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  • ENGR 2510: BIOMEDICAL ENGINEERING PRINC

    3.00 Credits
    Robert Morris University

    This course provides an overview of the BME discipline and major subdivisions, such as biomechanics, cellular engineering, tissue engineering, bioelectricity, and imaging. Also introduced are quantitative tools utilized throughout the BME curriculum. The class will be involved in the formulation and execution of a design project. Prerequisite: 45 Credits
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  • ENGR 3022: ENERGY STOR CONVERS & TRANPOR

    3.00 Credits
    Robert Morris University

    This course introduces conventional and renewable mechanisms for the transfer and storage of electrical energy. The course beneficially integrates class presentations and hands-on demonstration activities. The topics include: electrochemical storage systems and related power densities; super capacitors, lithium batteries, fuel cell systems, proton exchange membranes, fuel cell stacks; basic principles of operation and future development needs; materials for energy storage and conversion; conventional lead-acid, zinc-air, nickel-cadmium and nickel-metal hydride batteries; fuel cell architectures and electrode life times; purely ionic conductors; mixed Ionic / electronic conductors; ionic transport, conductivity in polymers; AC to DC and DC to AC transformers and electrical circuits; economics of energy storage and conversion. Prerequisites: CHEM1210 amd CHEM1215, PHYS1210 and PHYS1215, and PHYS2210 and PHYS2215
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  • ENGR 3080: DESIGN OF INDUSTRIAL EXPERIMEN

    3.00 Credits
    Robert Morris University

    This course will provide the students with a thorough survey of statistical experimentation methods to improve quality of products and processes in industry. The students will learn how to plan for design of experiments, use quality tools that will be in involved, design the experiments, analyze data and interpert findings. Prerequisite: ENGR2080
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  • ENGR 3110: THERMODYNAMICS AND ENERGETICS

    3.00 Credits
    Robert Morris University

    This course educates students about energy conversions and reciprocal transformations of heat into work. Topics include first and second law of thermodynamics, thermodynamic variables, properties and relations, ideal-gas models, calculation of energy, entropy, and enthalpy variations, open and closed systems, control-volume analyses, and reversible as well as irreversible processes. Prerequisites: MATH2170, PHYS2210 and PHYS2215
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  • ENGR 3140: ANALOG/DIGITAL ELECTRONICS

    3.00 Credits
    Robert Morris University

    This course is an advanced upper level (Junior or Senior) course designed for Engineering with a special interest in studying manufacturing, biomedical engineering, electonics or mechatronics. For this particular course, knowledge of basic DC circuits will be needed as a foundation for exploring additional topics relating to electromagnetics, AC circuits and digital electronics. Lab activities will reinforce the skills of using multimeters, function generators, oscilloscopes, breadboards,a dn other circuit devices.
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  • ENGR 3200: VALUE DESIGN

    3.00 Credits
    Robert Morris University

    This course will provide engineers with the tools necessary to economically evaluate their decisions and designs. These tools and techniques use basic economic concepts enabling effective communication between engineers and the business world regarding recommended courses of action. The course will stress evaluation using dollars and cents as opposed to tolerances and engineering specifications. Included will be the principles of engineering economics (the time value of money, interest, cash flow diagrams and economic equivalences), general introduction to decision making (identifying the problem, generating alternative solutions and estimating measures of effectiveness for each alternative), single project decision-making (analysis of cash flows to decide to accept or reject an alternative solution), multiple project decision-making (analysis of alternatives with different service lives and different measures of effectiveness) and post selection analysis (analysis for the purpose of improving future project decision-making). Prerequisites: COSK2220 or COSK2225 and 45 Credits
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  • ENGR 3210: FUNDAMENTALS OF LOGISTICS ENGR

    3.00 Credits
    Robert Morris University

    This course is an introduction ot the discipline of Logistics Engineering. The role and function of the Logistics Engineer are introduced in the context of regulatory issues, and of the production, shipping, and distribution environments. Logistics Engineering methods, techniques, and algorithms are introduced, and engineering ethics issues are also discussed. Credits: 2 lecture, 1 lab Prerequisites: ENGR2080 and/with COSK2221
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  • ENGR 3250: AUTOMATED IDENTIFICATION SYS

    3.00 Credits
    Robert Morris University

    A study of methods and systems used to automatically identify objects and retrieve product/inventory/scheduling information associated with those objects. Automated data collection and analysis techniques are emphasized through lecture and laboratory experiences. Prerequisite: 60 Credits
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  • ENGR 3300: FLUID MECHANICS

    3.00 Credits
    Robert Morris University

    This course provides an introduction to the field of fluid mechanics. Topics include fluid statics, use of differential and finite control volume analysis with continuity, momentum, and energy equations, Bernoulli and Euler equations, vorticity, potential flow, incompressible viscous flow using Navier-Stokes equations, dimensional analysis, pipe flow, boundary layers, separation, introduction to turbulence. Prerequisites: ENGR3110 and MATH3420
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  • ENGR 3350: HEAT TRANSFER

    3.00 Credits
    Robert Morris University

    This is a fundamental course about conduction, convective, and radiation heat transfer. It covers the applications of the laws of conservation of mass, impulse momentum, and conservation/transformation of energy and the corresponding transport coefficients. Principles of steady-state and transient heat conduction in solids are investigated. Heat transfer in laminar and turbulent boundary layer flows are treated, as well as condensation and boiling phenomena, thermal radiation, and radiation heat transfer between surfaces. Applications to heat-transfer equipment and heat economics are covered throughout the course. Prerequisites: ENGR3110 and ENGR3300
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