The Graduate Student Office is closed due to COVID-19. For advising questions contact firstname.lastname@example.org.
Graduate studies in ECE are broad and encompass many diverse areas such as computers and digital systems, control, communications, electronics, signal processing, electromagnetics, electro-optics, physics of electronic devices, and device fabrication.
As in most areas of engineering, knowledge of mathematics and the natural sciences are combined with engineering fundamentals and applied to the theory, design, analysis, and implementation of devices and systems for the benefit of society.
ECE’s research is focused in four areas and offers MS and PhD degrees in three major program areas of research: Communications, Controls & Signal Processing (CCSP), Computer Engineering (CE) and Electronics & Photonics (EP). In addition, graduate students determine and choose their program of study and will work with a faculty.
Note: the research area of Control Systems is combined with Communications and Signal Processing.
Graduate Degree Requirements
All graduate degrees have a set of requirements that must be fulfilled for UCSB to grant a degree:
- UCSB Graduate Division: requirements common to all graduate programs
- Electrical and Computer Engineering Department: requirements vary according to program area (CCSP, CE, and EP)
Degree requirements for the three areas are intended to be flexible so the program of study can be tailored as much as possible to the needs and interests of the student and they may petition for a variation or waiver of any given requirement.
Requirements are sometimes altered to accommodate for technical, academic, or administrative changes. However, students are held to the requirements in effect when they enter the ECE graduate program unless they have written permission for an exception by either the UCSB Graduate Division or ECE Department.
Further information on requirements and procedures may be obtained from the UCSB Graduate Division, ECE Graduate Student Office, and the Masters of Science and Doctor of Philosophy sections of this website.
The student is also expected to read relevant sections in the:
- ECE Graduate Student Survival Manual (year of entrance)
- UCSB General Catalog
- Graduate Student Researcher (GSR): graduate students who assists faculty members with scholarly research
- Teaching Assistantships (TAships): apprentice under the active tutelage and supervision of a faculty member
- Fellowships: funds provided to support the living and educational expenses of graduate study
- Financial Aid via the Financial Aid Office: funding intended to help students pay education expenses such as tuition and fees, room and board, books and supplies, etc.
There are no PhD Defenses at this time.
- Clint Schow, ECE Professor &
Vice Chair of Graduate Studies
- Val de Veyra, Student Affairs Manager
Trailer 697, Rm 101
ECE Grad Program Snapshot
- Degrees: CCSP, CE and EP
- Degrees Awarded (2019-20): 77 MS and 34 PhD degrees
- Grads Admitted (2020-21): 213
- Faculty: 41 tenured / tenure-track
- Faculty Awards: 2 Nobel Prizes (Kroemer and Nakamura); IEEE Medal of Honor (Kroemer); 2 National Medal of Technology (Culler and Gossard); 5 National Academy of Sciences (5 emeriti); 15 NAE (6 active)
- Program Job Placement (pdf): doctoral alumni employment
Areas of Study
- Communications, Control & Signal Processing
NOTE: ECE research areas Control Systems and Communications & Signal Processing are combined for the graduate degree
- Biomedical Signal and Image Processing, Imaging Systems
- Computer Vision, Pattern Recognition and Machine Learning
- Distributed Computation
- Multi-Agent Systems, Robotics
- Signal Processing Fundamentals and Algorithms
- Multi-Agent Systems, Cooperative Control and Game Theory
- Scientific and Engineering Computation Algorithms
- Computer Graphics and Computational Photography
- Cyber-Physical Systems, Network Control and Power Systems
- Information Theory and Rate Distortion, and Multimedia Data Compression
- Next Generation Wireless Communication
- Robotics and Locomotion
- Nonlinear, Hybrid and Robust Control
- Computer Engineering
- Computer Systems Architecture
- Computer Networks and Distributed Systems
- Computational Models, Algorithms, and Analysis
- Graphics and Image Processing
- Very Large Scale Integration and Computer Aided Design
- Software Systems
- Scientific Computation
- Machine Intelligence
- Electronics and Photonics
- Compound Semiconductors and Widebandgap Semiconductor Technologies
- Electromagnetics, Optics and Antennas
- Growth and Properties of Electronic Materials and Quantum Structures
- Integrated Micro-Electro-Mechanical Systems (MEMS) and Micromachining Technologies
- Modern Device and Int. Circuit Processing and Fabrication
- Opto-Electronic Devices and Photonic Integrated Circuits
- Quantum Mechanics and Solid-State Physics
- Quantum Electronics and Nanoscience
- RF/Wireless Electronics Systems
- RF and Optical Communications
- Semiconductor Device Physics
- Optical Communication Networks
- Solid-State Lighting and Displays
- Ultra High-Speed Devices and Circuits
- Photonics and Nanophotonics
- Research Our Faculty
Each student has an advisor, whose area of research and technical interests coincide. Advisors are available for consultation, guidance, and feedback in students' course selection, technical program, and research topics.