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ENGR 202: Engineering Mechanics II
3.00 Credits
Catholic University of America
Kinematics and kinetics of particles and of rigid bodies in plane motion; equations of motion in various coordinate systems; integral forms, work and energy, impulse and momentum; three-dimensional problems; computer simulation software.
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ENGR 202 - Engineering Mechanics II
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ENGR 211: Thermodynamics
3.00 Credits
Catholic University of America
An introductory course in thermodynamics, intended to introduce sophomores to the fundamentals of thermal processes. It is one of three courses composing the fundamentals of the thermo-fluid sciences curriculum, the other two being fluid mechanics and heat transfer.
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ENGR 211 - Thermodynamics
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ENGR 212: Electric Networks
3.00 Credits
Catholic University of America
The basic theory of electric circuits including the basic laws and techniques used in the analysis of electric circuits, transient and steady state response, and steady state sinusoidal analysis are studied. Pre-requisite: PHYS 216 Co-requisite: MATH 222
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ENGR 212 - Electric Networks
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ENGR 222: Engineering Mathematics I
4.00 Credits
Catholic University of America
Differential equations is the language of engineers and is an important tool for formulating mathematical models of physical problems encountered in everyday engineering practice. In this class, you will be taught various tools for formulating, solving, analyzing, and interpreting mathematical models of physical problems. Analysis of 1st & 2nd order differential equations using analytical, numerical, and graphical techniques will be taught. Lectures will be complemented by weekly computer laboratory sessions teaching and using Matlab for solving real-world problems in engineering.
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ENGR 222 - Engineering Mathematics I
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ENGR 301: Mechanics of Solids
3.00 Credits
Catholic University of America
An introductory course in the mechanics of deformable bodies. Analysis of simple structural members to resist safely axial, torsional, and bending stresses caused by static loads on structural systems.
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ENGR 301 - Mechanics of Solids
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ENGR 309: Applied Mathematics for Engineering II
3.00 Credits
Catholic University of America
Applied probability distributions and point estimation; engineering statistics including regression analysis; selected topics in applied mathematics; computer problems using MATLAB.
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ENGR 309 - Applied Mathematics for Engineering II
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ENGR 314: Introduction to Alternative Energy
3.00 Credits
Catholic University of America
This course will deal with the issues of alternative energy sources and sustainable energy sources. We will pay particular attention to the efficiency of each alternative energy source as well as what limitations exist in terms of extracting useable energy. The course will start out covering solar energy but will then move to other alternative energy sources such as Wind, Tides, Hydroelectric, Ocean Currents, and Geothermal. This course is not intended to be overly technical, in the sense that non-engineering majors should be able to understand the material.
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ENGR 314 - Introduction to Alternative Energy
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ENGR 321: Electronic Circuits I
3.00 Credits
Catholic University of America
The course presents the fundamentals of electronic circuits. The course includes the study of semiconductor materials, junction diodes, bipolar junction transistors, field effect transistors, and operational amplifiers.
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ENGR 321 - Electronic Circuits I
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ENGR 331: Fluid Mechanics
3.00 Credits
Catholic University of America
A review of dimensions, units and properties of fluids; fluid statics; conservation of mass; conservation of momentum; inviscid flows; Bernoulli¿s equation; dimensional analysis; viscous flow in a pipe; laminar boundary layers.
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ENGR 331 - Fluid Mechanics
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ENGR 355: Electrical Laboratory I
1.00 Credits
Catholic University of America
A correlated sequence of laboratory experiments to illustrate the fundamentals of electronic principles and components as a basis for engineering system design. Emphasis on analog filters, semiconductor devices, operational amplifiers, digital circuits, and transducers, followed by diodes, bipolar junction and field effect transistor applications.
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ENGR 355 - Electrical Laboratory I
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