Searching the World's top universities for courses with:

Cornell University - ECE 4720 Feedback Control Systems (also CHEME 4720, MAE 4780)

For description, see MAE 4780.
Score: 4.7715745 Details | Listing | Web page

Cornell University - ECE 4740 Digital VLSI Design

Introduction to digital VLSI design. Topics include basic transistor physics, switching networks and transistors, combinational and sequential logic, latches, clocking strategies, domino logic, PLAs, memories, physical design, floor planning, CMOS scaling, and performance and power considerations, etc. Lecture and homework topics emphasize disciplined design, and include CMOS logic, layout, and timing; computer-aided design and analysis tools; and electrical and performance considerations.
Score: 4.7715745 Details | Listing | Web page

Cornell University - ECE 4750 Computer Architecture (also CS 4420)

Topics include instruction set principles, advanced pipelining, data and control hazards, multi-cycle instructions, dynamic scheduling, out-of-order execution, speculation branch prediction, instruction-level parallelism, and high-performance memory hierarchies. Students learn the issues and trade-offs involved in the design of modern microprocessors. Labs involve the design of a processor and cache subsystem at the RTL level.
Score: 4.7715745 Details | Listing | Web page

Cornell University - ECE 4760 Digital Systems Design Using Microcontrollers

Design of real-time digital systems using microprocessor-based embedded controllers. Students working in pairs design, debug, and construct several small systems that illustrate and employ the techniques of digital system design acquired in previous courses. The content focuses on the laboratory work. The lectures are used primarily for the introduction of examples, description of specific modules to be designed, and instruction in the hardware and high-level design tools to be employed.
Score: 4.7715745 Details | Listing | Web page

Cornell University - ECE 4820 Plasma Processing of Electronic Materials (also MSE 4820)

Fundamental principles that govern partially ionized, chemically reactive plasma discharges and their applications to processing electronic materials. Topics include simple models of low pressure, partially ionized plasmas, collision phenomena, diffusive processes, plasma chemistry and surface processes. Examples and their applications to electronic materials processing are discussed in detail.
Score: 4.7715745 Details | Listing | Web page

Cornell University - ECE 4840 Introduction to Controlled Fusion: Principles and Technology (also MAE 4590, AEP/NSE 4840)

Introduction to the physical principles and various engineering aspects underlying power generation by controlled fusion. Topics include fuels and conditions required for fusion power and basic fusion-reactor concepts; fundamental aspects of plasma physics relevant to fusion plasmas and basic engineering problems for a fusion reactor; and an engineering analysis of proposed magnetic and/or inertial confinement fusion-reactor designs.
Score: 4.7715745 Details | Listing | Web page

Cornell University - ECE 4870 Introduction to Radar Remote Sensing (also EAS 4870)

For description, see EAS 4870 in the College of Arts and Sciences.
Score: 4.7715745 Details | Listing | Web page

Cornell University - ECE 4880 Radio Frequency (RF) Circuits and Systems

Basic RF circuits and applications. Receivers, transmitters, modulators, filters, detectors, transmission lines, oscillators, frequency synthesizers, low-noise amplifiers. Applications include communication systems, radio and television broadcasting, radar, radio, and radar astronomy. Computer-aided circuit analysis. Six laboratory sessions.
Score: 4.7715745 Details | Listing | Web page

Cornell University - ECE 4910–4920 Senior Electrical and Computer Independent Engineering Project

For description, see ECE 2910–2920.
Score: 4.7715745 Details | Listing | Web page

Cornell University - ECE 4930–4939; 4940–4949 Senior Electrical and Computer Engineering Group Project

For description, see ECE 2930–2939; 2940–2949.
Score: 4.7715745 Details | Listing | Web page

Cornell University - ECE 4950–4960 Special Topics in Electrical and Computer Engineering

Seminar, special interest, or temporary course.
Score: 4.7715745 Details | Listing | Web page

Cornell University - ECE 5010 Professional Seminar for 
M.Eng. Students

This seminar introduces students to professional issues that are important as they begin their professional career. Topics include M.Eng. ECE project options; professional expectations; project planning and management; effective teamwork; technical writing and communications; impact of environmental, economic, and societal constraints in design; entrepreneurship possibilities; and career planning issues.
Score: 4.7715745 Details | Listing | Web page

Cornell University - ECE 5020 Biomedical System Design (also BME 5020)

Introduces techniques of measuring and conditioning low-level (biological) signals. Topics include special signal to noise improvement circuits for analog signals, techniques to remove common-mode and correlated noise, and computer-aided techniques for analyzing sampled data. Final six or seven weeks devoted to designing/prototyping a safe and effective “ambulatory microprocessor-controlled blood pressure monitor.” Formal design document is required.
Score: 4.7715745 Details | Listing | Web page

Cornell University - ECE 5030 Electronic Bioinstrumentation

This course covers the theory and practical aspects of recording and analyzing electronic data collected from biological systems. Topics may include electrode and amplifier design, tissue impedance and effects on waveforms, sensors, statistical and signal processing algorithms, noise reduction, and safety considerations.
Score: 4.7715745 Details | Listing | Web page

Cornell University - ECE 5040 Neural and Bioelectronic Interfaces

Intended for electrical and biomedical engineers interested in neural–electronic interfaces. The class spans several disciplines. An overview of the electrophysiology and biophysics of neurons and other electrogenic cells informs a subsequent discussion of the theoretical and practical aspects of electrical stimulation and recording, as well as discussion of emerging topics such as optical stimulation and recording. The course also covers some statistical signal processing techniques used in handling the large amounts of imprecise data the nervous system provides. Case studies in existing medical implants are reviewed, as examples of present-day challenges in the field.
Score: 4.7715745 Details | Listing | Web page

Cornell University - ECE 5120 Applied Systems Engineering (also CEE 5240, CIS 5040, MAE 5910, ORIE 5120, SYSEN 5100)

For description, see SYSEN 5100.
Score: 4.7715745 Details | Listing | Web page

Cornell University - ECE 5130 System Architecture, Behavior, and Optimization (also CEE 5252, CIS 5050, MAE 5920, ORIE 5130, SYSEN 5200)

For description, see SYSEN 5200.
Score: 4.7715745 Details | Listing | Web page

Cornell University - ECE 5180 Principles of Medical Imaging (also BME/VTCS 6180)

For description, see BME 6180.
Score: 4.7715745 Details | Listing | Web page

Cornell University - ECE 5210 Theory of Linear Systems (also MAE 5210)

For description, see MAE 5210.
Score: 4.7715745 Details | Listing | Web page

Cornell University - ECE 5310 Quantum Optics for Photonics and Optoelectronics

Introduces the basic concepts of quantum optics and quantum electronics necessary for understanding the behavior of optical fields in photonic and optoelectronic devices and systems. Topics include quantization of the electromagnetic field, quantum mechanical properties of photon states, vacuum fluctuations, noise and quantum Langevin equations, matter-photon interactions, phase-sensitive and phase-insensitive optical amplifiers, direct and coherent photon detection, lasers, parametric oscillators, and photonic devices for quantum information processing.
Score: 4.7715745 Details | Listing | Web page

Cornell University - ECE 5330 Semiconductor Optoelectronics

Study of principles and characteristics of semiconductor lasers. Topics cover laser dynamics, noise, quantum confined structures, single-frequency lasers, traveling-wave lasers, surface-emitting lasers, reliability, and emerging research subjects. A term project and paper are required.
Score: 4.7715745 Details | Listing | Web page

Cornell University - ECE 5340 Power Semiconductor Devices

It is estimated that at least 50 percent of the electricity used in the world is controlled by power electronics. The efficiency of power electronics circuits has a direct connection with energy conservation. This course seeks to introduce the student to basic power electronic devices, basic power electronic circuits, and their suitability for power applications spanning a large range of currents and voltages. Device operation, design, fabrication, and power electronic circuit issues will be discussed. Emphasis will be on the device aspects. Examples will be drawn from current Si device technology as well as emerging power devices technologies developed from wide bandgap semiconductors.
Score: 4.7715745 Details | Listing | Web page

Cornell University - ECE 5350 Semiconductor Physics

Physics of materials and structures useful in semiconductor electronic and photonic devices, including crystal structure, energy bands, effective mass, phonons, classical low-field transport, high-field and ballistic charge carrier transport, electron scattering by phonons, optical absorption, reflection, optical emissions, deep levels as charge carrier traps, and surface and interface effects.
Score: 4.7715745 Details | Listing | Web page

Cornell University - ECE 5360 Nanofabrication of Semiconductor Devices (also MSE 5410)

Introduction to modern nanofabrication technologies used to produce integrated circuits. Students perform a series of fabrication steps including lithography, metallization, plasma etching and annealing to realize working semiconductor devices (Schottky diodes, pn junction diodes, MOS capacitors, and MOSFETs) in the lab. Prior knowledge of the operation of these devices is essential as each will be tested to verify the success (or failure) of the fabrication process.
Score: 4.7715745 Details | Listing | Web page

Cornell University - ECE 5370 Nanoscale Devices, Circuits, and Physics

An integrated study connecting semiconductor physics with properties of electronic and optic devices at the nanoscale and the use of electronic devices in circuits. Topics include electronic and optic phenomena in confined structures and in nanoscale limits—single-electron phenomena, nanoscale quantum and size effects such as in tunneling and optical transitions , transistor operation in limited scattering limits, plasmonics, molecular transport, interface effects, and the unification of device attributes with implementation in circuits.
Score: 4.7715745 Details | Listing | Web page

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