Electrical & Computer Engineering (ECE)Engineering

Showing 43 results.

Course descriptions provided by the Courses of Study 2016-2017. Courses of Study 2017-2018 is scheduled to publish mid-June.

ECE 1820

Our society relies on devices that generate, process, and transmit information. In this course, students will fabricate and test hardware devices that are basic building blocks of modern information processing ... view course details

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    Choose one lecture and one laboratory. Combined with: ENGRI 1820

  • 4 Credits Graded

ECE 2100

First course in electrical circuits and electronics. Establishes the fundamental properties of circuits with application to modern electronics. Topics include circuit analysis methods, operational amplifiers, ... view course details

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    Choose one lecture and one laboratory. Combined with: ENGRD 2100

  • 4 Credits Graded

ECE 2200

Introduction to signal processing. Topics include frequency-based representations: Fourier analysis and synthesis; discrete time linear systems: input/output relationships, filtering, spectral response; ... view course details

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    Choose one lecture and one laboratory. Combined with: ENGRD 2220

  • 4 Credits Graded

ECE 2300

This course provides an introduction to the design and implementation of digital circuits and microprocessors. Topics include transistor network design, Boolean algebra, combinational circuits, sequential ... view course details

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    Choose one lecture and one laboratory. Combined with: ENGRD 2300

  • 4 Credits Graded

ECE 2400

Intermediate computer programming course with a systems bent, equally practical in embedded, desktop, or server environments. Topics include C and C++ programming, input/output, program structure, debugging ... view course details

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    Choose one lecture and one discussion.

  • 3 Credits Graded

ECE 2750

As technologies and algorithms that can autonomously take in information, make decisions, and act on those decisions become more and more prevalent, questions arise as to the moral and ethical aspects ... view course details

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ECE 2980

Explores the history of information technology from the 1830s to the present by considering the technical and social history of telecommunications (telegraph and the telephone), radio, television, computers, ... view course details

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ECE 3030

Covers static, quasi-static, and dynamic electromagnetic fields and waves. Topics include Maxwell's equations (integral and differential forms), fields of charge and current distributions, boundary conditions, ... view course details

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    Choose one lecture and one discussion.

  • 4 Credits Graded

ECE 3250

Course aims to deepen students' working knowledge of mathematical tools relevant to ECE applications. While the course emphasizes fundamentals, it also provides an ECE context for the topics it covers, ... view course details

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    Choose one lecture and one discussion.

  • 4 Credits Graded

ECE 3400

A brief history of electrical and computer engineering, the core subjects that define the field today, the ethical standards of its practice, and instruction in the elements of the process of designing ... view course details

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    Choose one lecture and one laboratory.

  • 4 Credits Graded

ECE 4060

An introduction to quantum mechanics at a level suitable for advanced undergraduates and MS/PhD students. This course will focus on both fundamental aspects of quantum mechanics, and its applications in ... view course details

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    Combined with: MSE 5715

  • 3 Credits Graded

ECE 4110

Introduction to models for random signals in discrete and continuous time; Markov chains, Poisson process, queuing processes, power spectral densities, Gaussian random process. Response of linear systems ... view course details

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    Choose one lecture and one discussion.

  • 4 Credits Graded

ECE 4130

For undergraduate and M.Eng. students interested in nuclear energy. Topics are presented at the level of the course text: Lamarsh and Baratta, Introduction to Nuclear Engineering, 3rd ed. and include the ... view course details

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ECE 4300

Introduction to the operation, physics, and application of lasers. The course covers diffraction-limited optics, Gaussian beams, optical resonators, the interaction of radiation with matter, stimulated ... view course details

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  • 4 Credits Graded

ECE 4330

Introduction to the properties of microwave devices and their applications in circuits, waveguides, resonators, and antennas. The course covers the considerations that must be appreciated when the operating ... view course details

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    Choose one lecture and one laboratory.

  • 4 Credits Graded

ECE 4510

Acquaints students with modern electric power system modeling, analysis and computation. Stresses analysis techniques appropriate for power system modeling, analysis and power flow computation. Topics ... view course details

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  • 4 Credits Graded

ECE 4530

Overview of devices available to analog integrated-circuit designers in modern CMOS and BiCMOS processes: resistors, capacitors, MOS transistors, and bipolar transistors. Basic building blocks for linear ... view course details

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    Choose one lecture and one discussion.

  • 4 Credits Graded

ECE 4570

Develops an understanding of device physics by principally focusing on silicon‐based structures. Starting with a look at carrier statistics, energy diagram and transport, the course analyzes the operation ... view course details

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    Choose one lecture, one discussion, and one laboratory.

  • 4 Credits Graded

ECE 4590

Provides fundamental information on the deposition, properties, reaction, and evaluation of thin films. view course details

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    Combined with: MSE 5430

  • 3 Credits Graded

ECE 4670

The goal of this course is to understand how state-of-the-art digital communication systems are designed and why they are designed as they are. The lectures cover methods for combating noise ... view course details

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    Choose one lecture and one discussion. Combined with: ECE 5670

  • 4 Credits Graded

ECE 4750

This course aims to provide a strong foundation for students to understand modern computer system architecture and to apply these insights and principles to future computer designs. The course is structured ... view course details

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    Choose one lecture and one discussion. Combined with: CS 4420

  • 4 Credits Graded

  • 12185ECE 4750  LEC 001

    • MW
    • Delimitrou, C

  • NOTE: Discussion section is optional.

ECE 4760

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 ... view course details

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    Choose one lecture and one laboratory.

  • 4 Credits Graded

ECE 4800

Introduction to optimization theory and algorithms for system analysis and design. Topics include linear programming, convex programming, duality. We may touch dynamic programming around the end if  time ... view course details

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  • 4 Credits Graded

ECE 4880

This course addresses the design of radio-frequency links in the component view to enable eventual full-duplex, multi-access wireless network.  The analysis will reside mostly in the signal (SIMULINK) ... view course details

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    Combined with: ECE 4880

  • 3-4 Credits Graded

  • Enrollment Information
    Choose one lecture and one laboratory. Combined with: ECE 4880

  • 3-4 Credits Graded

ECE 4960

Spring topic: Computational and Software Engineering view course details

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    Choose one lecture and one discussion.

  • 4 Credits Stdnt Opt

  • Topic: Electromagnetic and Optical Metamaterials

  • 16956ECE 4960  LEC 001

    • TR
    • Monticone, F

ECE 4980

This course is designed to give qualified undergraduates experience through actual involvement in planning and teaching courses under the supervision of department faculty. Students cannot receive both ... view course details

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  • Enrollment Information

  • 1-2 Credits Sat/Unsat

  • 12467ECE 4980  IND 601

    • TBA
    • Rana, F

ECE 4998

Group study, analysis, and, usually, experimental tests in connection with a special engineering project chosen by the students after consultation with the faculty member directing the project. New projects ... view course details

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  • Enrollment Information

  • 1-4 Credits Graded

  • Topic: Grp Proj: CUAUV

  • 11941ECE 4998  IND 601

    • TBA
    • Land, B

  • Enrollment Information

  • 1-4 Credits Graded

  • Topic: CU Air Team

  • 13200ECE 4998  IND 604

    • TBA
    • Land, B

  • Enrollment Information

  • 1-4 Credits Graded

  • Topic: BAJA

  • 16603ECE 4998  IND 605

    • TBA
    • Land, B

  • Enrollment Information

  • 1-4 Credits Graded

  • Topic: Resistance Racing Team

  • 12841ECE 4998  IND 606

    • TBA
    • Skovira, J

ECE 4999

Individual study or directed reading in connection with a special engineering problem chosen by the student after consultation with the faculty member directing the project. An engineering report on the ... view course details

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  • Enrollment Information

  • 1-4 Credits Graded

  • 11958ECE 4999  IND 601

    • TBA
    • Skovira, J

  • Enrollment Information

  • 1-4 Credits Graded

  • 11959ECE 4999  IND 602

    • TBA
    • Albonesi, D

  • Enrollment Information

  • 1-4 Credits Graded

  • 11960ECE 4999  IND 603

    • TBA
    • Apsel, A

  • Enrollment Information

  • 1-4 Credits Graded

  • 11961ECE 4999  IND 604

    • TBA
    • Jena, D

  • Enrollment Information

  • 1-4 Credits Graded

  • 11962ECE 4999  IND 605

    • TBA
    • Batten, C

  • Enrollment Information

  • 1-4 Credits Graded

  • 11963ECE 4999  IND 606

    • TBA
    • Zhao, Q

  • Enrollment Information

  • 1-4 Credits Graded

  • 11964ECE 4999  IND 607

    • TBA
    • Bojanczyk, A

  • Enrollment Information

  • 1-4 Credits Graded

  • 11965ECE 4999  IND 608

    • TBA
    • Chen, T

  • Enrollment Information

  • 1-4 Credits Graded

  • 11966ECE 4999  IND 609

    • TBA
    • Chiang, H

  • Enrollment Information

  • 1-4 Credits Graded

  • 11967ECE 4999  IND 610

    • TBA
    • Delchamps, D

  • Enrollment Information

  • 1-4 Credits Graded

  • 11968ECE 4999  IND 611

    • TBA
    • Doerschuk, P

  • Enrollment Information

  • 1-4 Credits Graded

  • 11969ECE 4999  IND 612

    • TBA
    • Jessel, P

  • Enrollment Information

  • 1-4 Credits Graded

  • 11970ECE 4999  IND 614

    • TBA
    • Hammer, D

  • Enrollment Information

  • 1-4 Credits Graded

  • 11971ECE 4999  IND 615

    • TBA
    • Xing, H

  • Enrollment Information

  • 1-4 Credits Graded

  • 11972ECE 4999  IND 616

    • TBA
    • Johnson, C

  • Enrollment Information

  • 1-4 Credits Graded

  • 11973ECE 4999  IND 617

    • TBA
    • Kan, E

  • Enrollment Information

  • 1-4 Credits Graded

  • 11974ECE 4999  IND 620

    • TBA
    • Kline, R

  • Enrollment Information

  • 1-4 Credits Graded

  • 11975ECE 4999  IND 621

    • TBA
    • Lal, A

  • Enrollment Information

  • 1-4 Credits Graded

  • 11976ECE 4999  IND 622

    • TBA
    • Land, B

  • Enrollment Information

  • 1-4 Credits Graded

  • 11977ECE 4999  IND 625

    • TBA
    • Manohar, R

  • Enrollment Information

  • 1-4 Credits Graded

  • 11978ECE 4999  IND 626

    • TBA
    • Martinez, J

  • Enrollment Information

  • 1-4 Credits Graded

  • 11979ECE 4999  IND 627

    • TBA
    • Molnar, A

  • Enrollment Information

  • 1-4 Credits Graded

  • 11980ECE 4999  IND 628

    • TBA
    • Pollock, C

  • Enrollment Information

  • 1-4 Credits Graded

  • 11981ECE 4999  IND 629

    • TBA
    • Rana, F

  • Enrollment Information

  • 1-4 Credits Graded

  • 11982ECE 4999  IND 630

    • TBA
    • Reeves, A

  • Enrollment Information

  • 1-4 Credits Graded

  • 11983ECE 4999  IND 631

    • TBA
    • Seyler, C

  • Enrollment Information

  • 1-4 Credits Graded

  • 11984ECE 4999  IND 632

    • TBA
    • Shealy, J

  • Enrollment Information

  • 1-4 Credits Graded

  • 11985ECE 4999  IND 634

    • TBA
    • Spencer, M

  • Enrollment Information

  • 1-4 Credits Graded

  • 11986ECE 4999  IND 635

    • TBA
    • Suh, E

  • Enrollment Information

  • 1-4 Credits Graded

  • 11987ECE 4999  IND 637

    • TBA
    • Tang, A

  • Enrollment Information

  • 1-4 Credits Graded

  • 11988ECE 4999  IND 638

    • TBA
    • Tiwari, S

  • Enrollment Information

  • 1-4 Credits Graded

  • 11989ECE 4999  IND 639

    • TBA
    • Tong, L

  • Enrollment Information

  • 1-4 Credits Graded

  • 11990ECE 4999  IND 640

    • TBA
    • Wagner, A

  • Enrollment Information

  • 1-4 Credits Graded

  • 11991ECE 4999  IND 641

    • TBA
    • Wicker, S

  • Enrollment Information

  • 1-4 Credits Graded

  • 13135ECE 4999  IND 642

    • TBA
    • Petersen, K

  • Enrollment Information

  • 1-4 Credits Graded

  • 12235ECE 4999  IND 643

    • TBA
    • Hysell, D

  • Enrollment Information

  • 1-4 Credits Graded

  • 12437ECE 4999  IND 646

    • TBA
    • Bitar, E

  • Enrollment Information

  • 1-4 Credits Graded

  • 12438ECE 4999  IND 647

    • TBA
    • Zhang, Z

  • Enrollment Information

  • 1-4 Credits Graded

  • 12724ECE 4999  IND 648

    • TBA
    • Studer, C

  • Enrollment Information

  • 1-4 Credits Graded

  • 12945ECE 4999  IND 649

    • TBA
    • Delimitrou, C

ECE 5010

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 ... view course details

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    Seven Week - Second. 

  • 1 Credit S/U NoAud

  • 15641ECE 5010  SEM 101

    • W
    • Oct 9 - Dec 1, 2017
    • Jessel, P

ECE 5120

Fundamental ideas of systems engineering, and their application to design and development of various types of engineered systems. Defining system requirements, creating effective project teams, mathematical ... view course details

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  • 12225ECE 5120  LEC 001

    • MW
    • Schneider, D

  • Enrollment limited to: senior or graduate standing in an Engineering field; concurrent or recent (past two years) enrollment in a group-based project with a strong system design component that is approved by a course instructor. To request a PIN, contact the department at systemseng@cornell.edu.

  • 12230ECE 5120  DIS 201

    • M
    • Schneider, D

  • 12274ECE 5120  DIS 202

    • T
    • Schneider, D

ECE 5390

Charge, heat, and spin transport in semiconductors, 2D crystals, and correlated oxides. Electronic gain and speed and its link to transport. Rigorous quantum transport in semiconductors, ballistic transport, ... view course details

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    Combined with: MSE 5472

  • 4 Credits Graded

ECE 5470

Covers computer acquisition and analysis of image data with emphasis on techniques for robot vision. Concentrates on descriptions of objects at three levels of abstraction: segmented images (images organized ... view course details

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  • 4 Credits Graded

ECE 5555

The problem of sequential decision making in the face of uncertainty is ubiquitous. Examples include: dynamic portfolio trading, operation of power grids with variable renewable generation, air traffic ... view course details

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  • 4 Credits Graded

ECE 5670

Graduate-level introduction to fundamentals of digital communications. Complex random signals. Digital modulations and optimal receiver principles. Baseband and passband transmissions and processing. ... view course details

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    Choose one lecture and one discussion. Combined with: ECE 4670

  • 4 Credits Graded

ECE 5680

This course will teach the fundamentals of wireless communication and state-of-the-art technologies used in modern wireless systems. The following topics are covered: Models of wireless channels, point-to-point ... view course details

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    Choose one lecture and one discussion.

  • 4 Credits Graded

ECE 5725

Design of microcontroller based systems using embedded Linux. Student teams design and debug example solutions on a target microcontroller (for example, Raspberry Pi) during lab sessions. Emphasis will ... view course details

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    Choose one lecture and one laboratory.

  • 4 Credits Graded

  • 13086ECE 5725  LEC 001

    • MWF
    • Skovira, J

  • Student parts kit for purchase. Cost will range from $110 to $60. Instructor will provide details in class.

ECE 5770

This course discusses principles and practices of designing secure and reliable computing systems, especially in the context of mobile System-on-Chips (SoCs). The course first introduces key concepts in ... view course details

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  • 4 Credits Graded

ECE 5775

Beginning with a general introduction to modern electronic system design automation flow, the course mainly focuses on high-level design techniques and automation algorithms for digital system design above ... view course details

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  • 4 Credits Graded

ECE 5810

Topics include plasma state; motion of charged particles in fields; drift-orbit theory; coulomb scattering, collisions; ambipolar diffusion; elementary transport theory; two-fluid and hydromagnetic equations; ... view course details

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    Choose one lecture and one discussion. Combined with: AEP 6060

  • 4 Credits Graded

ECE 5830

This course is taught from the perspective of a chief technology officer and is targeted at M. Eng. and management students interested in "real world" problems. It provides an introduction via case examples ... view course details

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  • 3 Credits Graded

ECE 5870

Energy resources, their conversion to electricity or mechanical work, and the environmental consequences of the energy cycle are discussed by faculty members from several departments in the university ... view course details

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    Combined with: CHEME 5870MAE 5459

  • 1 Credit Stdnt Opt

ECE 6930

Two-semester Design Project: must enroll in both semesters; receive R grade for first semester. For students enrolled in M.Eng. (Electrical and Computer Engineering) degree program. Uses real engineering ... view course details

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  • 1-4 Credits Graded

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ECE 7910

For students enrolled in master's or doctoral program. Each professor is assigned a section number. To register, see roster for appropriate six-digit course ID numbers. view course details

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  • 1-15 Credits Sat/Unsat

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