弗吉尼亚理工学院
Electrical and Computer Engineering
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该项目分为工程硕士（Meng）;理学硕士（MS.）；和哲学博士（PHD.）三种学位；学生可根据自己的喜好选择适合的学位就读

该项目的工程硕士学位在大都会授课，可以提供校园和在线两周授课模式，学生可以根据自己需要选择兼职，或者全日制（需要F1学生签证的同学只能选择校园授课模式）

该项目分为以下几个研究方向：

Antennas & Propagation

Autonomous Systems

Computational Systems & Biology

Energy Systems

Machine Learning Cognition

Microsystems, Optoelectronics, Devices

Multifunctionallntegrated Circuits & Systems

Networks & Cybersecurity

Optics and Photonics

Pervasive & Configurable Computing

Power Electronics

Secure Embedded Systems

Space Atmospheric Science

Systems Software & Design Technology

Wireless & Secure Systems

项目时长：12个月（全日制）

项目授课地点：美国弗吉尼亚布莱克斯堡

申请要求

学术	· 申请的时候需要正式成绩单，如果未完成学位可以注明完成学位的情况以及获得学位的日期 · 如果课程尚未完成，也可以递交非官方成绩单，但学校希望你能在第一个学期结束的时候告知获得学位的时间 · 官方的成绩单将加速学校的审理并更快获得录取
TOEFL	总分100+
GMAT/GRE	不需要提供
IELTS	总分：7.0+
其他要求

申请流程

第1步：准备好申请文件

· 推荐信

需要两封推荐信

· Personal Statement

Tell us about your academic and professional goals and why NYUSPS is the right fit for you. Personal statements should be a minimum of 500 words. Your personal statement can be uploaded into the online application.

· CV

提交一份简历

说明你从以前到现在的经历。你在简历中可以展示该领域的相关经验、技能，这将有助于你成为一名与众不同的申请人

履历表可以包括任何工作经验（全职或兼职）、实习、课外活动、志愿者工作、学生会等。申请人的简历可以上传到在线申请中

第2步：需要的其他文件

· 需要将课程所获得的成绩单进行认证

· 官方学位证书（申请时如未毕业可不提供）

· 不需要提交 GMAT/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

Research and Development Methods for Engineers

Advanced Microwave and RF Engineering
Electromagnetic Waves
Advanced Fiber Optics and Applications
Introduction to Electro-Optics
Optical Fiber Sensors
Introduction to Space Science I: The Solar Wind and Magnetosphere
Introduction to Plasma Science
Remote Sensing: Principles and Techniques

Semiconductor Alloys and Heterostructures
Power Semiconductor Devices
Basic Semiconductor Devices
Microelectromechanical Systems From Fabrication to Application
EMI and Noise Reduction Techniques and Filter Design
Advanced Power Conversion Techniques
Power Converter Modeling and Control
Embedded Power Management
Modeling and Control of Three-Phase PWM Converters
Power Management Circuits for Energy Harvesting

Power System Operation and Control
Power System Planning
Transients in Power Systems
Advanced Alternate Energy Systems
Advanced Analog Integrated Circuit Design
Advanced Linux Kernel Programming
Advanced Machine Learning
Cyber-Physical Systems
Advanced Technological Singularity
Optimization Techniques for Electrical and Computer Engineering
Applications of Machine Learning
Cybersecurity and the Internet of Things
Fundamentals of Computer Systems
Networks and Protocols
Innovation Pathways in Artificial Intelligence and Machine Learning

Computer Architecture
Testing and Verification of Digital Systems
Multiprocessor Programming
Design of Systems on a Chip
Electronic Design Automation
Compiler Optimizations
Advanced VLSI Design
Advanced Real-Time Systems
Computer Vision
Fundamentals of Information Security
Wearable and Ubiquitous Computing
Network Architecture and Protocols
Advanced Software Development for Computer-Aided Engineering
Cryptographic Engineering
Network Security
Information Technology Security and Trust
System and Software Security

Stochastic Signals and Systems
Advanced DSP & Filter Design
Information Theory
Radar Systems Analysis and Design
Game Theory for Communication Networks
Digital Communications II: Advanced Theory and Analysis
Spread Spectrum Communications
Cellular Communication Systems
Software Radios: Modern Radio Engineering

Robotics and Automation
Robust Estimation and Filtering
Convex Optimization
Linear Systems Theory
Applied Linear Systems
Applied Linear Control
Nonlinear Systems Theory