麦吉尔大学电子与计算机工程硕士专业 是IT技术与工科技术的完美结合!
伴随着人工智能、大数据、人机交互、芯片制造、互联网等领域的飞速发展，几乎所有的行业都离不开计算机技术，尤其是在电力领域，计算机技术的应用达到了极致，比如：移动电话、光纤卫星通信、汽车工业系统……从而社会也急需一批既具有电子技术又有IT技术的复合型人才，为了顺应时代的需求，麦吉尔大学就开设了电子与计算机工程硕士专业，下面，就随小编来看看吧，希望对大家有所帮助：
Master of Science in Electrical and Computer Engineering
该课程从机器学习到功率分配，从计算机视觉到光子器件和纳米电子，研究是多样化和多学科的。我们所有的教授都活跃在他们的研究领域，并因他们对卓越研究和研究生教育的承诺而获得认可。研究生是欧洲经委会所有研究创新的核心;花些时间浏览我们教师的网页，你会发现丰富的令人兴奋的研究项目，导致创新技术和高水平的学术出版物。
作为电子和计算机工程专业的未来研究生，你有机会在开发新技术、发现新现象或设计革命性设备方面发挥作用——电子和计算机工程专业的研究生学习将开辟新的就业机会，拓宽你的技术文化，为你一生的创新事业做好准备。
课程设置：
ECSE 200 Electric Circuits 1
ECSE 205 Prob and Stats for Engineers
ECSE 206 Intro to Signals and Systems
ECSE 210 Electric Circuits 2
ECSE 211 Design Principles and Methods
ECSE 222 Digital Logic
ECSE 223 Model-Based Programming
ECSE 251 Electric and Magnetic Fields
ECSE 303 Signals and Systems 1
ECSE 305 Probability & Random Signals 1
ECSE 307 Linear Systems and Control
ECSE 308 Intro to Commun Sys & Networks
ECSE 310 Thermodynamics of Computing
ECSE 321 Intro. to Software Engineering
ECSE 324 Computer Organization
ECSE 325 Digital Systems
ECSE 326 Software Requirements Engineer
ECSE 330 Introduction to Electronics
ECSE 331 Electronics
ECSE 334 Intro. to Microelectronics
ECSE 335 Microelectronics
ECSE 353 Electromagnetic Fields&Waves
ECSE 354 Electromag Wave Propagation
ECSE 362 Fundamentals of Power Eng
ECSE 404 Control Systems
ECSE 405 Antennas
ECSE 412 Discrete TimeSignal Processing
ECSE 413 Communications Systems 2
ECSE 415 Intro to Computer Vision
ECSE 420 Parallel Computing
ECSE 421 Embedded Systems
ECSE 422 Fault Tolerant Computing
ECSE 423 Fundamentals of Photonics
ECSE 424 Human-Computer Interaction
ECSE 425 Computer Architecture
ECSE 426 Microprocessor Systems
ECSE 427 Operating Systems
ECSE 428 Software Engineering Practice
ECSE 429 Software Validation
ECSE 430 Photonic Devices and Systems
ECSE 431 Introduction to VLSI CAD
ECSE 435 Mixed-Signal Test Techniques
ECSE 436 Signal Processing Hardware
ECSE 450 Electromagnetic Compatibility
ECSE 451 EM Transmission & Radiation
ECSE 456 ECSE Design Project 1
ECSE 457 ECSE Design Project 2
ECSE 460 Appareillage électrique
ECSE 461 Electric Machinery
ECSE 463 Electric Power Generation
ECSE 464 Power Systems Analysis
ECSE 465 Power Electronic Systems
ECSE 467 Comportement des réseaux élect
ECSE 468 Electricité industrielle
ECSE 469 Protection des réseaux élect
ECSE 472 Fund. of Cir. Sim. & Modelling
ECSE 498 Honours Thesis 1
ECSE 499 Honours Thesis 2
ECSE 500 Math Found of Systems
ECSE 501 Linear Systems
ECSE 504 Sampled Data Control
ECSE 505 Course not available
ECSE 506 Stochastic Ctrl &Decision Thry
ECSE 507 Optimization & Optimal Control
ECSE 508 Multi-Agent Systems
ECSE 509 Probability & Random Signals 2
ECSE 510 Filt. & Pred. for Stoch. Sys.
ECSE 511 Intro. to Digital Comm.
ECSE 512 Digital Signal Processing 1
ECSE 513 Robust Control Systems
ECSE 515 Optical Fibre Communications
ECSE 516 Nonlin. & Hybrid Control Sys.
ECSE 517 Neural Prosthetic Systems
ECSE 518 Telecom. Network Analysis
ECSE 519 Semicon Nanostr & Nanophot Dev
ECSE 521 Digital Communications 1
ECSE 522 Nonlinear Phen.: Power Sys Dyn
ECSE 523 Speech Communications
ECSE 524 Interconnects&Signal Integrity
ECSE 526 Artificial Intelligence
ECSE 527 Optical Engineering
ECSE 528 Telecom Network Architecture
ECSE 529 Computer and Biological Vision
ECSE 530 Logic Synthesis
ECSE 532 Computer Graphics
ECSE 533 Phys Basis of Semicon Devices
ECSE 534 Analog Microelectronics
ECSE 535 Nanoelectronic Devices
ECSE 536 RF Microelectronics
ECSE 537 Adv Digital Integ Circuits
ECSE 539 Advanced Software Language Eng
ECSE 540 Photonic Devices and App
ECSE 542 Human Computer Interaction
ECSE 543 Numerical Methods in Elec Eng
ECSE 545 Microelectronics Technology
ECSE 547 Finite Elements in Elec Eng
ECSE 548 Introduction to VLSI Systems
ECSE 549 Expert Systems in Elec Design
ECSE 559 Flexible AC Transmission Sys
ECSE 563 Power Systems Oper&Planning
ECSE 565 Intro to Power Electronics
ECSE 570 Automatic Speech Recognition
ECSE 571 Optoelectronic Devices
ECSE 572 Nonlinear Optics
ECSE 573 Microwave Electronics
ECSE 574 CMOS Sensor Microsystems
ECSE 593 Antennas & Propagation
ECSE 596 Optical Waveguides
ECSE 597 Circuit Simulation & Modelling
申请条件：
申请人必须是认可大学的毕业生，并持有与麦吉尔大学电气、计算机或软件工程或密切相关领域的学士学位相当的学士学位。持有工程或科学其他领域学位的申请人将被考虑，但可能需要一个合格的一年来弥补任何不足。申请人必须有较高的学术成就:在最后两个全日制学年中，平均学分绩点(CGPA)达到3.0分(总分4分)或3.2分(总分4.0分)。
2封推荐信
成绩单
语言要求：
托福iBT(网络考试)——总分100分(四个部分各不低于20分)
雅思：-总分7.0分或以上(四个单项分数不低于6.0分)。
综上所述，以上讲的就是关于麦吉尔大学电子与计算机工程硕士专业的相关问题介绍，希望能给各位赴加拿大留学的学子们指点迷津。近年来，赴加拿大留学一直是广大学生最热门的话题，同时，很多学生对于签证的办理、院校的选择、就业的前景、学习的费用等诸多问题困扰不断，别担心，IDP留学专家可以为你排忧解难，同时，更多关于赴加拿大留学的相关资讯在等着你，绝对让你“浏览”忘返。在此，衷心祝愿各位学子们能够顺利奔赴自己心目中理想的学校并且学业有成!
