Masters of Engineering Degree

Transcription

1 Annex 2 Masters of Engineering Degree The curriculum in the Master of Engineering Program is structured to provide a foundation of advanced engineering topics while allowing students flexibility to meet their specific educational objectives. The Master of Engineering requires a minimum of 30 semester hours including: Program core subjects taken by all Master of Engineering students. 2 subjects required. Discipline required subjects Track ubjects from the discipline of interest. The number of subjects varies by program; see discipline specific information on the following pages Elective subjects depth or interdisciplinary focus depending on student educational objectives. The number of subjects varies by program; see discipline specific information on the following pages. Capstone project demonstrates applications of skills and synthesis of knowledge. 1 subject required. tudents will register for the Capstone while at UC. The curriculum is meant to be fairly flexible, allowing students to pursue a broad range of interests. ome disciplines have specific subjects or a set of specific subjects that must be taken to satisfy the track requirements; other disciplines do not. The following pages indicate the required subjects or sets of subjects for the core subject area and the specific tracks in each discipline. The appropriate elective subjects are also described for each discipline. NOTE 1. The equivalent subjects from HKPU as listed in each of the tables refer to similar subjects offered in UC-MEng and HKPU-Mc and thus are mutually exclusive, meaning that if students have taken subjects which are similar, only one will count towards the UC-MEng award. 2. As the UC-MEng curriculum is fairly flexible, acceptable subjects in HKPU which can be recognized as UC-MEng Core, Track and Elective subjects as listed in the following pages are NOT exhaustive. UC and HKPU will look into the study plan proposed by individual students at the time of application and provide guidance and advice to work out a study profile which is acceptable by both institutions for fulfillment of both UC-MEng and HKPU- Mc awards. This document and others pertaining to the collaborative program can be found at Annex 2 Page 1

2 Program Core ubjects The core curriculum is required of all Master of Engineering students, regardless of which track they pursue. The core provides skills in the effective practice of engineering recognizing that for experienced practitioners, effectiveness includes technical skills, project and task management skills, and interpersonal skills. tudents are required to take 1 subject from the Project / Task Management set, and 1 subject from the Interpersonal set. These subjects can be completed at UC or by completing an equivalent HKPU subject shown below. Also shown are HPKU subjects that satisfy the core subject requirement Project / Task Management- 1 required MECH 6074 Quality Control F, ENGR 6014 Eng Project Management AEEM 6067 Entrepreneurship and Tech Law AEEM 6099 ystems Eng & Analysis IE5021 Technology Project Management HKPU ubjects That atisfy Core Requirement IE549 Management of Innov and Technology IE5001 Tech Transfer and Commercialisation IE553 Managing ix igma IE5022 Financial Decision Analysis for Technology Interpersonal kill Development 1 required ENGR 6002 Management of Professionals F, ENGR 6010 Effectiveness in Tech Orgs F, ENGR 6050 Fundamentals of Leadership F, F offered fall semester offered spring semester Annex 2 Page 2

3 MEng Graduate Program Curriculum - Aerospace Engineering Track ubjects 4 required There are no compulsory track subjects. tudents are required to complete a minimum of 4 track subjects from the list below. These subjects can be completed at UC or by completing an equivalent HKPU subject shown below. AEEM 6001 Adv trength of Materials F AEEM 6003 Analytical Dynamics F AEEM 6010 atellite Technology AEEM 6011 Combustion F AEEM 6015 Modern Control F AEEM 6022 Optimal Control AEEM 6041 Comp Flow & Thermo F AEEM 6076 Modeling Complex ystems F AEEM 6098 Unmanned Air ystems AEEM 6099 ystems Eng Analysis AEEM 7027 NonDestructive Test F AEEM 7035 Physics of Gases AEEM 7050 Turbomachinery Flow F AEEM 7074 Advanced Finite Element Methods F AEEM 8030 Advanced Propulsion F EGFD 7041 Viscous Flow and Heat Transfer F EGFD 7051 Num Meth Aero Fluid Mech F ME556 Advanced Combustion ystems ME567 Advanced Control Technology ME557 CFD & Thermo-fluid ystem Design F offered fall semester offered spring semester Elective ubjects 3 required Elective subjects can be selected from the table above. The following HKPU subjects are also acceptable electives: ME534 Engineering Acoustics ME536 Vibration and tructure-borne Noise ME540 Fuels and Engines ME548 Computer Aided Product Analysis ME552 Integrated Engineering Design ME556 Advanced Combustion ystems ME557 CFD & Thermo-fluid ystem Design ME558 Advanced Materials and tructural Design Annex 2 Page 3

4 ME559 Advanced Environmental and Transportation Noise Control ME567 Advanced Control Technology ME569 Thermal ystem Design and Management ME570 Advanced Product Mechatronics ME571 Corrosion Control ME574 Product Noise Control ME575 Thermal Radiation Heat Transfer ME576 Turbulent Flows and Aerodynamics ME577 Advanced Aircraft tructures ME578 Aircraft Design ME579 Aircraft Noise and Aeroacoustics ME583 Advanced Avionics ystems ME584 Airworthiness and Maintenance ME585 Human Factors in Aircraft Maintenance ME586 Operations Research in Aviation ME588 Heat Transfer in Modern Gas-Turbine Engines ME589 Aerodynamics in Modern Gas-Turbine Engines Annex 2 Page 4

5 MEng Graduate Program Curriculum - Biomedical Engineering Track ubjects 4 required The BME program has 3 distinct tracks. The requirement for each track is that a minimum of 12 credit hours be completed from the subjectwork below for that track. These subjects can be completed at UC or by completing an equivalent HKPU subject shown below. Medical Device Innovation & Entrepreneurship (MDIEP) Track ubjects BME 7011 Biomechan Design of Implantable Devices F BME 7020 Advanced Medical Device Design F BME 7010 Medical Device Life Cycle Engineering ubject from another track Tissue Engineering and Biomechanics Track ubjects: BME 6024 Joint Biomechan and Measurement Methods BME 6030 Functional Tissue Engineering F BME 7021 Tissue Biomechanics F BME 8020 Independent tudy in Biomechanics F, BME 8030 Independent tudy in Tissue Engineering F, GNTD 7001 Molecular and Cellular Biology F OE 7044C Biomechanical and Physiological Aspects of Muscular Activity F BME5126 Clinical Biomechanics Medical Imaging Track ubjects: BME 6011 MR Imaging and pectroscopy F BME 6012 Biomedical ignal and Image Processing F BME 6050 Biomedical Ultrasound BME 7012 Adv Topics in Magnetic Resonance Imaging BME 8010 Independent tudy in Medical Imaging F, MP 9050Diagnostic Radiological Imaging BME5051 Molecular and Functional Imaging BME5115 Applied Biosignal Processing Annex 2 Page 5

6 Physics F F offered fall semester offered spring semester Elective ubjects 3 required Elective subjects can be selected from the tables above. The following HKPU subjects are also acceptable electives: BME5051 Molecular and Functional Imaging: From Body ystem to Molecules BME5124 Biomaterials and Tissue Engineering BME5127 Nanobiotechnology BME5151 Intellectual Property, tandards and Regulations of Medical Devices BME5115 Applied Biosignal Processing BME5126 Clinical Biomechanics BME5134 Rehabilitation Engineering BME5158 Advanced Topics in Health Technology (independent study) BME5155 Research Methods & Biostatistics Annex 2 Page 6

7 MEng Graduate Program Curriculum - Computer Engineering Track ubjects 3 required The Computer Engineering program has two distinct tracks; the required subjects for each track are listed. These subjects can be completed at UC or by completing an equivalent HKPU subject shown below. Computer Engineering Track Complete at least 3 of the 5 subjects listed in the table below. EECE6010 Database Management Theory EECE6029 Operating ystems F COMP5411 Fundamentals of Operating ystems EECE6080C Intro to VLI Design F EIE511 VLI ystem Design EECE6083 Compiler Theory and Practice EECE7095 Intro to Computer Architecture COMP5414 Computer Architecture F VLI Design Track Complete all subjects listed below (note UC VLI subjects are all 4 credit hours, not 3) EECE6080C Intro to VLI Design F EIE511 VLI ystem Design EECE6082C VLI Design for Test and Power EECE6086C VLI Design Automation F offered fall semester offered spring semester Elective subjects 3 required for VLI track; 4 required for computer engineering track tudents can take any subject from EECE (Electrical Engineering and Computer Engineering) at UC. The following HKPU subjects are also acceptable electives: EE505 Power ystem Control and Operation EE514 Real Time Computing EE517 Fibre Optic Components EE522 Optical Fibre ystems EE528 ystem Modelling and Optimal Control EE550 Enterprise Risk and Asset Management EE551 Principles of Photonics and Optical ystems COMP5411 Fundamentals of Operating ystems COMP5414 Computer Architecture COMP5228 Embedded oftware Engineering COMP5223 Middleware and Distributed Objects Annex 2 Page 7

8 MEng Graduate Program Curriculum - Computer cience Track ubjects 4 required There are no compulsory subjects however topics in bold are highly recommended. tudents are required to complete a minimum of 4 subjects from the list below. These subjects can be completed at UC or by completing an equivalent HKPU subject shown below. C6027 Requirements Engineering F C6033 Artificial Intelligence F C6037 Machine Learning F C6043 Computer Networking C6052 Intelligent Data Analysis F C6054 Info Retrieval F C6055 Cyberdefense Overview F C6057 Mobile ecurity F C6060 Computer Graphics 1 F C6067 User Interface 1 F C6068 Parallel Computing F C6070 Automata F C6097 Wireless & Mobile Networks F C7035 Cryptography 1 F C7038 Malware Analysis F C7097 Intro Functional Genomics F C8021 Pattern Recognition F EECE6010 Database Management F C6025 Data Encoding C6026 Formal Methods C6043 Networking C6066 Cloud Computing for C and Engineering C6097 Wireless & Mobile Networks C7081 Adv. Algorithms I C7083 Experimental Combinatorics C7092 ensor ystems C7099 Intro to BioInformatics EECE8075 Data Warehousing and Mining COMP5511 Artificial Intelligence Concepts COMP5324 Internet Information Retrieval COMP5326 Wireless Computing ys and App COMP5326 Wireless Computing ystems and Applications F offered fall semester offered spring semester Elective ubjects 3 required Annex 2 Page 8

9 Elective subjects can be selected from the tables above. The following HKPU subjects are also acceptable electives: COMP5121 Data Mining and Data Warehousing Applications COMP5123 Intelligent Information ystems COMP5151 Advanced Database ystems COMP5221 oftware Project Management COMP5222 oftware Testing and Quality Assurance COMP5223 Middleware and Distributed Objects COMP5228 Embedded oftware Engineering COMP5252 Extreme Programming and Agile oftware Development COMP5322 Internet Computing and Applications COMP5324 Internet Information Retrieval COMP5325 Distributed Computing COMP5326 Wireless Computing ystems and Applications COMP5411 Fundamentals of Operating ystems COMP5517 Human Computer Interaction COMP5527 Mobile Computing and Data Management Annex 2 Page 9

10 MEng Graduate Program Curriculum - Electrical Engineering Track ubjects 3 required The Electrical Engineering program has three distinct tracks; the required subjects for each track are listed. These subjects can be completed at UC or by completing an equivalent HKPU subject shown below. Devices and Materials Track Complete at least 3 of the 5 subjects listed. EECE6007 Biomedical Microsystems F EECE6008 Fundamentals of MEM F EECE6018 Microfab of emiconductor Devices F EECE6028 Into to Nanoelectronics EECE6048 Optics for Engineers F EE551 Principles of Photonics and Optical ystems ystems Track Complete at least 3 of the 5 subjects listed. EECE6019 Probability and Random Processes F EECE6024 Intro to Digital ignal Processing F EECE6026 Intro to Communication ystems EECE6036 Intelligent ystems EECE7033 Linear ystems Theory F EIE541 Digital ignal Processing EIE528 Digital Data Transmission EE520 Intelligent Motion ystems VLI Design Track Complete all subjects listed below (note UC VLI subjects are all 4 credit hours, not 3) EECE6080C Intro to VLI Design F EIE511 VLI ystem Design EECE6082C VLI Design for Test and Power EECE6086C VLI Design Automation F offered fall semester offered spring semester Elective subjects 3 required for VLI track; 4 required for devices and materials track; 4 required for systems track. tudents can take any subject from EECE (Electrical Engineering and Computer Engineering) at UC. The following HKPU subjects are also acceptable electives: Annex 2 Page 10

11 EE501 Alternative Energy Technologies EE502 Modern Protection Methods EE505 Power ystem Control and Operation EE509 High Voltage Engineering EE510 Electrical Traction Engineering EE512 Electric Vehicles EE514 Real Time Computing EE517 Fibre Optic Components EE520 Intelligent Motion ystems EE521 Industrial Power Electronics EE522 Optical Fibre ystems EE524 Open Electricity Market Operation EE525 Energy Policy and Restructuring of Electricity upply Industry EE526 Power ystem Analysis and Dynamics EE527 Auto-Tuning for Industrial Processes EE528 ystem Modelling and Optimal Control EE529 Power Electronics for Utility Applications EE530 Electrical Energy-saving ystems EE533 Railway Power upply ystems EE535 Maintenance and Reliability Engineering EE536 ignaling and Train Control ystem EE537 Railway Vehicles EE539 Aerospace Power Electronics and Actuation ystems EE550 Enterprise Risk and Asset Management EE551 Principles of Photonics and Optical ystems EE560 Metros in Hong Kong and China EE570 Design and Analysis of mart Grids EE5381ystem Assurance & afety in Railways COMP5411 Fundamentals of Operating ystems COMP5414 Computer Architecture COMP5228 Embedded oftware Engineering COMP5223 Middleware and Distributed Objects Annex 2 Page 11

12 MEng Graduate Program Curriculum - Mechanical Engineering Track ubjects 4 required There are no compulsory subjects. tudents are required to complete a minimum of 4 subjects from the list below. These subjects can be completed at UC or by completing an equivalent HKPU subject shown below. AEEM 6001 Adv trength of Materials F MECH6013 mart tructures F MECH6031 Intro to Robotics F MECH6046 Bio-Fluid Mechanics F MECH6050 Occupational afety Engineering F MECH6060 Applied Fast Fourier Transforms F MECH6066 Acoutstics F MECH6070 Intermediate DFM F MECH6074 Quality Control F, MECH6075 Production Planning & Control F MECH6077 Micro & Nano Manufacturing F MECH6081 Modeling Materials F MECH6097 HVAC Design I F MECH7014 Adv olid Mechanics F MECH7042 CFD for Incomp Flow F MECH7053 Adv Finite Element Methods F MECH7056 olid Mechanics of Bio Materials F MECH7062 ystem Dynamic analysis F MECH7067 Roterdynamics F MECH7075 Principles of Ergonomics F MECH7090 Conduction Heat Transfer F MECH7095 Bio-heat Transfer F MECH7096 Viscous Fluid Flow F EGFD7041 Viscous Flow and Heat Transfer F MECH6004 Monte Carlo Methods MECH6011 Computational Design MECH6023 CAD for Manufacturing MECH6032 Robot Control and Design MECH6035 Intelligent ystems Theory MECH6036 Robot Vision MECH6051 afety Eng & Product Liability MECH6052 ystem afety ME534 Engineering Acoustics ME573 Project on Product Design and Mng Annex 2 Page 12

13 MECH6062 Experimental Vibrations MECH6063 Exp Analysis of Rotating ys MECH6073 Intro to E-Manufacturing MECH6076 upply Chain Modeling and Opt. MECH6094 Fund & Appl of olar Energy MECH6095 Thermal Energy torage MECH6096 Internal Combustion Engines MECH7052 Finite Element Method MECH7055 Fracture Mechanics MECH7064 Advanced ystem Dynamics MECH7070 Adv Manufacturing Processes MECH7072 Precision Eng and Comp Metrology MECH7091 Convection Heat Transfer MECH7094 Boiling Heat Tx and 2-Phase Flow F offered fall semester offered spring semester Elective ubjects 3 required Elective subjects can be selected from the tables above. The following HKPU subjects are also acceptable electives: ME534 Engineering Acoustics ME536 Vibration and tructure-borne Noise ME540 Fuels and Engines ME548 Computer Aided Product Analysis ME552 Integrated Engineering Design ME556 Advanced Combustion ystems ME557 CFD & Thermo-fluid ystem Design ME558 Advanced Materials and tructural Design ME559 Advanced Environmental and Transportation Noise Control ME564 Principles and Design of Air Pollution Control Devices ME565 Prevention and Control of Vehicular Emission ME566 Industrial and Environmental Measurement Technology ME567 Advanced Control Technology ME569 Thermal ystem Design and Management ME570 Advanced Product Mechatronics ME571 Corrosion Control ME572 Design for ustainable Development ME574 Product Noise Control ME575 Thermal Radiation Heat Transfer ME576 Turbulent Flows and Aerodynamics ME577 Advanced Aircraft tructures ME578 Aircraft Design ME579 Aircraft Noise and Aeroacoustics ME583 Advanced Avionics ystems Annex 2 Page 13

14 ME584 Airworthiness and Maintenance ME585 Human Factors in Aircraft Maintenance ME586 Operations Research in Aviation ME588 Heat Transfer in Modern Gas-Turbine Engines ME589 Aerodynamics in Modern Gas-Turbine Engines IE520 Manufacturing trategy Annex 2 Page 14