Overview - School of Electrical and Electronic Engineering

Transcription

Final Year Option Briefing
for EEE students starting their final year studies in AY2015/16
Tan Yap Peng
Associate Chair (Academic)
25 February 2015
BEng (EEE) FINAL YEAR CURRICULUM
3 Options
ELECTRICAL & SYSTEMS
ENGINEERING
ELECTRONIC ENGINEERING
INFOCOMMUNICATIONS
ENGINEERING
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3 OPTIONS
ELECTRICAL & SYSTEMS ENGINEERING
INFOCOMMUNICATIONS
ENGINEERING
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EE0040 Engineers & Society
HW0310 Professional Communication
EE4080 Final Year Project
2 Design Electives
3 Technical Electives
BEng (EEE) FINAL YEAR CURRICULUM
Design and Elective Courses in 8 Specialisations:
ELECTRICAL & SYSTEMS
ENGINEERING
• Biomedical Electronics
• Intelligent Systems & Control Engineering
• Power and Clean Energy
ELECTRONIC
ENGINEERING
• Integrated Circuit Design
• Microelectronics & Photonics
INFOCOMMUNICATIONS
ENGINEERING
• Communications Engineering
• Computer Engineering
• Digital Media Processing
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ELECTRICAL & SYSTEMS ENGINEERING OPTION
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Design Electives
(Choose 2)
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Technical Electives
(Choose 3)
EE4207
EE4208
EE4503
EE4504
EE4901
EE4902
EE4001
EE4265
EE4266
EE4268
EE4273
EE4285
EE4530
EE4532
EE4534
EE4903
EE4904
EE4840
Control Engineering Design
Intelligent System Design
Power Engrg Design
Design of Clean Energy Systems
Biomedical Control System Design
Design of Medical Information Processing Systems
Software Engineering
Process Control Systems
Computer Vision
Robotics and Automation
Digital Control Systems
Computational Intelligence
Power System Analysis & Control
Power Electronics & Drives
Modern Distribution Systems with Renewable Resources
Physiological Systems Analysis
Biomedical Instrumentation
Biophotonics
ELECTRICAL & SYSTEMS ENGINEERING SPECIALISATIONS
Biomedical
Electronics
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Biomedical Control System Design
Design of Medical Information Processing Systems
Physiological Systems Analysis
Biomedical Instrumentation
Computer Vision
Biophotonics
Intelligent
Systems and
Control
Engineering
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Control Engineering Design
Intelligent System Design
Computer Vision
Robotics and Automation
Computational Intelligence
Power and Clean
Energy
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Power Engineering Design
Design of Clean Energy Systems
Power System Analysis and Control
Power Electronics and Drives
Modern Distribution Systems with Renewable Resources
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ELECTRONIC ENGINEERING OPTION
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Design Electives
(Choose 2)
Technical Electives
(Choose 3)
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EE4303 Mixed-Signal IC Design
EE4304 Radio Frequency Integrated System Design
EE4305 Digital Design with HDL
EE4613 CMOS Process & Device Simulation
EE4614 Device Parameter Extraction & Layout Implementation
EE4001
EE4340
EE4341
EE4343
EE4344
EE4645
EE4646
EE4647
EE4648
EE4694
EE4838
EE4839
EE4840
VLSI Systems
Advanced Analog Circuits
Radio Frequency Circuits
Analysis & Design of Integ. Circuits
Microfabrication Engineering
VLSI Technology
Microelectronic Devices
Flat Panel Display Technologies
IC Reliability and Failure Analysis
Laser Engineering and Applications
Fibre Optic Communications
Biophotonics
ELECTRONIC ENGINEERING SPECIALISATIONS
INTEGRATED
CIRCUIT DESIGN
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Mixed-Signal IC Design
Radio Frequency Integrated System Design
Digital Design with HDL
VLSI Systems
Advanced Analog Circuits
Radio Frequency Circuits
Analysis & Design of Integrated Circuits
IC Reliability and Failure Analysis
MICROELECTRONICS
& PHOTONICS
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CMOS Process and Device Simulation
Device Parameter Extraction and Layout Implementation
Microfabrication Engineering
VLSI Technology
Microelectronic Devices
Flat Panel Display Technologies
Laser Engineering and Applications
Fibre Optic Communications
Biophotonics
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INFOCOMMUNICATIONS ENGINEERING OPTION
Design Electives
(Choose 2)
Technical Electives
(Choose 3)
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EE4105
EE4109
EE4110
EE4413
EE4717
EE4718
EE4001
EE4151
EE4152
EE4153
EE4188
EE4190
EE4455
EE4475
EE4476
EE4478
EE4483
EE4490
EE4756
EE4758
EE4761
EE4791
Cellular Communication System Design
Wireless System Design
Optical Communication System Design
DSP System Design
Web Application Design
Enterprise Network Design
RF and Microwave Engineering
Digital Communications
Telecommunication Systems
Wireless Communications
Introduction to Modern Radar
Embedded Systems
Audio Signal Processing
Image Processing
Digital Video Processing
Artificial Intelligence & Data Mining
Multimedia Systems
Computer Architecture
Computer Security
Computer Networking
Database Systems
INFOCOMMUNICATIONS ENGINEERING SPECIALISATIONS
COMMUNICATION
ENGINEERING
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Wireless System Design
Optical Communication System Design
RF and Microwave Engineering
Digital Communications
Telecommunication Systems
Wireless Communications
Spread Spectrum Communications
Introduction to Modern Radar
COMPUTER
ENGINEERING
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Web Application Design
Enterprise Network Design
Computer Architecture
Computer Security
Computer Networking
Database Systems
Embedded Systems
Multimedia Systems
DIGITAL MEDIA
PROCESSING
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DSP System Design
Embedded Systems
Audio Signal Processing
Image Processing
Digital Video Processing
Multimedia Systems
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FINAL YEAR OPTION SELECTION
Action Required
Students Studying BRC Curriculum
 Select 1 of the 3 option groups.
 Select 2 design electives from the chosen option group.
 Select 3 technical electives from the chosen option group.
DETAILED INFORMATION
Detailed write-up and presentation video are available at:
http://www.eee.ntu.edu.sg/Programmes/CurrentStudents/undergraduate/undergraduatefulltime/Pages/FYOption.aspx
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Declaration Period for AY2014 Semester 2
25 February 2015 (6.00 pm) –2 March 2015 (11.59 pm)
Studentlink > Academic Matters > Survey/Subject Option
> EEE Final Year Option Selection
Important Note:
 Students, who do not make their choices during the selection period, may not
be able to register for their Final Year elective courses during the course
registration exercise.
 Courses with limited interest from students may not be offered.
 For enquiries, please email eeeundgrad@ntu.edu.sg.
Q&A
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Thank You
3 OPTIONS (Previous Curriculum)
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EE4041 Human Resource Management
2 Design Electives
Final Year Project
INFOCOMMUNICATIONS
ENGINEERING
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2 Design Electives
Final Year Project
INFOCOMMUNICATIONS
ENGINEERING
INFOCOMMUNICATIONS
ENGINEERING
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EE4001 Software Engineering
2 Design Electives
Final Year Project
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Overview - School of Electrical and Electronic Engineering

Transcription

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