加州大学圣地亚哥分校 UCSD
Electrical and Computer Engineering
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学生可以选择以下任何一个方向的专业：

Applied Physics - Electronic Devices and Materials

Communication Theory and Systems / Magnetic Recording

Computer Engineering (Impacted major)

Electronic Circuits and Systems (Impacted major)

Intelligent Systems, Robotics, and Control

Medical Devices and Systems

Nanoscale Devices and Systems

Photonics

Signal and Image Processing

硕士课程以研究为导向，旨在为后续攻读博士学位提供必要的密集技术准备。

该项目提供两种学习计划，都需要成功完成48个季度的课程学分。计划一是课程学习和研究的结合，最终是准备一篇论文。计划二只涉及课程学习，最后进行综合考试。

项目时长：1.5-2年（全日制）

项目授课地点：美国加州圣地亚哥

申请要求

学术	学术背景：获得认可的学院或大学的工程、物理科学或数学学士学位和/或硕士学位;GPA大于3.0
TOEFL	总分85+
GMAT/GRE	强制递交
IELTS	总分：7+
其他要求

申请流程

第1步：准备好申请文件

推荐信

三封推荐信，你的推荐人必须能够评估申请人的学术能力和研究生课程的学习潜力。

Statement of purpose essay

Focus your Statement of Purpose on the reasons you are interested in attending a specific graduate program at the University

Applicant should include the topics like:

How did you become interested in this field

What experiences have contributed toward your preparation for further study in this field

What are your future goals

What are your research interests

How are you a "match" for the program to which you are applying

Resume

第2步：需要的其他文件

扫描并上传每所就读大学的学校颁发的成绩单
官方学位证书（申请时如未毕业可不提供）
强制提交 GRE 成绩
提交英语语言能力成绩
护照复印件
本科和/或研究生学位的记录

第3步：在线填表申请

第4步：递交申请费

Experience ECE: Making, Breaking, Hacking Stuff
Engineering Computation
Rapid Hardware and Software Design
Object-Oriented Programming: Design and Development with C++
Introduction to Digital Design
Introduction to Computer Engineering
Introduction to Analog Design
Circuits & Systems
Components & Circuits Laboratory
Linear Electronic Systems
Linear Systems Fundamentals
Introduction to Active Circuit Design
Fundamentals of Devices & Materials
Electromagnetism
Engineering Probability & Statistics
Advanced Digital Design Project
Fast Prototyping
Solar System Physics
Power Systems Analysis and Fundamentals
Energy Conversion
Antenna Systems Engineering
Motor Drives
Power Electronics I
Power Electronics II
Real World Power Grid Operation
Power Grid Modernization
Power Grid Resiliency
Renewable and Energy Storage Resources
Electronic Materials Science of Integrated Circuits
Semiconductor Physics
Electronic Devices
Microelectronics Laboratory
Microstructuring Processing Technology Laboratory
Semiconductor Device Design & Modeling
The Art of Product Engineering I
The Art of Product Engineering II
Software Foundations I
Software Foundations II
Programming for Data Analysis
LabVIEW Programming
Acoustics Laboratory
Acoustics Laboratory
Acoustics Laboratory
Introduction to Magnetic Recording
Introduction to Autonomous Vehicles
Entreprenuership for Engineers
Probability & Random Processes for Engineers
Digital Communications Theory
Sensor Networks
Communications Systems Laboratory I
Communications Systems Laboratory II
Data Networks I
Data Networks II
Introduction to Data Processing and Information Theory
Introduction to Digital Signal Processing
Digital Signal Processing I
Applications of Digital Signal Processing
Electronic Circuits & Systems
Analog Integrated Circuit Design
Digital Integrated Circuit Design
Microwave Systems & Circuits
Linear Control System Theory
Linear Control System Theory
Introduction to Intelligent Systems
Introduction to Linear & Nonlinear Optimization with Applications
Elements of Machine Intelligence: Pattern Recognition & Machine Learning
Elements of Machine Intelligence: Probabilistic Reasoning & Graphical Models
Introduction to Deep Learning and Applications
Topics in Electrical & Computer Engineering
Physical Optics & Fourier Optics
Electromagnetic Optics, Guided-Wave, & Fiber Optics
Optical Electronics
Optical Information Processing & Holography
Lasers & Modulators
Introduction to Biomedical Imaging & Sensing
Special Topics in Electrical Engineering with Lab
Technical Public Speaking
Engineering Design
Engineering Group Design Project
Engineering Hands-On Group Project
Introduction to Biophysics
Medical Devices and Interfaces
Biomedical Integrated Circuits and Systems
Statistical Learning in Bioinformatics
Principles of Medical Imaging
Computational Evolutionary Biology
Statistical Learning for Biosignal Processing
Principles of Nanoscience & Nanotechnology
Nanoelectronics
Nanophotonics
Magnetic Materials: Principles and Applications
Antennas & Their System Applications
Applied Electromagnetic Theory- Electromagnetics
Applied Electromagnetic Theory- Computational Methods for Electromagnetics
Advanced Antenna Design
Probability and Statistics for Data Science
Universal Probability and Applications in Data Science
Optimization and Acceleration of Deep Learning on Various Hardware Platforms
Big Network Data
Machine Learning for Physical Applications
Computational Data Analysis and Product Development
Solid State Electronics I
Solid State Electronics II
Solid State Electronics III
Nanometer-Scale VLSI Devices
III-V Compound Semiconductor Materials
Optical Processes in Semiconductors
Heterojunction Field Effect Transistors
Heterojunction Bipolar Transistors
Thermodynamics of Solids
Solid State Diffusion & Reaction Kinetics
Lasers & Optics
Optical Information Processing
Optical Modulation & Detection
Nonlinear Optics
Integrated Photonics
Holographic Optical Elements
Optical Fiber Communication
Statistical Optics
Advanced BioPhotonics
BioElectronics
BioNanotechnology
Random Processes
Digital Signal Processing I
Digital Signal Processing II
Filter Banks & Wavelets
Array Processing
Speech Compression
Speech Recognition
Fundamentals of Digital Image Processing
Detection Theory
Information Theory
Source Coding I
Network Information Theory
Modern Communication Networks
Principles of Wireless Networks
Stochastic Wireless Networks Models
Digital Communication
Digital Communication
Algebraic Coding
Probabilistic Coding
Advanced Topics in Coding
VLSI Digital System Algorithms & Architectures
VLSI Integrated Circuits & Systems Design
VLSI Advanced Topics