Learn the knowledge, but generate the wisdom
Hybrid and Electric Car Technology (MSc level) - 混合動力及電動汽車
To provide practicing engineers with a general knowledge of modern hybrid and electric vehicle technologies and to understand their impact and significance on our society.
To provide practicing engineers with a general knowledge of modern hybrid and electric vehicle technologies and to understand their impact and significance on our society.
Intelligent Systems Applications in Electrical Engineering (BEng level) -及人工智慧及應用
To introduce students to the fundamentals of intelligent systems and their applications in
Electrical Engineering including electrical power systems, control and utilization. e.g. rule based expert systems, fuzzy expert systems, artificial neural networks, and evolutionary computing, etc.
To introduce students to the fundamentals of intelligent systems and their applications in
Electrical Engineering including electrical power systems, control and utilization. e.g. rule based expert systems, fuzzy expert systems, artificial neural networks, and evolutionary computing, etc.
Aerospace Power Electronics and Actuation Systems (MSc level) - 航天電力電子及制動裝置
To provide engineers with in-depth knowledge of the use of power electronics and actuation systems in the aerospace industry. To provide the latest developments and applications in power conversion, electric actuator, aircraft instrumentation, fly-by-wire, fly-by-light, and space craft systems.
To provide engineers with in-depth knowledge of the use of power electronics and actuation systems in the aerospace industry. To provide the latest developments and applications in power conversion, electric actuator, aircraft instrumentation, fly-by-wire, fly-by-light, and space craft systems.
Intelligent Motion Systems (MSc level) - 智能運動系統
To provide an in-depth knowledge on the design and operation of intelligent motion systems. To relate and compare numerous motion systems applications examples, including hard disk drives, robotics and CNC machines. To enable the students to have the ability to design motion control systems for industrial and domestic purposes.
To provide an in-depth knowledge on the design and operation of intelligent motion systems. To relate and compare numerous motion systems applications examples, including hard disk drives, robotics and CNC machines. To enable the students to have the ability to design motion control systems for industrial and domestic purposes.
Electric Vehicle (MSc level) - 電動車輛
To acquire a broad knowledge on modern electric vehicles (EVs), and to understand the development of electric vehicles from technological, environmental, and societal perspectives.
To acquire a broad knowledge on modern electric vehicles (EVs), and to understand the development of electric vehicles from technological, environmental, and societal perspectives.
Real Time Computing (MSc level) - 實時電腦計算
At the completion of the subject students will be able to understand the properties of real time languages, operating systems, associated hardware, and applications. Key toipics include: Real Time Computing Systems Concepts; Real Time Systems Design Issues; Real Time Software; and Real Time Systems Applications.
At the completion of the subject students will be able to understand the properties of real time languages, operating systems, associated hardware, and applications. Key toipics include: Real Time Computing Systems Concepts; Real Time Systems Design Issues; Real Time Software; and Real Time Systems Applications.
Industrial Computer Applications (BEng level) - 工業應用電腦控制系統
To introduce the applications of computing techniques in solving industrial problems. Topics include (i) computer process control, (ii) industrial instrumentation and systems, (iii) image processing, and (iv) multimedia concepts. Numerous hands on experience on industrial computer applications will be included into the subject.
To introduce the applications of computing techniques in solving industrial problems. Topics include (i) computer process control, (ii) industrial instrumentation and systems, (iii) image processing, and (iv) multimedia concepts. Numerous hands on experience on industrial computer applications will be included into the subject.
Electric Machines (BEng level) - 電動機
To have a good understanding of different types of machines (e.g. DC, induction, synchronous, reluctance, etc.), including: (i) how they are designed; (ii) how they are driven; (iii) what are their characteristics and behavior.
To have a good understanding of different types of machines (e.g. DC, induction, synchronous, reluctance, etc.), including: (i) how they are designed; (ii) how they are driven; (iii) what are their characteristics and behavior.
Circuits and Linear Systems (BEng level) - 線路及缐性系統
The course introduces the principles and techniques used in the analysis of circuits and linear systems, with the aid of computer aided design packages. This subject provides the foundation for the later higher level electrical engineering courses in the areas of power, systems, drives, and control.
The course introduces the principles and techniques used in the analysis of circuits and linear systems, with the aid of computer aided design packages. This subject provides the foundation for the later higher level electrical engineering courses in the areas of power, systems, drives, and control.
Computer Systems Engineering (BEng level) - 計算系統工程學
The course teaches the basics of computer programming and I/O interfacing through the Intel 80xxx series microprocessor, and the Intel 8051 series microcontroller. The course covers in sufficient details the organizations and interfacing of modern microcomputer systems, including modern storage techniques and computer communications.
The course teaches the basics of computer programming and I/O interfacing through the Intel 80xxx series microprocessor, and the Intel 8051 series microcontroller. The course covers in sufficient details the organizations and interfacing of modern microcomputer systems, including modern storage techniques and computer communications.
Engineering Project Management (BEng Level) - 工程項目管理
This course introduces the concept of modern engineering project management to students. It integrates theory and practical knowledge of engineering project development & execution into the course. Finally, it examines practical examples of engineering project management.
This course introduces the concept of modern engineering project management to students. It integrates theory and practical knowledge of engineering project development & execution into the course. Finally, it examines practical examples of engineering project management.
Power Electronics and Drives (BEng level) - 電力電子及電力推動
To enable students to understand the operation principles, circuit topologies, and basic design of various power electronic converters, such as controlled rectifiers, AC voltage controllers, dc-dc choppers and inverters.
To enable students to understand the operation principles, circuit topologies, and basic design of various power electronic converters, such as controlled rectifiers, AC voltage controllers, dc-dc choppers and inverters.
Control Systems and Signal Processing (BEng) - 控制系統及信號處理
Systems and Control (BEng) - 糸统及控掣學
To introduce the principles of system modelling and analysis, and the design of feedback control systems. To provide the foundation on signal processing and its algorithms; and the design and applications of digital control, filtering and signal processing.
Systems and Control (BEng) - 糸统及控掣學
To introduce the principles of system modelling and analysis, and the design of feedback control systems. To provide the foundation on signal processing and its algorithms; and the design and applications of digital control, filtering and signal processing.
Applied Digital Control - 數碼控掣系統
To introduce the fundamĥentals and design techniques in digital control, filtering and
signal processing. The analysis and design of these digital systems will be described with
the aid of practical examples and CAD packages.
To introduce the fundamĥentals and design techniques in digital control, filtering and
signal processing. The analysis and design of these digital systems will be described with
the aid of practical examples and CAD packages.
Basic Electricity and Electronics (BEng level) - 初級電力及電子學
The course introduces the operating principles of electrical machines and electronic circuits. Several classes of electronic circuits will be covered, including diodes, transistors, field effect transistors, and operational amplifiers. For the power topics: power electronics, electric machines, and three phase systems will be covered.
The course introduces the operating principles of electrical machines and electronic circuits. Several classes of electronic circuits will be covered, including diodes, transistors, field effect transistors, and operational amplifiers. For the power topics: power electronics, electric machines, and three phase systems will be covered.
Fundamentals of Electrical & Electronic Engineering (HD Level) - 基礎電力及電子學
This course introduces the fundamental concepts of electrical and electronic principles to the first year students. It develops the students' ability to analyze and solve problems related to electric and electronics circuits. It also provides experimental exercises on the fabrication and testing of electrical and electronic circuits.
This course introduces the fundamental concepts of electrical and electronic principles to the first year students. It develops the students' ability to analyze and solve problems related to electric and electronics circuits. It also provides experimental exercises on the fabrication and testing of electrical and electronic circuits.