problems involving particles and rigid bodies. Prerequisite: MECE 2303.
Return to top - MECE 2335 - Thermodynamics
Classical thermodynamics with primary emphasis on application of the first and second laws of thermal systems. Introduction to physical and chemical equilibria. Prerequisite: MATH 1470.
Return to top - MECE 2440 - Engineering Materials
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, ceramic and polymeric materials. Topics in corrosion. Prerequisites: CHEM 1301 and CHEM 1101. $15 laboratory fee.
Return to top - MECE 2450 - Numerical Methods and Statistics
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 structures, 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. Prerequiste: Credit for or enrollment in MATH 1470.
Return to top - MECE 3115 - Fluid Mechanics Laboratory
Introduction to basic fluid mechanics instrumentation; computerized data acquisition and analysis. Experimental verification and reinforcement of analytical concepts introduced in MECE 3315. Credit for or enrollment in MECE 3315. $25 laboratory fee.
Return to top - MECE 3160 - Heat Transfer Laboratory
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. $15 laboratory fee.
Return to top - MECE 3304 - System Dynamics
This 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 higer-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: MATH 3349 and MECE 2304.
Return to top - MECE 3315 - Fluid Mechanics
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: MECE 2335, MATH 2401 and MATH 3349.
Return to top - MECE 3320 - Measurement and Instrumentation
Fundamentals of measurement systems; standards; treatment of data; statistics; uncertainty analysis; data acquisition; transducers; strain; force; acceleration; pressure; temperature; fluid flow. Prerequisites: PHYS 2302, MATH 3349 and credit for or enrollment in ???
Return to top - MECE 3321 - Mechanics of Solids
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: MECE 2303, MATH 1470 and PHYS 2301.
Return to top - MECE 3336 - Thermodynamics II
Gas and two-phase power and refrigeration cycles. Gas mixtures, chemical relations, chemical equilibrium. The basic laws and concepts of thermodynamics are viewed as their use is encountered in this course. Prerequisite: MECE 2335.
Return to top - MECE 3360 - Heat Transfer
Steady and unsteady one- and two-dimensional head conduction. Forced and free convection, radiation and heat exchangers. Prerequisites: MECE 2335, MECE 3315 and credit for or enrollment in MECE 3350.
Return to top - MECE 3380 - Kinematics and Dynamics of Machines
Kinematic and dynamic modeling and analysis of mechanism and machines; study of machine components such as linkages, cams, gears, gear trains and differentials. Prerequisites: PHYS 2301 and MECE 2304.
Return to top - MECE 3449 - Mechanical Engineering Analysis I
This 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 CSCI 1380 or MECE 2450. - MECE 3450 - Mechanical Engineering Analysis II
The course offers engineering students an in-depth look into the following topics: first-ordered ODEs, second-order linear ODEs, higher order ODEs and system 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 MATH 2401 or MECE 3449. - MECE 4101 - Fundamentals of Engineering
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.
Return to top - MECE 4350 - Machine Elements
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: MECE 2304, MECE 2440 and MECE 3321.
Return to top - MECE 4361 - Senior Design Project I
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 will be required. Students may not receive credit for both MECE 4361 and ENGR 4161 & ENGR 4261. $30 lab fee. Prerequisite: Senior standing in engineering.
Return to top - MECE 4362 - Senior Design Project II
This course is a continuation of MECE 4361. Students will 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. Students may not receive credit for both MECE 4362 and ENGR 4362. $30 lab fee. Prerequisite: MECE 4361.
Return to top - ELEE 3307 - Electrical/Electronic Systems
As Scheduled An introductory survey of electrical engineering topics including principles of DC and AC circuits; electric motor types and characteristics; basic operation of diodes, transistors, and operational amplifiers; logic circuits; and electrical measurements. This course is intended for non-majors and may not be counted for credit toward a degree in electrical engineering. Prerequisite: PHYS 2402
Return to top - MANE 3164 - Manufacturing Processes Lab
Provides hands-on experience in various manufacturing processes. Prerequisite: Credit for or enrollment in MANE 3364. $30 laboratory fee.
Return to top - MANE 3364 - Manufacturing Processes
An introduction to manufacturing processes including metal cutting, nontraditional machining, force analysis, casting, deformation and joining processes, plastics, composites, manufacturing of ceramics and electronics devices. Prerequisite: MECE 2440.
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