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独家案例|“宝藏专业”EE之NTU+瑞典混申指南(下)

【导语】offer收割机留学小编有话说:南洋理工大学EE专业方向在2020年QS电气与电子工程世界大学排名中位列全球第6位,在亚洲院校中首屈一指,受到越来越多的申请者追捧。而欧洲国家同样也具有不少工科强势院校项目。

今天就为大家带来机EE专业,新加坡和瑞典混申案例解析~

基本情况


文书节选

offer收割机留学小编有话说:作为理工科的学生, F同学在专业方面有着丰富的经历: 课程设计、实习、项目等等。文书按照时间的顺序,从初入校园到逐渐成熟,用一个个案例在展现出F同学在这个方向上逐渐的不断成长。


学校及专业介绍

南洋理工大学-EE系列项目

offer收割机留学小编有话说:南洋理工大学电机与电子工程学院(NTU EEE)最初是南洋理工大学(Nanyang Technological University)的三个创始学院之一,当时称为南洋理工学院。本校首批194名学生于1985年顺利毕业,标志着本校第一批毕业生。如今,该学院已成为世界上培养有能力的工程师的最大工程学院之一。每年,学校培养出1000多名毕业生,他们准备好迎接挑战。

目前,南大EEE是世界排名前列的学校之一,在QS大学2020年度排名(电气与电子工程)中排名全球第6位。此外,在上海软科世界大学学术排名2020年全球学科排名——电气与电子工程(Electrical & Electronic Engineering)中,南洋理工大学EEE也是第一所也是唯一一所进入前20名(排名第11)的亚洲学院。

该学院每年获得超过90万美元的研究经费。教师来自21个国家,具有广泛、多样的背景,拥有强大的研究和专业知识。同时学院还与来自世界各地大约300名研究人员合作开展大数据分析、物联网、智能交通(V2X)、卫星、光子学、自主系统、电力和能源工程、生物医学和医疗保健、通信工程和人工智能等领域的广泛研究。

南洋理工大学与业界紧密合作,合作伙伴包括劳斯莱斯、泰利斯、德尔塔电子、NXP、舍弗勒集团、SMRT和ST工程。南洋理工大学已经建立了4个联合研发的企业实验室,这些中心正在推动技术创新的前沿。

作为新加坡第一所本科生就具有卫星研究机会的大学,南洋理工大学EEE学院自豪地在2011年发射了包括新加坡第一颗卫星X-SAT在内的总共9颗国产卫星。该校的卫星研究中心1999成立,为新加坡第一所坐落于大学的卫星研究中心。2017年1月,世界见证了新加坡的第7颗卫星“AOBA VELOX-III”的发射,这也是第一颗从国际空间站发射的新加坡卫星。

迄今为止,南洋理工大学EEE学院有9个专业研究方向,近3000名本科生和9个研究生课程(包含授课型硕士7个课程,研究型硕士1个课程和博士1个课程)的约1000名学生在读,除此之外,另有超过20000的校友圈,13个顶级科研实验室。

1⃣️ MSc Communications Engineering通信工程

专为有抱负的工程师和信息技术师准备,希望能够提高他们的知识和技能在广泛的通信工程领域。所开设的课程涵盖了电信、射频工程和无线通信的各种重要主题。

学制:最短1年,最长3年,秋季开学

学费:S$40,000

课程设置:课程结构两种,第一种8门课程+论文—4门专业选修+4门普通选修+论文;第二种10门课程—4门专业选修+6门普通选修。

专业选修课(5选4)

EE6101Digital Communication Systems3

EE6108Computer Networks3

EE6122Optical Fibre Communications3

EE6128RF Circuits for Wireless Communications3

EE6129Wireless & Mobile Radio Systems3

普通选修

EE6010Project Management & Technopreneurship3

EE6223Computer Control Networks3

EE6227Genetic Algorithms and Machine Learning3

EE6303Electromagnetic Compatibility Design3

EE6401Advanced Digital Signal Processing3

EE6403Distributed Multimedia Systems 3

EE6427Video Signal Processing 3

EE7402Statistical Signal Processing 3

EE7403Image Analysis and Pattern Recognition3


2⃣️ MSc Computer Control & Automation计算机控制与自动化

课程提供基于开发、集成和操作计算机控制与自动化系统的先进实用工具。

学制:最短1年,最长3年,秋季开学

学费:S$40,000

课程设置:课程结构两种,第一种8门课程+论文—4门专业选修+4门普通选修+论文;第二种10门课程—4门专业选修+6门普通选修。

专业选修课(5选4)

EE6203Computer Control Systems3

EE6204Systems Analysis3

EE6221Robotics & Intelligent Sensors3

EE6222Machine Vision3

EE6225Process Control3

普通选修

EE6010 Project Management & Technopreneurship3

EE6223Computer Control Networks3

EE6227Genetic Algorithms and Machine Learning 3

EE6401Advanced Digital Signal Processing3

EE6427Video Signal Processing3

EE6503Modern Electric Drives3

EE7204Linear Systems 3

EE7207Neural And Fuzzy Systems3

EE7403Image Analysis and Pattern Recognition3


3⃣️ MSc Electronics

该课程为电子行业的工程师提供兼职和全日制课程,在集成电路设计、微电子制造以及电子和光子产品制造等领域进行培训。

学制:最短1年,最长3年,秋季开学

学费:S$40,000

课程设置:课程结构两种,第一种8门课程+论文—4门专业选修+4门普通选修+论文;第二种10门课程—4门专业选修+6门普通选修。

专业选修课(5选4)

EE6306Digital Integrated Circuit (IC) Design3

EE6307Analog IC Design3

EE6601Advanced Wafer Processing3

EE6604 Advanced Topics in Semiconductor Devices3

EE6610Integrated Circuit (IC) Packaging3

普通选修

EE6010 Project Management & Technopreneurship3

EE6128RF Circuits for Wireless Communications 3

EE6227Genetic Algorithms and Machine Learning 3

EE6303Electromagnetic Compatibility Design3

EE6618Introduction to Quantum Information and Engineering3

EE6808LED Lighting and Display Technologies3

EE7603Advanced Semiconductor Physics3

EE7604Laser Technology 3

EE7608Advanced Engineering of Optoelectronics 3


4⃣️ MSc Power Engineering

电力工程硕士(Power Engineering)是为电气工程专业的毕业生设计的,帮助他们深入了解电力电子和驱动技术、电能质量问题、电力系统建模、规划、运行和控制。该课程旨在培养学生适应现代电力工业的挑战性需求。

学制:最短1年,最长3年,秋季开学

学费:S$40,000

课程设置:课程结构两种,第一种8门课程+论文—4门专业选修+4门普通选修+论文;第二种10门课程—4门专业选修+6门普通选修。

专业选修课(5选4)

EE6501Power Electronic Converters3

EE6503Modern Electric Drives3

EE6509Renewable Energy Systems in Smart Grids3

EE6510Power System Operation and Planning3

EE6511Power System Modelling and Control3

普通选修

EE6010 Project Management & Technopreneurship3

EE6203Computer Control Systems3

EE6221Robotics and Intelligent Sensors3

EE6227Genetic Algorithms and Machine Learning3

EE6303Electromagnetic Compatibility Design3

EE6508Power Quality3

EE6604Advanced Topics in Semiconductor Devices 3

EE7207Neural and Fuzzy Systems3


5⃣️ MSc Signal Processing

课程是为那些寻求对DSP技术的当前方法和发展方向的理解的工程师、硬件和软件设计师、研发经理和行业规划师而设计的。它也适用于那些预计将来会参与这一领域的工程师。

学制:最短1年,最长3年,秋季开学

学费:S$40,000

课程设置:课程结构两种,第一种8门课程+论文—4门专业选修+4门普通选修+论文;第二种10门课程—4门专业选修+6门普通选修。

专业选修课(5选4)

EE6101Digital Communication Systems 3

EE6401Advanced Digital Signal Processing3

EE6402Real-time DSP Design and Applications3

EE6403Distributed Multimedia Systems3

EE6427Video Signal Processing3

普通选修

EE6010 Project Management & Technopreneurship3

EE6129Wireless & Mobile Radio Systems3

EE6204Systems Analysis3

EE6222Machine Vision3

EE6227Genetic Algorithms and Machine Learning3

EE7207Neural and Fuzzy Systems3

EE7401Probability and Random Processes3

EE7402Statistical Signal Processing3

EE7403Image Analysis and Pattern Recognition3

21Fall申请截止期:11.1-1.31

申请及录取情况:相关本科学士学位,电气/电子工程学士学位优先,有相关工作经验更有优势,TOEFL100 / IELTS6.5。

就业情况:

①电气工程专业的研究生能够在电气工程相关的系统运行、自动控制、信息处理、试验技术、研制开发、经济管理以及电子与计算机技术应用等领域担任重要工作;

②各级发电厂、供电局、电网调度所等企业从事电力设计、建设、调试、生产、运行、管理、市场运营、科技开发和技术培训等工作;

③电气设备的维护、检修、安装和调试等方面的工作;

④从事其他行业中的电气技术工作。

目前国有大型的发电集团有:中国华能集团、中国大唐集团、中国华电集团、中国国电集团和中国电力投资集团。

电网公司有:国家电网公司和南方电网公司。

电气设备制造企业有:上海电气电站、新疆特变电工等。

还有一些比较有名的跨国企业,比如SIEMENS、ABB、SCHNEIDER、AREVA、VESTAS、艾默生电气、Sprint电讯、万事达信用卡(MasterCard)、Monsanto、波音、微软、星巴克、惠好、亚马逊、派克卡车、3M、Best Buy、通用磨坊、美敦力、嘉吉、IBM、Cisco、Cree、戴尔、联想、谷歌、Red Hat、RFMD、SAS等。



学校及专业介绍

瑞典皇家理工学院-Master of Embedded Systems

该项目嵌入式系统是计算机系统最常见的形式,从缝纫机和汽车到卫星和发电厂,利用了大约98%的制造处理器的应用。这些系统的共同点是对功能和可靠性的高级要求。嵌入式系统的硕士课程培养了在这个重要领域具有高度竞争力的毕业生。

学制:2年

学费:SEK310,000

课程设置:该项目分为四个分支

第一年:所有分支必修课: Embedded Systems (IL2206) 7.5 credits

1⃣️ Embedded Electronics分支

必修课:

Digital Design and Validation using Hardware Description Languages (IL2203) 9.0 credits

Embedded Systems (IL2206) 7.5 credits

Electronic Systems Design (IL2237) 7.5 credits

Fundamentals of Integrated Electronics (IL2238) 7.5 credits

有条件的选修课:

Sensor Based Systems (II2302) 7.5 credits

Embedded Hardware Design in ASIC and FPGA (IL2225) 7.5 credits

选修课:

Software Reliability (DD2459) 7.5 credits

Microsystem Technology (EK2350) 7.5 credits

Signal Theory (EQ1220) 7.5 credits

Digital Communications (EQ2310) 9.0 credits

Design of Fault-tolerant Systems (ID2218) 7.5 credits

Embedded Software (IL2212) 7.5 credits

Radio Electronics (IL2219) 7.5 credits

Hardware Architectures for Deep Learning (IL2230) 7.5 credits

Embedded Many-Core Architectures (IL2236) 7.5 credits

Analog-Digital Interfaces (IL2239) 7.5 credits

Computer Systems Architecture (IS2202) 7.5 credits


2⃣️ Embedded Software分支

必修课:

Software Reliability (DD2459) 7.5 credits

Modern Methods in Software Engineering (ID2207) 7.5 credits

Embedded Systems (IL2206) 7.5 credits

Embedded Software (IL2212) 7.5 credits

有条件选修课:

Compilers and Execution Environments (ID2202) 7.5 credits

Constraint Programming (ID2204) 7.5 credits

选修课:

Software Reliability (DD2459) 7.5 credits

Microsystem Technology (EK2350) 7.5 credits

Signal Theory (EQ1220) 7.5 credits

Digital Communications (EQ2310) 9.0 credits

Design of Fault-tolerant Systems (ID2218) 7.5 credits

Embedded Software (IL2212) 7.5 credits

Radio Electronics (IL2219) 7.5 credits

Hardware Architectures for Deep Learning (IL2230) 7.5 credits

Embedded Many-Core Architectures (IL2236) 7.5 credits

Analog-Digital Interfaces (IL2239) 7.5 credits

Computer Systems Architecture (IS2202) 7.5 credits


3⃣️ Embedded Platform分支

必修课:

Digital Design and Validation using Hardware Description Languages (IL2203) 9.0 credits

Embedded Systems (IL2206) 7.5 credits

Embedded Hardware Design in ASIC and FPGA (IL2225) 7.5 credits

Hardware Architectures for Deep Learning (IL2230) 7.5 credits

有条件选修课:

Embedded Many-Core Architectures (IL2236) 7.5 credits

Computer Systems Architecture (IS2202) 7.5 credits

选修课:

Software Reliability (DD2459) 7.5 credits

Microsystem Technology (EK2350) 7.5 credits

Hybrid and Embedded Control Systems (EL2450) 7.5 credits

Networked Systems Security (EP2500) 7.5 credits

Digital Signal Processing (EQ2300) 7.5 credits

Digital Communications (EQ2310) 9.0 credits

Image and Video Processing (EQ2330) 7.5 credits

Compilers and Execution Environments (ID2202) 7.5 credits

Design of Fault-tolerant Systems (ID2218) 7.5 credits

Sensor Based Systems (II2302) 7.5 credits

Embedded Software (IL2212) 7.5 credits

Electronic Systems Design (IL2237) 7.5 credits

Fundamentals of Integrated Electronics (IL2238) 7.5 credits


4⃣️ Embedded Control分支

必修课:

Software Reliability (DD2459) 7.5 credits

Hybrid and Embedded Control Systems (EL2450) 7.5 credits

Embedded Systems (IL2206) 7.5 credits

Mechatronics basic Course (MF2030) 6.0 credits

有条件选修课:

Applied Estimation (EL2320) 7.5 credits

Nonlinear Control (EL2620) 7.5 credits

选修课:

Machine Learning (DD2421) 7.5 credits

Microsystem Technology (EK2350) 7.5 credits

Automatic Control, General Course (EL1000) 6.0 credits

Control Theory and Practice, Advanced Course (EL2520) 7.5 credits

Modelling of Dynamical Systems (EL2820) 7.5 credits

Design of Fault-tolerant Systems (ID2218) 7.5 credits

Sensor Based Systems (II2302) 7.5 credits

Digital Design and Validation using Hardware Description Languages (IL2203) 9.0 credits

Embedded Software (IL2212) 7.5 credits

Hardware Architectures for Deep Learning (IL2230) 7.5 credits

Embedded Many-Core Architectures (IL2236) 7.5 credits

Dynamics and Motion Control (MF2007) 9.0 credits

Robust Mechatronics (MF2043) 6.0 credits


第2年:所有分支必修课

Research Methodology and Scientific Writing (II2202) 7.5 credits

Embedded Electronics Design Project (IL2229) 15.0 credits

1⃣️ Embedded Electronics分支

必修课:

Degree Project in Computer Science and Engineering, specialising in Embedded Systems, Second Cycle (DA248X) 30.0 credits

Degree Project in Electrical Engineering, specialising in Embedded Systems, Second Cycle (EA248X) 30.0 credits

Research Methodology and Scientific Writing (II2202) 7.5 credits

Embedded Electronics Design Project (IL2229) 15.0 credits

选修课:

Project Course in Robotics and Autonomous Systems (DD2419) 9.0 credits

Hands-On Microelectromechanical Systems Engineering (EK2360) 7.5 credits

Advanced Networked Systems Security (EP2510) 7.5 credits

Product Realization Processes I (II2300) 7.5 credits

Radio Electronics (IL2219) 7.5 credits

Hardware Architectures for Deep Learning (IL2230) 7.5 credits

RFID Systems (IS2500) 7.5 credits


2⃣️ Embedded Software分支

必修课:

Degree Project in Computer Science and Engineering, specialising in Embedded Systems, Second Cycle (DA248X) 30.0 credits

Degree Project in Electrical Engineering, specialising in Embedded Systems, Second Cycle (EA248X) 30.0 credits

Research Methodology and Scientific Writing (II2202) 7.5 credits

Embedded Electronics Design Project (IL2229) 15.0 credits

选修课:

Project Course in Robotics and Autonomous Systems (DD2419) 9.0 credits

Multimodal Interaction and Interfaces (DT2140) 7.5 credits

Advanced Networked Systems Security (EP2510) 7.5 credits

Machine Learning and Data Science (EQ2415) 7.5 credits

Concurrent Programming (ID1217) 7.5 credits

Distributed Systems, Basic Course (ID2201) 7.5 credits

Logic Programming (ID2213) 7.5 credits

Product Realization Processes I (II2300) 7.5 credits

Digital Design and Validation using Hardware Description Languages (IL2203) 9.0 credits

Embedded Hardware Design in ASIC and FPGA (IL2225) 7.5 credits

Hardware Architectures for Deep Learning (IL2230) 7.5 credits


3⃣️ Embedded Platform分支

必修课:

Degree Project in Computer Science and Engineering, specialising in Embedded Systems, Second Cycle (DA248X) 30.0 credits

Degree Project in Electrical Engineering, specialising in Embedded Systems, Second Cycle (EA248X) 30.0 credits

Research Methodology and Scientific Writing (II2202) 7.5 credits

Embedded Electronics Design Project (IL2229) 15.0 credits

选修课:

Project Course in Robotics and Autonomous Systems (DD2419) 9.0 credits

Image Analysis and Computer Vision (DD2423) 7.5 credits

Artificial Neural Networks and Deep Architectures (DD2437) 7.5 credits

Hands-On Microelectromechanical Systems Engineering (EK2360) 7.5 credits

Advanced Networked Systems Security (EP2510) 7.5 credits

Distributed Systems, Basic Course (ID2201) 7.5 credits

Compilers and Execution Environments (ID2202) 7.5 credits

Modern Methods in Software Engineering (ID2207) 7.5 credits

Product Realization Processes I (II2300) 7.5 credits

RFID Systems (IS2500) 7.5 credits


4⃣️ Embedded Control分支

必修课:

Degree Project in Computer Science and Engineering, specialising in Embedded Systems, Second Cycle (DA248X) 30.0 credits

Degree Project in Electrical Engineering, specialising in Embedded Systems, Second Cycle (EA248X) 30.0 credits

Research Methodology and Scientific Writing (II2202) 7.5 credits

Embedded Electronics Design Project (IL2229) 15.0 credits

选修课:

Project Course in Robotics and Autonomous Systems (DD2419) 9.0 credits

Image Analysis and Computer Vision (DD2423) 7.5 credits

Artificial Neural Networks and Deep Architectures (DD2437) 7.5 credits

Hands-On Microelectromechanical Systems Engineering (EK2360) 7.5 credits

Nonlinear Control (EL2620) 7.5 credits

Speech and Audio Processing (EQ2321) 7.5 credits

Product Realization Processes I (II2300) 7.5 credits

Digital Design and Validation using Hardware Description Languages (IL2203) 9.0 credits

Embedded Hardware Design in ASIC and FPGA (IL2225) 7.5 credits

Hardware Architectures for Deep Learning (IL2230) 7.5 credits

21Fall申请截止期:2020.10.16-2021.1.15

申请及录取情况:电子工程或计算机工程学士学位或同等学历,包括至少相当于60学分:微电子、电子学、计算机工程、计算机科学、自动化与控制或通信工程。包括至少30学分数学:包括一元微积分、多元微积分、线性代数、数理统计、拉普拉斯与傅里叶变换。数字设计基础(相当于IE1204或IE1205),计算机硬件组织基础(IS200或IS1500),电路理论(相当于EI1202或IE1206),编程基础课程(最好是C/ c++)。托福90(写作20),雅思6.5(小分不少于5.5)。

就业情况:电子产品巨大的价格和性能发展,加上它们的灵活性和可编程性,为创新创造了相当大的机会。与此同时,业界正面临在该领域持续竞争力方面的问题,并在管理软件和硬件的整合方面面临重大挑战。

嵌入式系统硕士课程毕业生的雇主是那些在所有可能的领域开发电子元件和嵌入式系统的公司。该项目通过ices - KTH嵌入式系统创新中心拥有广泛的工业联系网络。ICES的成员公司支持项目的实施和学生活动,如实习生职位,硕士论文项目和试点项目,为参与者提供进入行业的良好桥梁或以博士学习的形式继续教育。

毕业后职业:顾问、开发人员、程序员、项目管理、CTO、研发工程师、行业专家、行业管理、创业公司创始人、相关领域的博士生。