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C OLLEGE OF E NGINEERING GCM1013 TECHNICAL MATHEMATICS I Prerequisite: Basic Math (MTI). Fundamental operations of functions and graphs, system of linear equations, quadratic equations, exponential and logarithmic functions, introduction to matrices, operations with matrices, determinants, Creamers rule, linear inequality, introduction to plane geometry, conic sections. 3 hours credit GCM1022 TECHNICAL MATHEMATICS II Prerequisite: GCM1013. Trigonometric functions with right triangle applications, radian measure, general trigonometric functions, graph of trigonometric functions, identities and formulas, trigonometric equations, Vectors in two and three dimensional space, complex numbers and polar coordinates. 2 hours credit GCM2114 TECHNICAL CALCULUS Prerequisite: GCM1022. Limits, Continuity, tangents, derivatives, curve sketching, indefinite and definite integrals, applications of derivatives, related rates, area between two curves, derivatives and integration of transcendental functions, use of computer based modules and maple/mathpert. 4 hours credit GCM2413 STATISTICAL METHODS Prerequisite: GCM1013. Frequency distributions, descriptive statistics of samples and populations, Probability distributions, discrete random variables, continuos random variables, bays theorem, central limit theorem, estimation and confidence intervals, hypothesis testing, goodness of fit, simple and multiple regression and correlation. 3 hours credit GCS2113 MECHANOPHYSICS Prerequisite: GCM1051. An introduction to basic physics concepts related to the study of motion and forces, and static equilibrium. Translation and rotation of a rigid body, rigid body rotation, coriolis effect, vectors and motion, velocity and mechanisms, and acceleration and mechanisms. 3 hours credit GCS2141 INTRODUCTION TO ENGINEERING MECHANICS Prerequisite: GCS2113. Introduction to vibrations of mechanical systems and to the basic concepts of engineering structural analysis. 1 hour credit GCS2211 THERMOSCIENCE Prerequisites: GCM1051, GCM2141. Introduction to the properties and laws associated with thermodynamics, fluid mechanics, and heat transfer. Fluid density, pressure, and viscosity; fluids at rest (including Pascal’s and Archimedes’ principles); conservation of mass; Bernoulli equation; temperature scales; thermal expansion of liquids and solids; specific heats and heats of transformation; the first law of thermodynamics; kinetic theory of gases; and the second law of thermodynamics. 1 hour credit hour GCS2313 ELECTROSCIENCE Prerequisite: GCM1051. Fundamental principles of electrostatics, the concepts of DC-analysis and the study of the functioning of the many devices and everyday applications employing the principles of electromagnetism and/or inductors and capacitors. 3 hours credit GCT1112 MACHINING PROCESSES Prerequisites: GCF1113, GCM1021. Introduction to basic machine tool operations and material removal technology. Topics include process technology associated with material removal, cutting tool mechanics, mathematical process relations, cutting fluids and process planning. 2 hours credit GCT1211 FOUNDATIONS OF MEASUREMENTS Prerequisite: GCM1021. Presentation of terminology, procedures, and capabilities of devices used in the field of measurement; measurement statistics. 1 hour credit GCT1221 INSTRUMENTATION Prerequisite: GCM1021. Instrumentation used in manufacturing environments. Overview of control system terms, discrete/ binary signals, multiplexed signals, analog to digital conversion, and a study of programmable logic controllers. 1 hour credit GCT2012 ENGINEERING MATERIALS Prerequisites: GCC1012, GCM1021. Developing an understanding of the many types of materials that are used in our technological society. Metals ceramics, polymers, composites, materials selection and materials for manufacturing. A project is completed on a work piece of the student’s choice. 2 hours credit GCT2112 MANUFACTURING PROCESSES Prerequisites: GCT1212, GCT2012. Introduction into the issues of product quality and tolerances, manufacturing processes for casting and how the various methods influence secondary operations such as machining and metal forming processes. Manufacturing joining processes which include various types of welding, brazing and soldering and a study of the heat flow in the work place. 2 hours credit GCT2182 TOOL DESIGN Prerequisites: GCM1021, GCF1113, GCT1112, and GCT2012. Tool design methods, tool-work interaction, tool materials and work holding principles, design of drill jigs, design of fixtures, and tool design guide. 2 hours credit GCT2212 ELECTRICAL MACHINES Prerequisite: GCS2313. Introduction to the theoretical and practical knowledge to achieve an understanding of the analysis of DC/AC circuits, industrial electric power specifications, industrial transformers, industrial and special purpose electric machines, and industrial solid state motor controllers and devices. 2 hours credit GCT2314 MANUFACTURING SYSTEMS Prerequisite: GCE2412. Introduction to manufacturing systems design. Fundamentals of manufacturing systems design, graphical analysis tools, mathematical analysis tools, and data communications networks. 4 hours credit GCT2452 ETHICS AND INDUSTRY Prerequisite: GCL1013. Introduces engineering students to the ethical dimensions of their profession and to the interrelations of engineering projects and society. Includes the impact of technological systems on culture, especially American culture, and reactions of our culture to technology. 2 hours credit GCT2511 DESIGN PROJECT Prerequisite: 42 credits and two job rotations. A design project incorporating fundamentals learned in previous courses. The design process is emphasized from the establishment of objectives and analysis of alternative solutions to a final evaluation and recommendation. Final written and oral report required, and use of manufacturing facility in production of design is encouraged. 1 hour credit 152 U N D E R G R A D U A T E C A T A L O G 2 0 0 5 - 2 0 0 7
C OLLEGE OF E NGINEERING DEPARTMENT OF MECHANICAL ENGINEERING Professors: Daw R. Al-Werfalli Steven K. Howell (chair) Harold Josephs Sayed A. Nassar, emeritus Patricia M. Shamamy Khalil S. Taraman Vladimir Vantsevich Associate Professors: Clarence G. Chambers, Jr. emeritus Vernon M. Fernandez Robert Fletcher Lewis G. Frasch Badih Jawad Laura L. Lisiecki Kingman E. Yee Assistant Professors: Andrew Gerhart Chris H. Riedel College Professors: Suresh C. Bansal Suraj (Steve) Bhonsle Gregory Feierfeil Sanaa Taraman Lecturers: Additional guest lecturers are assigned to selected courses and sections based on their specialties and expertise and are listed in the faculty roster. EGE1012 INTRODUCTION TO ENGINEERING Prerequisite: Permission of instructor. Survey of the scope of engineering and the engineer’s role in society. Basic engineering tools such as math modeling, calculator usage and graphic design principles. Design project involving teamwork required. Lect. 2 hrs. 2 hours credit EGE1023 ENGINEERING MATERIALS I Prerequisite: CHM1213. Introduction to solid materials, equilibrium phase diagrams, the properties of materials, test methods, and the influence of variations in physical condition and chemical composition on the properties of metals, plastics, elastomers, glass, cements, etc. Lect. 3 hrs. 3 hours credit EGE1101 ENGINEERING COMPUTER APPLICATIONS-EXCEL Prerequisite: MCS0093, Co-requisite: MCS1414. Introduction to the use of computers as an engineering problem-solving tool. Engineering analysis problems that involve plotting of data, statistics, curve fitting, root finding, and logical decision-making are presented and solved using spreadsheets (Excel). 1 hour credit EGE1201 ENGINEERING COMPUTER APPLICATIONS-MATHCAD Prerequisite: MCS0093, Co-requisite: MCS1414. Introduction to the use of computers as an engineering problem-solving tool. Engineering analysis problems that involve plotting of data, statistics, curve fitting, root finding, and logical decision-making are presented and solved using Mathcad. 1 hour credit EGE1301 ENGINEERING COMPUTER APPLICATIONS-MATLAB Prerequisite: MCS0093, Co-requisite: MCS1414. Introduction to the use of computers as an engineering problem-solving tool. Engineering analysis problems that involve plotting of data, statistics, curve fitting, root finding, and logical decision-making are presented and solved using Matlab. 1 hour credit EGE2013 STATICS Prerequisites: MCS2414, PHY2413. Vector Algebra; resultant of force systems; equilibrium force systems; equilibrium of particles, rigid bodies using freebody diagrams; friction; centroids; moments of inertia. Lect. 3 hrs. 3 hours credit U N D E R G R A D U A T E C A T A L O G 2 0 0 5 - 2 0 0 7 EGE2201 FINANCE FOR ENGINEERS Prerequisite: Sophomore standing, Co-requisite: COM2103. Introduction to the concepts in and around financing entrepreneurial companies. How general managers use the financial perspective to make better decisions in entrepreneurial settings. Basic principles of financing, stock capitalization, company valuation, equity versus debt, evaluating financing providers, staged financings, initial public offering, and others. A combination of teaching and learning techniques include lecture/discussion sessions, readings from articles and company prospectus, case studies, and guest lectures. Intended only for undergraduate engineering students. Lect. 1 hr. 1 hour credit EGE2211 MARKETING FOR ENGINEERS Prerequisite: COM2103. Introduction to marketing concepts, methods, and practices that are important to modern technical enterprises. As a discipline, marketing is responsible for facilitating the exchange process. This is accomplished through an understanding of the perceptions, preferences, and behaviors exhibited by customers and consumers. That understanding is translated into a complete offering (product/service/features, price, advertising/ promotion, and distribution system). Intended only for undergraduate engineering students. Lect. 1 hr. 1 hour credit EGE2221 ENGINEERING ENTERPRISE 1 Prerequisite: Sophomore standing. First course in the Enterprise Work sequence. Students work in teams on a real-life engineering project. Basic machine shop operations including safety principles. Hands-on experience in building and testing. Applications of project management, engineering design, technical communication, and teamwork through working on teams with senior level students. Lect. 1 hr. 1 hour credit EGE2231 PROJECT MANAGEMENT FOR ENTREPRENEURIAL ENGINEERS Prerequisite: Sophomore standing. A basic course for the entrepreneurial engineer. Basic concepts are project management tools, fundamentals of team building, project risk analysis, tracking, measuring, and controlling projects, project closeout, budgets, and business cultural issues. Identifying project participants, goals, objectives, activities, and constraints. Quantitative methods 153
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