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Click on the name of an online engineering undergraduate course to view the detailed information; you can also find out about the college or university offering the category by clicking on "School's Profile". |
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Name (Section Id) |
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Program |
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Degree |
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Name of College, University |
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School's Profile |
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AC Circuits Lab (EE114) |
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Engineering |
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Grantham University |
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Details |
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A continuation of course EE110. Topics include using the oscilloscope, Ohm?s Law in AC circuits, capacitors, inductors, capacitive reactance, inductive reactance, RC circuits, RL circuits, Troubleshooting AC circuits, RCL series circuits, RCL parallel circuits, using the Bode plotter, transformers, electronic filters. |
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Advanced CMOS Processing (0305-850) |
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Engineering |
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Roosevelt University |
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Details |
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This course consists of an in-depth study of principles and practice of scale-driven CMOS front and back end processing. Front end pro- cessing involves steps up to the fabrication of active devices that include wells, isolation, gate insulator, gate electrode, and source/ drain formation. Many device effects observed in submicron MOSFETs are impacted by the process technology used to fabricate them. Some effects include small dimension effects, punch-throughm threshold ad- justment, latch up, gate leakage and depletion effects and quantum effects. MOSFET structures, materials and process technology dev- eloped to combat these effects will be discussed as well as back end interconnect technology. Topics include interconnet modeling and de- lay. Low-k dielectric and copper damascene processes will be studied. Intro to Semicond. Ind. Assoc. (SIA) International Technology Roadmap for Semicond. (ITRS) (0305-560, 701, 702, 703) Class 4, Lab 0, Cred. 4 |
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Advanced Digital Signal Processing (EET-453) |
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Engineering |
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DeVry University Online |
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Details |
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This course further develops digital signal processing techniques and tools presented in EET-350. Least mean square (LMS) filtering, wavelets and special Fast Fourier transforms are introduced, as are their application to various digital communications and biomedical systems. |
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Advanced Digital Signal Processing Lab (EET-453L) |
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Engineering |
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DeVry University Online |
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Details |
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This lab continues development of the programmable digital signal processor (DSP) as an application platform. A software development environment is used to design and implement various DSP applications and as a debugging vehicle. |
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Advanced Electronics Communication Systems (EE281) |
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Engineering |
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Grantham University |
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Details |
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A continuation of EE126. This course emphasizes digital communications system design. Topics include digital modulations, data communications principles and hardware, protocols, digital transmission, time-division multiplexing, satellite communications, microwave communications, and fiber optic communications. |
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Advanced Software Engineering (CS406) |
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Engineering |
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Grantham University |
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Details |
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A continuation of course CS405. Topics include the study of project planning, techniques for data-oriented design, object-oriented design, testing and quality assurance, and computeraided software engineering. |
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Air Emissions Management (0630-354) |
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Engineering |
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Roosevelt University |
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Details |
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Identifies and categorizes industrial air pollutants and their sources. Covers applicable state and federal laws and regulations, reduction strategies, control technologies, testing, monitoring and reporting requirements. Students develop strategies for evaluating and reducing air emission sources, managing ash and pollution control sludges, quantifying emissions, identifying data gaps, obtaining and meeting the conditions set forth in environmental permits. |
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Analog Integrated Circuits (EE321) |
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Engineering |
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Grantham University |
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Details |
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This course provides an introduction to electronic devices and circuits as they apply to analog electronics for students studying electrical, electronic, computer, and related engineering disciplines. Using an innovative approach, this course treats a circuit as an entire electronic system, rather than as a collection of individual devices. It provides students with the tools necessary to make intelligent choices in the design of analog and digital systems. Includes 1 lab credit. |
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Analog Signal Processing Systems (EET-320) |
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Engineering |
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DeVry University Online |
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Details |
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This course addresses conditioning, conversion and processing of analog signals required to extract information for system support. Signals and the sensors that generate them are investigated. A systems approach to frequency and time domain analysis is used. Topics include network equations, LaPlace transform, Fourier transforms, transfer functions, pole-zero diagrams and stability, Bode plots, and applications such as analysis and design of passive and active filters. Computer-aided analysis is stressed. |
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Analog Signal Processing Systems Lab (EET-320L) |
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Engineering |
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DeVry University Online |
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Details |
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This lab provides experience in the design of sensor-based signal conditioning circuitry, specifically analog filtering. Circuits are designed and implemented using both computer-based modeling tools and actual hardware. |
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Analytical Methods Session II (MET CJ 702 OL) |
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Engineering |
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Boston University |
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Details |
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Analytical Methods Session II |
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Antennas, Transmission Lines, and Microwaves (EE136) |
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Engineering |
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Grantham University |
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Details |
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This course introduces electromagnetic theory to explain basic concepts; then it explores the procedures that can produce designs of antennas, transmission lines and microwave devices that satisfy specified performance criteria. Topics include transmission lines, antennas, microwave devices and circuits, radiation patterns, and waveguide studies. |
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APPL THERMODYNAMICS II (0610-540) |
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Engineering |
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Roosevelt University |
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Details |
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APPL THERMODYNAMICS II |
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Applied Digital Signal Processing (EET-350) |
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Engineering |
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DeVry University Online |
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Details |
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This course introduces acquisition and processing of discrete time signals. Techniques and tools specific to discrete time and frequency domain analysis such as the difference equation, Z transform, convolution, correlation, time domain filtering and Fast Fourier transforms are introduced, as are their applications to digital communications, digital audio and image processing problems. Computer-aided filter design is included. |
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Applied Digital Signal Processing Lab (EET-350L) |
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Engineering |
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DeVry University Online |
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Details |
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Exercises in this lab provide practical applications of discrete time processing techniques. The programmable digital signal processor is introduced as an application vehicle for solution of problems such as digital filtering in communications systems, instrumentation and measurement, and audio signal processing. |
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APPLIED FLUID MECH (0610-460) |
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Engineering |
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Roosevelt University |
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Details |
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APPLIED FLUID MECH |
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Applied Mechanics I (0610-408) |
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Engineering |
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Roosevelt University |
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Details |
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Elements of statics and strength of materials. Topics include plane equilibrium, friction, stress, strain, torsion and the bending of beams. Offered as a service course to electrical engineering technology students and electrical/mechanical engineering technology students. |
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Applied Mechanics II (0610-410) |
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Engineering |
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Roosevelt University |
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Details |
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The basic concepts of statics and strength of materials are briefly reviewed. Additional strength of materials topics are introduced with the view of developing basic analytical procedures for the preliminary design of engineering structures and machine components. Topics include combined stress, transformation of plane stress, principal stresses and maximum shear stress, Mohr's circle, thin-walled pressure vessels, columns and structure stability. The fundamentals of kinematics and kinetics of particle motion are developed, including the study of Newton's Laws of Motion, energy methods, and impulse and momentum. Offered as a service course to Electrical Engineering Technology and Electrical/Mechanical Technology students. |
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Applied Mechanics of Materials (0608-404) |
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Engineering |
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Roosevelt University |
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Details |
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Basic strngth of materials and statics are reveiwed. Advanced topics are covered to include stress and strain. Mohr's circle concept, transversely loaded members, statistically indeterminate problems, Euler's equations and column design principles. |
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Applied Microprocessors (0609-413) |
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Engineering |
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Roosevelt University |
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Details |
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Applications of microprocessors for engineering technology students. Applications of the INTEL 8085 microprocessor, with emphasis on the interface to SDK-85 microcomputers are used in this course. This course is intended as a service course for non-electrical majors. |
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