For student with a master degree:

Transcription

1 UM Academic Calendar PROGRAMMES OF STUDY Faculty of Science and Technology PhD Programmes Applied Physics and Materials Engineering For student with a master degree: University-wide Compulsory Courses Credits GRSC801 Research Ethics 1 GRSC802 Research Writing 1 GRSC804 University Teaching I 1 GRSC805 University Teaching II 1 Total 4 Department-wide Compulsory Courses APME801 Solid State Physics 3 APME802 Mechanical Properties and Behaviour of Materials 3 APME803 Advanced Instrumentation for Materials Characterization 3 APME899 Doctoral Thesis 18 Grand Total 31 For student without a master degree: University-wide Compulsory Courses Credits GRSC801 Research Ethics 1 GRSC802 Research Writing 1 GRSC804 University Teaching I 1 GRSC805 University Teaching II 1 Total 4 Department-wide Compulsory Courses APME801 Solid State Physics 3 APME802 Mechanical Properties and Behaviour of Materials 3 APME803 Advanced Instrumentation for Materials Characterization 3 5 elective courses chosen from the elective table 15 APME899 Doctoral Thesis 18 Grand Total 46 5 Elective Courses from the following:

2 APME804 Quantum Mechanics 3 APME805 Electromagnetism 3 APME806 Laser Technology 3 APME807 Thin Film Physics 3 APME808 Electroceramic Materials 3 APME809 Nanomaterials and Nanotechnology 3 APME810 Phase Transformations of Materials 3 APME811 Composite Materials 3 APME812 Special Topics in Applied Physics 3 APME813 Special Topics in Materials Science and Engineering 3 APME814 Advanced Electrochemical Energy Conversion and Storage 3 APME815 Advanced Laser Materials Processing 3 APME816 Corrosion, Wear and Surface Engineering 3 APME817 Advanced Failure Analysis of Materials 3 558

3 UM Academic Calendar FACULTY OF SCIENCE AND TECHNOLOGY PhD Programmes Civil Engineering University-wide Compulsory Courses Credits GRSC801 Research Ethics 1 GRSC802 Research Writing 1 GRSC804 University Teaching I 1 GRSC805 University Teaching II 1 Total Credits 4 Faculty-wide Compulsory Course SCTE801 Research Methods 3 Department-wide Compulsory Courses CIEE805 Advanced Topics in Civil Engineering 3 CIEE899 Doctoral Thesis 18 Grand Total 28 Other Course(s): Credits For students admitted without a relevant Master s degree: 5 courses from the list of elective courses in Master Degree Programme in Civil Engineering 15 Grand Total

4 FACULTY OF SCIENCE AND TECHNOLOGY PhD Programmes Computer Science University-wide Compulsory Courses Credits GRSC801 Research Ethics 1 GRSC802 Research Writing 1 GRSC804 University Teaching I 1 GRSC805 University Teaching II 1 Total Credits 4 Faculty-wide Compulsory Course SCTE801 Research Methods 3 Department-wide Compulsory Courses COIS823 Advanced Topics in Computer Science 3 COIS899 Doctoral Thesis 18 Grand Total 28 Other Course(s): Credits For students admitted without a relevant Master s degree: 5 courses from the list of elective courses in Master Degree Programme in Computer Science or E-commerce Technology 15 Grand Total

5 UM Academic Calendar FACULTY OF SCIENCE AND TECHNOLOGY PhD Programmes Electrical and Computer Engineering University-wide Compulsory Courses Credits GRSC801 Research Ethics 1 GRSC802 Research Writing 1 GRSC804 University Teaching I 1 GRSC805 University Teaching II 1 Total Credits 4 Faculty-wide Compulsory Course SCTE801 Research Methods 3 Department-wide Compulsory Courses ELCE818 Advanced Topics in Electrical and Computer Engineering 3 ELCE899 Doctoral Thesis 18 Grand Total 28 Other Course(s): Credits For students admitted without a relevant Master s degree: 5 courses from the list of elective courses in Master Degree Programme in Electrical and Computer Engineering 15 Grand Total

6 FACULTY OF SCIENCE AND TECHNOLOGY PhD Programmes Electromechanical Engineering University-wide Compulsory Courses Credits GRSC801 Research Ethics 1 GRSC802 Research Writing 1 GRSC804 University Teaching I 1 GRSC805 University Teaching II 1 Total Credits 4 Faculty-wide Compulsory Course SCTE801 Research Methods 3 Department-wide Compulsory Courses ELME810 Advanced Topics in Electromechanical Engineering 3 ELME899 Doctoral Thesis 18 Grand Total 28 Other Course(s): Credits For students admitted without a relevant Master s degree: 5 courses from the list of elective courses in Master Degree Programme in Electromechanical Engineering 15 Grand Total

7 UM Academic Calendar FACULTY OF SCIENCE AND TECHNOLOGY PhD Programmes Mathematics University-wide Compulsory Courses Credits GRSC801 Research Ethics 1 GRSC802 Research Writing 1 GRSC804 University Teaching I 1 GRSC805 University Teaching II 1 Total Credits 4 Faculty-wide Compulsory Course SCTE801 Research Methods 3 Department-wide Compulsory Courses MATH827 Advanced Topics in Mathematics 3 MATH899 Doctoral Thesis 18 Grand Total 28 Other Course(s): Credits For students admitted without a relevant Master s degree: 5 courses from the list of elective courses in Master Degree Programme in Mathematics 15 Grand Total

8 FACULTY OF SCIENCE AND TECHNOLOGY Master s Degree Programmes Civil Engineering - Structural and Geotechnical Engineering Credits CIEE701 Advanced Mathematics 3 CIEE702 Theory of Elasticity and Plasticity 3 CIEE703 Finite Element Method 3 CIEE798 Academic Thesis* 6 5 elective courses chosen from the elective table 15 Total Credits: 30 OR CIEE701 Advanced Mathematics 3 CIEE702 Theory of Elasticity and Plasticity 3 CIEE703 Finite Element Method 3 CIEE797 Applied Thesis* 3 6 elective courses chosen from the elective table 18 Total Credits: 30 *Academic thesis based programme targets all MSc students, while applied thesis based programme targets all MSc students except for studentship/assistantship holders. Elective table for MSc in Civil Engineering (Structural & Geotechnical Engineering): CIEE704 Advanced Soil Mechanics 3 CIEE705 Subsurface Investigation and Soil Testing 3 CIEE706 Advanced Foundation Engineering 3 CIEE707 Soil Dynamics 3 CIEE708 Structural Design of Foundations 3 CIEE709 Special Topics in Geotechnical Engineering 3 CIEE710 Structural Vibrations 3 CIEE711 Plates and Shells 3 CIEE712 Structural Analysis and Finite Elements 3 CIEE713 Special Topics in Structural Engineering 3 CIEE714 Numerical Modeling in Geomechanics 3 CIEE715 Random Vibrations of Structures 3 CIEE716 Behavior and Design of Steel Members 3 CIEE717 Ground Improvement Techniques 3 CIEE718 Slope Stability and Earth Retaining Structures 3 CIEE719 Special Topics in Geotechnical Engineering I 3 CIEE721 Special Topics in Structural Engineering I 3 CIEE722 Special Topics in Structural Engineering II 3 CIEE723 Advanced Applications of Structural Dynamics 3 CIEE725 Economic Analysis and Financial Management in Engineering 3 CIEE726 Fracture Mechanics and Fatigue 3 CIEE727 Reliability Analysis in Civil Engineering 3 CIEE728 Instrumentation Systems in Civil Engineering 3 CIEE729 Constitutive Modeling in Soil Mechanics 3 CIEE730 Analysis and Design of Reinforced Concrete Members 3 564

9 UM Academic Calendar FACULTY OF SCIENCE AND TECHNOLOGY Master s Degree Programmes Civil Engineering - Hydraulics and Environmental Engineering Credits CIEE701 Advanced Mathematics 3 CIEE731 Hydrodynamics 3 CIEE798 Academic Thesis 6 6 elective courses chosen from the elective table 18 Total Credits: 30 OR CIEE701 Advanced Mathematics 3 CIEE731 Hydrodynamics 3 CIEE797 Applied Thesis 3 7 elective courses chosen from the elective table 21 Total Credits: 30 *Academic thesis based programme targets all MSc students, while applied thesis based programme targets all MSc students except for studentship/assistantship holders. Elective table for MSc in Civil Engineering (Hydraulics & Environmental Engineering): CIEE703 Finite Element Method 3 CIEE732 Environmental Fluid Mechanics 3 CIEE733 Sediment Transport 3 CIEE736 Municipal Solid Waste Management 3 CIEE737 Environmental Chemistry 3 CIEE738 Water and Waste Water Treatment: Principle and Application 3 CIEE739 Water Pollution Control: Physical and Chemical Modeling 3 CIEE740 Environmental Assessment and Planning: Computer Modeling 3 CIEE741 Air Pollution Control 3 CIEE742 Special Topics in Environmental Engineering 3 CIEE743 Air Pollution Meteorology and Chemistry 3 CIEE744 Special Topics in Environmental Engineering I 3 CIEE745 Special Topics in Environmental Engineering II 3 CIEE747 Special Topics in Environmental Engineering III 3 565

10 FACULTY OF SCIENCE AND TECHNOLOGY Master s Degree Programmes Computer Science Credits COIS705 Computer Science Seminar 3 COIS798 Academic Thesis 6 7 elective courses chosen from the elective table except COIS Total Credits: 30 OR COIS701 Fundamentals of Software Engineering 3 COIS797 Applied Thesis 3 8 elective courses chosen from the elective table except COIS Total Credits: 30 Elective table for MSc in Computer Science: COIS701 Fundamentals of Software Engineering 3 COIS702 Computer Communications and Networks 3 COIS704 Current Development in Database 3 COIS705 Computer Science Seminar 3 COIS706 Compiler Construction 3 COIS707 Design and Analysis of Algorithms 3 COIS708 Complexity Theory 3 COIS709 Formal Methods in Software Engineering 3 COIS710 Discrete System Simulation 3 COIS711 Computer System Performance Modeling 3 COIS712 Computer Graphics - Principles and Systems 3 COIS713 Principles and Applications of Artificial Intelligence 3 COIS714 Advanced Topics in Computer Science 3 COIS715 Advanced Topics in Computer Science I 3 COIS716 Advanced Topics in Computer Science II 3 COIS717 Principles and Applications of Concurrent Programming 3 COIS718 Advances in Pattern Recognition 3 COIS720 Web Mining 3 COIS722 Distributed Computer 3 COIS723 Applied Natural Language Processing 3 COIS724 Big Data Processing and Analysis 3 COIS725 Introduction to Business Process Management 3 566

11 UM Academic Calendar FACULTY OF SCIENCE AND TECHNOLOGY Master s Degree Programmes E-Commerce Technology Credits ECOM704 Fundamental of E-Commerce 3 ECOM798 Academic Thesis 6 7 elective courses chosen from the elective table 21 Total Credits: 30 OR ECOM704 Fundamental of E-Commerce 3 ECOM705 Internet Programming and Java Technology 3 ECOM797 Applied Thesis 3 7 elective courses chosen from the elective table except ECOM Total Credits: 30 Elective table for MSc in E-Commerce Technology: ECOM701 Information Systems Development Methodologies 3 ECOM702 Computer Networks and Internet 3 ECOM703 Distributed Database Management 3 ECOM705 Internet Programming and Java Technology (Not for applied thesis) 3 ECOM706 Data Warehousing 3 ECOM707 Data Mining and Decision Support Systems 3 ECOM708 Advanced Computer Graphics and Multimedia 3 ECOM709 Internet Security and Cryptography 3 ECOM710 Electronic Payment Systems 3 ECOM711 Smart Card Technology and Applications 3 ECOM712 Legal Issues of IT and E-Commerce 3 ECOM713 Topics in E-Commerce 3 ECOM714 Topics in E-Commerce (Electronic Marketplace 3 ECOM715 Topics in E-Commerce (E-Business Integration Technology) 3 567

12 FACULTY OF SCIENCE AND TECHNOLOGY Master s Degree Programmes Electromechanical Engineering Credits ELME701 Introduction to Research 3 ELCE702 Advanced Mathematics 3 ELME798 Academic Thesis 6 6 elective courses chosen from the elective table 18 Total Credits: 30 OR ELME701 Introduction to Research 3 ELCE702 Advanced Mathematics 3 ELME797 Applied Thesis 3 7 elective courses chosen from the elective table 21 Total Credits: 30 Elective table for MSc in Electromechanical Engineering: ELME702 Physics of Materials 3 ELME703 Variational Principles and the Application 3 ELME706 Mechatronics 3 ELME707 Process Heat Transfer 3 ELME708 Convective Heat Transfer 3 ELME709 Computational Method for Thermo-Fluid System 3 ELME710 Energy Conversion and Utilization 3 ELME711 Advanced Robotics and Control 3 ELME714 Fluid Power Engineering 3 ELME715 Intelligent Theory and Manufacturing 3 ELME716 Advanced Manufacturing 3 ELME717 Special Topics in Manufacturing I 3 ELME718 Special Topics in Manufacturing II 3 ELME719 Special Topics in Thermal Engineering I 3 ELME720 Special Topics in Thermal Engineering II 3 ELME721 Automotive Engineering 3 ELME722 Failure Analysis in Mechanical Engineering 3 ELME723 Advanced Electrical Services 3 ELME724 Advanced Electromechanical Energy Conversion 3 ELME725 Human Factors Engineering 3 ELME727 Engineering Acoustics 3 ELME728 Advanced Electric Vehicles 3 ELME729 Special topic in Electromechanical Engineering I 3 ELME730 Special topic in Electromechanical Engineering II 3 ELME731 Micromechatronics and Applications 3 ELME732 Intelligent Theory and Engineering Applications 3 ELME733 Industrial Engineering and Engineering Management 3 ELME734 Theories and Practice of CAD/CAM/CAE 3 ELME735 Product Design and Management 3 ELME736 Modeling and Analysis of Production Systems 3 568

13 UM Academic Calendar CIEE710 Structural Vibrations 3 CIEE725 Economic Analysis and Financial Management in Engineering 3 ELCE709 Expert Systems 3 569

14 FACULTY OF SCIENCE AND TECHNOLOGY Master s Degree Programmes Electrical and Computer Engineering Credits ELCE701 Introduction to Research 3 ELCE702 Advanced Mathematics 3 ELCE798 Academic Thesis 6 6 elective courses chosen from the elective table 18 Total Credits: 30 OR ELCE701 Introduction to Research 3 ELCE702 Advanced Mathematics 3 ELCE797 Applied Thesis 3 7 elective courses chosen from the elective table 21 Total Credits: 30 Elective table for MSc in Electrical and Computer Engineering: ELCE703 Transient of Electric Machines 3 ELCE704 Microelectronic Circuit Design 3 ELCE705 Digital Signal Processing 3 ELCE706 Active Network Theory 3 ELCE707 Advanced Topics in Control Systems 3 ELCE708 Advanced Topics in Simulation 3 ELCE709 Expert Systems 3 ELCE710 Special Operation Modes of Electric Machines and Power Systems 3 ELCE711 Microelectronics for Telecommunication and Signal Processing 3 ELCE712 Laser and Semiconductor Physics 3 ELCE713 Advanced Topics in Telecommunications 3 ELCE720 Flexible Alternative Current Transmission System 3 ELCE721 Embedded System 3 ELCE722 Advanced Topics in Analog and Mixed-Signal Integrated Circuits 3 ELCE723 Biomedical Transducers and Instruments 3 ELCE724 Electrochemical Energy Conversion and Storage 3 ELCE725 Special Topics in Biomedical Engineering 3 ELCE726 Medical Imaging Systems 3 ELCE727 Modeling and Theoretical Analysis for Communication Systems 3 ECOM702 Computer Networks and Internet 3 COIS702 Computer Communications and Networks 3 ECOM709 Internet Security and Cryptography 3 ECOM710 Electronic Payment Systems 3 ECOM711 Smart Card Technology & Applications 3 570

15 UM Academic Calendar FACULTY OF SCIENCE AND TECHNOLOGY Master s Degree Programmes Mathematics Credits MATH701 Functional Analysis 3 MATH702 Real Analysis 3 MATH798 Academic Thesis 6 6 elective courses chosen from the elective table 18 Total Credits: 30 OR MATH701 Functional Analysis 3 MATH702 Real Analysis 3 MATH797 Applied Thesis 3 7 elective courses chosen from the elective table 21 Total Credits: 30 Elective table for MSc in Mathematics: MATH703 Advanced Numerical Linear Algebra 3 MATH704 Advanced Probability and Statistics 3 MATH705 Clifford Analysis 3 MATH706 Geometry and Its Applications 3 MATH707 Mathematical Theory of Computational Intelligence 3 MATH708 Matrix Analysis 3 MATH709 Numerical Methods for Differential Equations 3 MATH710 Partial Differential Equations 3 MATH711 Reading Course I 3 MATH712 Reading Course II 3 MATH713 Stochastic Differential Equations 3 MATH714 Stochastic Processes 3 MATH715 Time Series Analysis 3 MATH716 Topics in Analysis 3 MATH717 Topics in Geometry 3 MATH718 Topics in Matrix Analysis 3 MATH719 Topics in Partial Differential Equations 3 MATH720 Topics in Probability and Statistics 3 MATH721 Financial Mathematics 3 571

16 FACULTY OF SCIENCE AND TECHNOLOGY Bachelor s Degree Programmes Civil Engineering Year I Credits CEEB120 Civil Engineering Drawing 2 CEEB121 Statics 3 CEEB122 Introduction to Civil and Environmental Engineering 1 MATB120 Calculus II 3 PHYS120 Physics I 4 PHYS210 Physics II 4 General Education Compulsory Courses: CEEB110 Computer Science 3 CHEM112 General Chemistry 4 MATB110 Calculus I 3 SAGE102 First-Year Experiential Learning 0 1 GE Compulsory Course (Chinese/Foreign Language) 3 1 GE Compulsory Course (Physical Education) 1 2 GE Compulsory Courses (English Language) 6 Total Credits: 37 Year II Credits CEEB210 Kinematics and Dynamics 3 CEEB211 Mechanics of Materials 3 CEEB212 Surveying 2 CEEB220 Fluid Mechanics 3 CEEB221 Mathematics for Civil Engineering 3 CEEB222 Construction Materials 3 CEEB223 Engineering Geology 3 CEEB224 Structural Analysis 3 MATB210 Engineering Mathematics I 3 MATB220 Engineering Mathematics II 3 General Education Compulsory Course: 1 GE Compulsory Course (Visual and Performing Arts) 2 1 GE Compulsory Course (Life Science, Health and the Human Condition) 3 1 GE Compulsory Course (World Histories and Cultures) 3 Total Credits:

17 UM Academic Calendar Year III Credits CEEB310 Environmental Engineering I 3 CEEB312 Construction Management and Practice 3 CEEB313 Soil Mechanics 3 CEEB320 Environmental Engineering II 3 CEEB321 Reinforced Concrete Design 3 CEEB322 Foundation Engineering 3 General Education Compulsory Courses: 1 GE Compulsory Course (Communication) 3 1 GE Compulsory Course (Values, Ethics and Meaning of Life) 3 2 Elective Courses (Distribution / Diversity Course) 6 2 Required Elective Courses from the Required Elective Course List below 6 Total Credits: 36 Year IV Credits CEEB311 Steel Design 3 CEEB410 Civil Engineering Project I 3 CEEB411 Integrated Project Design 2 CEEB420 Civil Engineering Project II 3 General Education Compulsory Course: 1 GE Compulsory Course (Macao, China and other Societies) 3 2 Elective Courses (Distribution / Diversity Course) 6 4 Required Elective Courses from the Required Elective Course List below 12 Total Credits: 32 Required Elective Course List: CEEB350 Civil Engineering Hydraulics 3 CEEB351 Advanced Topics in Soil Mechanics 3 CEEB450 Advanced Mechanics of Materials 3 CEEB451 Advanced Structural Analysis 3 CEEB452 Structural Vibrations 3 CEEB453 Advanced Reinforced Concrete Design 3 CEEB454 Structural Systems and Analysis 3 CEEB455 Selected Topics in Geotechnical Engineering 3 CEEB456 Earth Retaining Systems 3 CEEB457 Application of Numerical Methods in Geotechnical Engineering 3 CEEB458 Introduction to Soil Improvement 3 CEEB459 Engineering Economics and Ethics 3 CEEB460 Construction Planning, Scheduling and Control 3 CEEB461 Construction Methods, Procedure and Equipment 3 CEEB462 Environmental Engineering III 3 CEEB463 Essentials to Environmental Biotechnology 3 CEEB464 Wastewater Treatment Engineering 3 CEEB465 Traffic Engineering 3 CEEB466 Transportation Planning and Public Transport System 3 CEEB467 Special Topics in Civil Engineering 3 CEEB468 Intensive Industrial Training 3 CEEB469 Civil Engineering Internship I 1.5 CEEB470 Civil Engineering Internship II

18 FACULTY OF SCIENCE AND TECHNOLOGY Bachelor s Degree Programmes Computer Science Year I Credits CISB110 Programming Science 3 CISB111 Discrete Structures 3 CISB120 Algorithms and Data Structures I 3 CISB121 Digital Systems 3 CISB122 Probability and Statistics 3 MATB120 Calculus II 3 General Education Compulsory Courses: MATB110 Calculus I 3 SAGE102 First-Year Experiential Learning 0 1 GE Compulsory Course (Chinese/Foreign Language) 3 1 GE Compulsory Course (Information Technology and Knowledge Society) 3 1 GE Compulsory Course (World Histories and Cultures) 3 2 GE Compulsory Courses (English Language) 6 Total Credits: 36 Year II Credits MATB210 Engineering Mathematics I 3 CISB210 Algorithms and Data Structures II 3 CISB211 Computer Organization 3 CISB212 Numerical Methods and Computation 3 MATB220 Engineering Mathematics II 3 CISB221 Introduction to Database Systems 3 CISB222 Principles of Operating Systems 3 General Education Compulsory Courses: 1 GE Compulsory Course (Life Science, Health and the Human Condition) 3 1 GE Compulsory Course (Physical Science and the World) 3 1 GE Compulsory Course (Visual and Performing Arts) 2 2 Required Elective Course from the Required Elective Course List 6 Total Credits:

19 UM Academic Calendar Year III Credits CISB310 Computer Networks 3 General Education Compulsory Courses: 1 GE Compulsory Course (Communicating) 3 1 GE Compulsory Course (Values, Ethics and Meaning of Life) 3 1 GE Compulsory Course (Macao, China and Other Societies) 3 1 GE Compulsory Course (Physical Education) 1 2 Elective Courses (Distribution / Diversity Course) 6 5 Required Elective Courses from the Required Elective Course List: 15 Total Credits: 34 Year IV Credits CISB410 Final Year Project 6 CISB457 Software Engineering Principles 3 2 Elective Courses (Distribution / Diversity Course) 6 6 Required Elective Courses from the Required Elective Course List: 18 Total Credits: 33 Grand Total: 138 Required Elective Course List: CISB220 Compiler Construction 3 CISB250 Human-Computer Interaction 3 CISB251 Object-Oriented Analysis and Design Patterns 3 CISB350 Advanced Operating Systems 3 CISB351 Advanced Database Systems 3 CISB352 Computer Based Simulation 3 CISB353 Formal Languages and Automata 3 CISB354 Programming Language 3 CISB355 Computer Graphics 3 CISB356 Distributed Computer Systems 3 CISB357 Fundamentals of Digital Image Processing 3 CISB358 Fundamentals of Artificial Intelligence 3 CISB359 Information Systems Analysis and Design 3 CISB360 Internship I 3 CISB361 Internship II 1.5 CISB362 Systems and Networks 3 CISB363 Information Retrieval and Web Mining 3 CISB364 Data Visualization 3 CISB365 Multimedia Computing 3 CISB366 Bioinformatics 3 CISB450 Advanced Artificial Intelligence 3 575

20 CISB451 Fundamentals of Pattern Recognition 3 CISB452 Groupware Systems 3 CISB453 Internship III 1.5 CISB454 Introduction to Natural Language Processing 3 CISB456 Queue and Scheduling 3 CISB458 Software Project Management 3 CISB459 Special Topics in Computer and Information Science I 3 CISB460 Formal Methods in Software Engineering 3 CISB461 Information Security 3 CISB462 Introduction to Electronic Commerce 3 CISB463 Logic for Computer Science 3 CISB464 Organization and Management 3 CISB465 Professional in Software Engineering 3 CISB466 Special Topics in Computer and Information Science II 3 *Remarks Students are required to take 13 Required Elective Courses from the Required Elective Course List Students are required to take at least 4 Elective Courses from non-cis programme (Distribution / Diversity Courses) 576

21 UM Academic Calendar FACULTY OF SCIENCE AND TECHNOLOGY Bachelor s Degree Programmes Electrical and Computer Engineering Year I Credits CHEM112 General Chemistry 4 ECEB110 Digital Systems 4 ECEB111 Introduction to Electrical and Computer Engineering 1 ECEB120 Information Technology Revolution and Electronics 1 ECEB121 Embedded Systems 3 ECEB122 Circuit Analysis 4 MATB120 Calculus II 3 General Education Compulsory Courses: ECEB112 Computer Science 3 MATB110 Calculus I 3 PHYS120 Physics I 4 SAGE102 First-Year Experiential Learning 0 2 GE Compulsory Courses (English Language) 6 Total Credits: 36 Year II Credits ECEB210 Signals and Systems 4 ECEB211 Measurement and Instrumentation 3 ECEB220 Electric Machines 3 ECEB221 Fundamental Electronics 3 ECEB222 Discrete Structure 3 MATB210 Engineering Mathematics I 3 MATB220 Engineering Mathematics II 3 PHYS210 Physics II 4 General Education Compulsory Courses: 1 GE Compulsory Course (Chinese/Foreign Language) 3 1 GE Compulsory Course (Life Science, Health and the Human Condition) 3 1 GE Compulsory Course (Macao, China and Other Societies) 3 1 GE Compulsory Course (Physical Education) 1 Total Credits:

22 Year III Credits ECEB310 Applied Electronics 3 ECEB311 Digital Signal Processing 3 ECEB320 Control Systems 3 ECEB321 ECE Seminars 1 General Education Compulsory Courses: 1 GE Compulsory Course (Communicating) 3 1 GE Compulsory Course (Visual and Performing Arts) 2 7 Electrical and Computer Engineering Elective Courses from the Related Group 21 Total Credits: 36 Year IV Credits ECEB410 Design Project I 3 ECEB420 Design Project II 3 General Education Compulsory Courses: 1 GE Compulsory Course (Values, Ethics and Meaning of Life) 3 1 GE Compulsory Course (World Histories and Cultures) 3 6 Electrical and Computer Engineering Elective Courses from the Related Group 18 Total Credits: 30 * Electrical and Computer Engineering Elective Courses (Total 39 credits, please refer to the remarks in the next page) Diversity Elective Courses from ECE programme (12 credits) Mathematics/Science (at least 3 credits) ECEB250 Electromagnetism 3 ECEB251 Numerical Method and Computation 3 ECEB252 Probability and Statistics 3 ECEB253 Linear Algebra 3 ECEB254 Biology 3 ECEB255 Semiconductor Device Physics 3 General Major (at least 3 credits) ECEB256 Computer Systems and Network Fundamentals 3 ECEB257 Introduction to Electro-Robot Design 3 ECEB258 Internship 3 ECEB259 Internship I 1.5 ECEB260 Internship II 1.5 ECEB450 Digital Control 3 ECEB451 Special Topic in ECE 3 Biomedical Engineering Discipline (at least 3 credits) ECEB350 Introduction to Biomedical Engineering 3 ECEB351 Fundamental Bio-Electricity 3 578

23 UM Academic Calendar ECEB352 Biomedical Electronics 3 ECEB353 Introduction to Boimedical Signal Analysis 3 ECEB452 Biomedical Measurement and Instrumentation 3 ECEB453 Introduction to Biomedical Imaging 3 Electric Power Engineering and its Automation Discipline (at least 3 credits) ECEB354 Power Electronics 3 ECEB355 Power Systems Analysis 3 ECEB356 Power Quality and Energy Saving 3 ECEB357 Power Electronics Design and Implementation 3 ECEB358 Electric Drive 3 ECEB454 Renewable Energy Conversion 3 ECEB455 Power System Design and Implementation 3 Microelectronics Discipline (at least 3 credits) ECEB364 Advanced Topics in Analog and Mixed-Signal Integrated Circuit Design 3 ECEB365 Introduction to Data Converters 3 ECEB366 Introduction to Radio-Frequency Circuits and Systems 3 ECEB368 Analog Integrated Circuit Design 3 Wireless Technology Discipline (at least 3 credits) ECEB359 Principles of Communication Systems 3 ECEB360 RF and Microwave Techniques for Wireless Systems 3 ECEB361 Antenna Theory and Applications in Wireless Communications 3 ECEB362 Cellular Communication Network Design and Optimization 3 ECEB363 Introduction to Wireless Technology for Digital Game 3 ECEB457 Introduction to Wireless Sensing Network 3 ECEB458 Microwave and Millimeter Wave System Design 3 *Every student is required to take 13 elective courses among these course Groups. At least one course from the General Major Elective Courses (considered as major credits) At least two elective courses from one individual group of Discipline Elective Courses (considered as major credits) At least four elective courses from non-ece programmes (diversity electives) At least one elective courses from each group of Discipline Elective Courses (considered as Free Electives ) At least one elective course from the Mathematics/Science courses (considered as Free Electives ) The remaining two elective courses selected within the Discipline Elective Courses, the Mathematics/Science Elective Courses and the General Major Elective Courses (considered as Free Electives ) 579

24 FACULTY OF SCIENCE AND TECHNOLOGY Bachelor s Degree Programmes Electromechanical Engineering Year I Credits CHEM112 General Chemistry 4 EMEB110 Engineering Drawing I 1 EMEB120 Engineering Drawing II 1 EMEB121 Engineering Materials 3 EMEB122 Statics 3 MATB120 Calculus II 3 PHYS210 Physics II 4 General Education (GE) Compulsory Courses: EMEB111 Programme Design for Engineers 3 MATB110 Calculus I 3 PHYS120 Physics I 4 SAGE102 First-Year Experiential Learning 0 2 GE Compulsory Courses (English Language) 6 1 GE Compulsory Course (Chinese/Foreign Language) 3 Total Credits: 38 Year II Credits EMEB210 Strength of Materials 3 EMEB211 Thermodynamics 3 EMEB212 Manufacturing Technology 3 EMEB213 Electrical Engineering 3 EMEB220 Dynamics 3 EMEB221 Computer-aided Design 3 EMEB222 Machine Elements 3 EMEB223 Mechatronics 3 MATB210 Engineering Mathematics I 3 MATB220 Engineering Mathematics II 3 General Education (GE) Compulsory Courses: 1 GE Compulsory Course (Life Science, Health and the Human Condition) 3 1 GE Compulsory Course (Visual and Performing Arts) 2 1 GE Compulsory Course (Physical Education) 1 Total Credits:

25 UM Academic Calendar Year III Credits EMEB310 Production Management 3 EMEB311 Fluid Mechanics 3 EMEB312 Control Engineering 3 EMEB320 Heat Transfer 3 EMEB321 Computer Engineering 3 General Education (GE) Compulsory Courses: 1 GE Compulsory Course (Communication) 3 1 GE Compulsory Course (Macao, China and other Societies) 3 5 Required Elective Courses 15 Total Credits: 36 Year IV Credits EMEB410 Design Project 6 General Education (GE) Compulsory Courses: 1 GE Compulsory Course (Values, Ethics and Meaning of Life) 3 1 GE Compulsory Course (World Histories and Cultures) 3 2 Required Elective Courses 6 4 Distribution / Diversity Courses 12 Total Credits: 30 Required Elective Courses: EMEB350 Advanced Manufacturing 3 EMEB351 Advanced Materials for Engineering 3 EMEB352 Air Conditioning and Refrigeration 3 EMEB353 Applications of Vibration and Noise Control 3 EMEB354 Computer Technology in Engineering 3 EMEB355 Corrosion, Wear and Degradation of Materials 3 EMEB356 Electrical Services - Wiring and Installations 3 EMEB357 Electromechanical Energy Conversion 3 EMEB358 Electronics and Instrumentation 3 EMEB359 Finite Element Techniques in Engineering 3 EMEB360 Fundamentals of Automotive Engineering 3 EMEB361 Industrial Data Management 3 EMEB362 Intelligent Buildings 3 EMEB363 Internal Combustion Engines 3 EMEB364 Internship 3 EMEB365 Internship I 1.5 EMEB366 Internship II 1.5 EMEB367 Introduction to Computational Fluid Dynamics 3 EMEB368 Introduction to Engineering Management 3 EMEB369 Introduction to Fire Engineering and Plumbing 3 EMEB370 Introduction to Robotics 3 581

26 EMEB371 Mechanical Behaviour of Engineering Materials and Basic 3 Failure Analysis EMEB372 Optimization Techniques and Their Applications in Engineering 3 EMEB373 Production Systems, Planning & Control 3 EMEB374 Special Topics in Electromechanical Engineering I 3 EMEB375 Special Topics in Electromechanical Engineering II 3 EMEB376 Theory of Mechanisms 3 582

27 UM Academic Calendar FACULTY OF SCIENCE AND TECHNOLOGY Bachelor s Degree Programmes Mathematics - Mathematics Education Stream Year I Credits MATB111 Discrete Mathematics 3 MATB112 Linear Algebra I 3 MATB120 Calculus II 3 MATB121 Geometry 3 MATB122 Linear Algebra II 3 General Education Compulsory Courses: MATB110 Calculus I 3 PHYS120 Physics I 4 SAGE102 First-Year Experiential Learning 0 1 GE Compulsory Course (Chinese/Foreign Language) 3 1 GE Compulsory Course (Information Technology and Knowledge Society) 3 2 GE Compulsory Courses (English Language) 6 Total Credits: 34 Year II Credits MATB211 Calculus III 3 MATB212 Mathematical Analysis I 3 MATB213 Probability 3 MAEB214 Introduction to Education 3 MAEB215 Educational Psychology 3 MAEB216 Theories of Curriculum and Instruction (Secondary Mathematics) 3 MATB221 Mathematical Analysis II 3 MATB222 Applied Statistics 3 MAEB223 Integrating IT into Secondary Teaching and Learning 3 MAEB224 Philosophy of Education 3 General Education Compulsory Courses: 1 GE Compulsory Course (Values, Ethics and Meaning of Life) 3 1 GE Compulsory Course (Life Science, Health and the Human Condition) 3 1 Distribution/Diversity Course 3 Total Credits:

28 Year III Credits MATB310 Ordinary Differential Equations 3 MATB311 Complex Analysis 3 MATB312 Elementary Number Theory 3 MAEB313 Subject Based Teaching Methods (Secondary Mathematics) I 3 MAEB314 Counseling and Guidance 3 MATB320 Abstract Algebra 3 MAEB321 Subject Based Teaching Methods (Secondary Mathematics) II 3 MAEB322 Learning Technology for Secondary Mathematics Teaching 3 General Education Compulsory Courses: 1 GE Compulsory Course (Communication) 3 1 GE Compulsory Course (Macao, China and other Societies) 3 1 GE Compulsory Course (Physical Education) 1 1 GE Compulsory Course (Visual and Performing Arts) 2 1 GE Compulsory Course (World Histories and Cultures) 3 1 Mathematics Elective Course from the following: 3 MATB323 Partial Differential Equations 3 MATB325 Introduction to Real Analysis and Hilbert Spaces 3 MATB350 Mathematical Analysis III 3 MATB351 History of Mathematics 3 PHYS210 Physics II 4 Total Credits: 39 Year IV Credits MAEB410 Supervised Teaching and School Experience I 3 MAEB411 Sociology of Education 3 MAEB420 Supervised Teaching and School Experience II 3 MAEB421 Elementary Mathematics Teaching & Research 3 3 Distribution / Diversity Courses 9 2 Education Elective Courses from the following: 6 MAEB450 Educational Administration 3 MAEB451 Educational Evaluation 3 MAEB452 Research in Mathematics Education 3 MAEB453 Introduction to Special Education 3 MAEB454 Teacher Ethics and Teacher Professional Development 3 Total Credits:

29 UM Academic Calendar FACULTY OF SCIENCE AND TECHNOLOGY Bachelor s Degree Programmes Mathematics - Mathematics and Applications Stream Year I Credits MATB111 Discrete Mathematics 3 MATB112 Linear Algebra I 3 MATB120 Calculus II 3 MATB121 Geometry 3 MATB122 Linear Algebra II 3 General Education Compulsory Courses: MATB110 Calculus I 3 PHYS120 Physics I 4 SAGE102 First-Year Experiential Learning 0 1 GE Compulsory Course (Chinese/Foreign Language) 3 1 GE Compulsory Course (Information Technology and Knowledge Society) 3 2 GE Compulsory Courses (English Language) 6 Total Credits: 34 Year II Credits MATB211 Calculus III 3 MATB212 Mathematical Analysis I 3 MATB213 Probability 3 MATB221 Mathematical Analysis II 3 MATB222 Applied Statistics 3 MATB225 Numerical Analysis 3 MATB226 Operations Research 3 PHYS210 Physics II 4 General Education Compulsory Courses: 1 GE Compulsory Course (Life Science, Health and the Human Condition) 3 1 GE Compulsory Course (Physical Education) 1 1 GE Compulsory Course (Values, Ethics and Meaning of Life) 3 1 GE Compulsory Course (Visual and Performing Arts) 2 1 Distribution/Diversity Course 3 1 Free Elective Course 3 Total Credits:

30 Year III Credits MATB310 Ordinary Differential Equations 3 MATB315 Introduction to Stochastic Process 3 MATB311 Complex Analysis 3 MATB323 Partial Differential Equations 3 MATB324 Mathematics Experiments 3 MATB325 Introduction to Real Analysis and Hilbert Spaces 3 General Education Compulsory Course: 1 GE Compulsory Course (World Histories and Cultures) 3 2 Mathematics Elective Courses 6 1 Free Elective Course 3 1 Distribution / Diversity Course 3 Total Credits: 33 Year IV Credits MATB412 Fourier and Signal Analysis 3 MATB359 Final Year Project 3 General Education Compulsory Courses: 1 GE Compulsory Course (Communication) 3 1 GE Compulsory Course (Macao, China and other Societies) 3 1 Mathematics Elective Courses 3 2 Free Elective Courses 6 2 Distribution / Diversity Courses 6 Total Credits: 27 Mathematics Elective Courses: MATB320 Abstract Algebra 3 MATB350 Mathematical Analysis III 3 MATB352 Introduction to Stochastic Calculus 3 MATB353 Time Series Analysis 3 MATB354 Applied Linear Algebra 3 MATB355 Numerical Matrix Analysis 3 MATB356 Introduction to Computational Intelligence 3 MATB357 Mathematical Modeling 3 MATB358 Topics in Applied Mathematics 3 MATB360 Introduction to Financial Mathematics 3 586

31 UM Academic Calendar Course Description PhD PROGRAMMES APME801 SOLID STATE PHYSICS In this course, the behavior of atoms and shared electrons in solids will be described by classical physics and quantum mechanics. The discussion of solid with crystalline structure will be one of the emphases. Some properties of crystal such as defects, disorder and thermal vibration will be studied. Then, band theory will be investigated. The physics of p-n junction semiconductor will also be introduced. Materials will be classified by models of magnetism as well as electric properties. APME802 MECHANICAL PROPERTIES AND BEHAVIOUR OF MATERIALS Stress strain behaviour. Atomic bonding and elastic modulus. Theoretical strength. Elastic and plastic deformation. Slip systems. Dislocations. Twinning. Ductile and brittle fracture. Deformation of single and polycrystals. Dislocation multiplication. Cross slip. Climb. Dislocation interactions. Work hardening. Solid solution hardening; Precipitation-hardening. Dispersion hardening; Strengthening by grain size reduction. High temperature deformation. Creep. Stress relaxation; Effect of strain rate and temperature. Superplasticity. Forming of metal products. APME803 ADVANCED INSTRUMENTATION FOR MATERIALS CHARACTERIZATION Overview of analytical techniques. Optical and electron microscopy. Atomic force Microscopy. Nanoindentation. Structural, chemical and surface analyses: X-ray diffractometry. X-ray energy dispersive analysis. X-ray photoelectron spectroscopy. Fourier transform infrared spectroscopy. Differential scanning calorimetry. Thermal gravimetric analysis. Nondestructive testing methods. APME804 QUANTUM MECHANICS History and philosophy of quantum mechanics will first be reviewed in this course. Wave function and its statistical interpretation will be investigated. Time-independent Schrodinger equation will be discussed with some examples of infinite square well, finite square well and harmonic oscillator, etc. Then, hydrogen atom will be studied by Schrodinger equations in three dimensions. Furthermore, wave function of two-particle systems, atoms and solids will be introduced. The parts of application cover contents of perturbation theory, variational principle, WKB approximation and adiabatic approximation. APME805 ELECTROMAGNETISM In this course, electrostatics including electric field, Gauss s law, electric potential, work and energy and properties of conductors will be first introduced. Laplace s equation, method of images, separation of variables and multipole expansion will be studied for calculating potentials. Electric field will be revisited for dielectric materials. Magnetic force and field will then be studied by Lorentz force law and Biot-Savart law. Properties of magnetic materials for diamagnetism, paramagnetism and ferromagnetism will be discussed. The properties of electromagnetic waves in conductors and nonconducting materials will be discussed. Pre-requisite: APME801 APME806 LASER TECHNOLOGY Ray optics and electromagnetic theory will first be reviewed. Optical cavities will be discussed with emphasis of resonance. Atomic radiation will be introduced as the basic of laser. Afterward, laser oscillation, amplification and excitation will be learned. Some general characteristics of lasers will also be summarized and principles of common lasers (semiconductor laser, tunable 587

32 laser and gaseous-discharge laser, etc.) will be studied. Spectroscopy of lasers and detector of optical radiation will also be discussed. Pre-requisite: APME801 APME807 THIN FILM PHYSICS Definition of thin films. Environment and molecular and plasma processes in thin film deposition. Cold and thermal plasma. Requirement for substrate, substrate cleaning. Formation of thin films. Properties of thin films. Mechanical, electrical, thermal, chemical, and optical properties of thin films. Thermal evaporation. Laser ablation, synthesis of nanomaterials. Electrical discharges used in thin film deposition. Practical electric discharge configuration for deposition of thin films, direct current electric discharges, radio-frequency discharges, microwave discharges, electron cyclotron resonance plasma, matching units, floating potential, bias potential, plasma potential, effective bias, self-bias. Physical deposition techniques. Chemical vapor deposition techniques (CVD). Other processing technologies. Pre-requisite: APME801 APME808 ELECTROCERAMIC MATERIALS A historical account of the discovery and development of ceramic materials for electrical and electronic applications, summary of various types of electroceramics along with fundamental concepts as well as general processes and their applications. Elementary solid state science. Measurement techniques. Fabrication of ceramics. Ceramic conductors. Dielectrics and insulators. Piezoelectric ceramics. Pyroelectric materials. Electro-optic ceramics. Magnetic ceramics. Pre-requisite: APME801 APME809 NANOMATERIALS AND NANOTECHNOLOGY Introduction to nanomaterials & nanotechnology. Overview of micro-crystalline and nanocrystalline phases. Nanostructured materials. Synthesis and fabrication of nanomaterials. Characterization of nanostructure materials and characterization techniques. Properties and applications of nanomaterials. Pre-requisite: APME802 APME810 PHASE TRANSFORMATIONS OF MATERIALS Classification of phase transformations. Nucleation in the gaseous, liquid and solid states. Solidification of pure and impure materials. Thermal and constitutional supercooling and their influence on interface stability. Solute redistribution and coring. Eutectic and peritectic solidification. Generation of as-cast structures during casting. Grain refining. Single crystal growth techniques. Glass formation and glassy materials. Diffusional and non-diffusional solid-state transformations. Nucleation and growth of phases. Decomposition of solid solutions. Ordering reactions. Spinodal decomposition. Role of the eutectoid transformation in the formation of pearlite, bainite and martensite; hardenability. Tempering. Theory of transformation kinetics and the origin of transformation diagrams. Aspects of ferrous (carbon and alloy steels) and non-ferrous metallurgy. APME811 COMPOSITE MATERIALS Natural and synthetic fibre reinforced composites, thermosetting and thermoplastic matrices. Fibre-matrix interface. Micromechanics. Mechanics of laminae. Failure criteria. Processing of composites. Short fibre composites. Metal, ceramic and polymer matrix composites. Nanocomposites. Pre-requisite: APME802 APME812 SPECIAL TOPICS IN APPLIED PHYSICS Any specialized topic in Applied Physics chosen by the staff member who has experience in that particular field, but the topic is not covered by the other postgraduate courses in the PhD Programme. Pre-requisite: APME

33 UM Academic Calendar APME813 SPECIAL TOPICS IN MATERIALS SCIENCE AND ENGINEERING Any specialized topic in Materials Science and Engineering chosen by the staff member who has experience in that particular field, but the topic is not covered by the other postgraduate courses in the PhD Programme. Pre-requisite: APME802 APME814 ADVANCED ELECTROCHEMICAL ENERGY CONVERSION AND STORAGE This advanced course introduces principles, mathematical models and implementation of electrochemical energy conversion and storage. The principle of electrochemistry is introduced, including components of an electrolytic cell, Nernst s equation, thermodynamics and electrokinetics. The basic of power conversion is also introduced, including power electronics switches, converters and their control. The applications to batteries, solar cells, fuel cells and other emerging energy generation technologies are explored. Pre-requisite: APME802 APME815 ADVANCED LASER MATERIALS PROCESSING This advanced course includes: Laser physics, types of industrial laser, laser radiation for material processing, laser optics and beam delivery systems, laser beam interaction with materials, advanced laser materials processing: laser surface engineering, laser cutting, laser drilling, laser welding, laser marking, laser selective sintering, laser hazards & safety. APME816 CORROSION, WEAR AND SURFACE ENGINEERING In industry, material degradation of components and equipment arises from one or more of the three modes: wear, corrosion and fracture. The lifetime of the component is determined by the interaction among materials properties, component design, and the application conditions. This advanced course intends to give a comprehensive knowledge on materials degradation and preventive methods by surface engineering. This course focuses on the following topics: surfaces nature, roughness & characterization, corrosion, tribology, friction, wear & lubrication, surface treatment, coating & cleaning, fabrication of microelectronic devices. APME817 ADVANCED FAILURE ANALYSIS OF MATERIALS This advanced course presents theories for preventing/mitigating the failure modes that are most frequently encountered in mechanical engineering. These include high-cycle fatigue, low-cycle fatigue, stress concentration, fracture, creep, fretting, fretting fatigue, shock and impact, buckling, wear, residual stresses, etc. This course shall cover such important design tools as: linear fracture mechanics, the various widely-used rules for predicting fatigue strength, models for predicting crack growth, the most important criteria for yield failure, stress wave, and so forth. Cases studies (such as the effects of residual stresses on the failure of railway rails) that involved the various failure modes shall be discussed, with an eye to reinforcing the students ability in applying the various theories. Pre-requisite: APME802 CIEE805 ADVANCED TOPICS IN CIVIL ENGINEERING Any specialized topics in Civil Engineering chosen by staff members who have experience in that particular field, but the topics are not covered by other postgraduate courses. CIEE899 DOCTORAL THESIS An independent investigation under the supervision of a faculty staff member. COIS823 ADVANCED TOPICS IN COMPUTER SCIENCE Any specialized topic in Computer Science chosen by staff member who has experience in that particular field, but the topic is not covered by the other postgraduate courses. 589

34 COIS899 DOCTORAL THESIS An independent investigation under the supervision of a faculty staff member. ELCE818 ADVANCED TOPICS IN ELECTRICAL AND COMPUTER ENGINEERING Any specialized topic in Electrical and Computer Engineering chosen by staff member who has experience in that particular field, but the topic is not covered by the other postgraduate courses. ELCE899 DOCTORAL THESIS An independent investigation under the supervision of a faculty staff member. ELME810 ADVANCED TOPICS IN ELECTROMECHANICAL ENGINEERING Any specialized topic in Electromechanical Engineering chosen by staff member who has experience in that particular field, but the topic is not covered by the other postgraduate courses. ELME899 DOCTORAL THESIS An independent investigation under the supervision of a faculty staff member. MATH827 ADVANCED TOPICS IN MATHEMATICS Any specialized topic in Mathematics chosen by staff member who has experience in that particular field, but the topic is not covered by the other postgraduate courses. MATH899 DOCTORAL THESIS An independent investigation under the supervision of a faculty staff member. SCTE801 RESEARCH METHODS This course aims to provide Ph.D. students with research skills that are essential to become a successful researcher. The topics of this course will include research methodology, professional ethics and academic integrity, and oral presentation and paper writing techniques. Students will be required to perform a literature survey, to construct a research proposal, and to write a paper summary in the style of a formal scientific paper, in one of their familiar research topics. MASTER S DEGREE PROGRAMMES CIEE701 ADVANCED MATHEMATICS This course introduces fundamental concepts of linear operator theory. It serves as an advanced level mathematics course for engineering students. Instead of doing computations only, this course emphasizes also fundamental concepts, such as existence, uniqueness and stability. With the knowledge of the course, students will be equipped to study other advanced level mathematics courses. CIEE702 THEORY OF ELASTICITY AND PLASTICITY This course intends to provide students a comprehensive knowledge on the theory of elasticity 590

35 UM Academic Calendar and plasticity. The course focuses on the following topics: continuous medium, Cartesian tensors, deformation, displacement and strain tensors, compatibility conditions, external and internal forces, equilibrium, stress tensors, principal stresses, invariants and stress deviators, Mohr's circle, constitutive law, plasticity theory, yield and failure criteria, stability postulates, laws of mechanics, Navier's equations, plane stress and plane strain problems, variational principles, general theory of plane strain for perfectly plastic materials. CIEE703 FINITE ELEMENT METHOD Basic concepts. Virtual work and energy methods. Weighted residual methods. Rayleigh-Ritz and Galerkin methods. Finite element displacement method. Interpolation functions. Plate stretching and plane strain. Triangular elements. Isoparametric elements. Three dimensional stress analysis. Plate bending. Field problems. Vibrations. Stability. Nonlinear behaviour. Hybrid elements. CIEE704 ADVANCED SOIL MECHANICS The emphasis of this course is on the practical knowledge of soil behavior required by civil engineers for design and construction of geotechnical projects. Two most important topics of soil mechanics, consolidation and shear strength of soils, will be discussed in detail. CIEE705 SUBSURFACE INVESTIGATION AND SOIL TESTING The aim of this course is designed to provide postgraduate civil engineering students an advanced knowledge of geotechnical site investigation and soil testing. It includes site investigation procedures, planning and reporting, methods of subsurface investigation; ground or soil exploration includes boring, sampling soils and rocks; description and classification of soils and rocks, determination of stratigraphy and engineering properties by different types of field tests and laboratory tests; estimation of soil properties for foundation design and geophysical methods for site investigation. CIEE706 ADVANCED FOUNDATION ENGINEERING Shallow foundations. Bearing capacity of foundations on homogeneous soils and layered soils. Estimation of settlements. Measures to minimize damage. Analysis of combined footings and rafts. Pile foundations. Piles subjected to lateral loads. Displacement of pile group under axial and lateral loads. Foundation design for fills. Foundations for transmission towers. CIEE707 SOIL DYNAMICS Dynamics of elastic systems. Single and multi-degree of freedom systems. Wave propagation in soil. Deformation and elastic properties of soils. Types of machine foundations. Mass-spring-dashpot model and elastic half space theory. Foundations for reciprocating machines and hammer foundations. Construction aspects of machine foundations. Foundations for miscellaneous machines. Vibration isolation and dampers. CIEE708 STRUCTURAL DESIGN OF FOUNDATIONS Conventional structural design of continuous footings, individual footings, combined footings and rafts of various types subjected to vertical loads, lateral loads and moments. Design of circular rafts. Soil-structure interaction and design of foundation using flexibility approach. Structural design of piles and pile caps, under-reamed piles piers and caissons. Structural design of retaining structures. 591