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2009 Course Handbook

ENGG03 - Electronics Engineering (Undergraduate Study Pattern)

Major: Electronics Engineering
Area of Study: Engineering
Degree: BE - Bachelor of Engineering (UAC Preference 300752 CSP)
Offered By: The Department of Physics and Engineering
The Faculty of Science

General Requirements

Minimum number of credit points 96
Maximum number of credit points at 100 level 30
Minimum number of credit points at 300 level or above 30
and completion of other specific requirements as set out below

Specific Requirements

100 level
Required eitherCOMP115 Introduction to Computer Science (3)
orCOMP155 Introduction to Computer Science (Advanced) (3) 3
Required eitherCOMP125 Fundamentals of Computer Science (3)
orCOMP165 Fundamentals of Computer Science (Advanced) (3) 3
Required ELEC141 Digital Fundamentals (3) 3
Required ELEC166 Introduction to Electronic Systems (3) 3
Required ENGG100 Introduction to Engineering (3) 3
Required eitherMATH135 Mathematics IA (3)
orMATH132 Mathematics IA (Advanced) (3) 3
Required eitherMATH136 Mathematics IB (3)
orMATH133 Mathematics IB (Advanced) (3) 3
Required PHYS140 Physics IA (3) 3
Required PHYS143 Physics IB (3) 3
200 level
Required ELEC240 Signals and Systems (3) 3
Required ELEC241 Programmable Logic Design (3) 3
Required ELEC280 Simulation and Measurement (3) 3
Required ELEC290 Linear Circuits (3) 3
Required MATH235 Mathematics IIA (3) 3
Required two ofCOMP225 Algorithms and Data Structures (3)
COMP226 Computer Architecture (3)
COMP229 Object-Oriented Programming Practices (3)
COMP247 Data Communications (3)
COMP249 Web Technology (3)
ELEC260 Sensors and Actuators (3)
ISYS201 Applications Development (3)
ISYS224 Database Systems (3)
ISYS227 Requirements Analysis and Systems Design (3)
MATH232 Mathematical Techniques (3)
MATH236 Mathematics IIB (3)
MATH237 Mathematics IIC (3)
OPTO221 Introduction to Optical Science and Technology (3)
OPTO222 Instrumental Optics (3)
PHYS201 Physics IIA (3)
PHYS202 Physics IIB (3)
PHYS220 Scientific Modelling (3) 6
300 level
Required ELEC321 Communication Systems (3) 3
Required ELEC324 Feedback Control and Dynamic Systems (3) 3
Required ELEC343 Digital Systems Design (3) 3
Required ELEC376 Electronic Devices and Systems (3) 3
Required ENGG300 Research Project (3) 3
Required ISYS360 Technology Management (3) 3
Required two ofCOMP323 Optimisation (3)
COMP329 Knowledge Systems (3)
COMP330 Computer Graphics (3)
COMP332 Programming Languages (3)
COMP333 Algorithm Theory and Design (3)
COMP334 Real-Time Computing (3)
COMP342 Operating Systems (3)
COMP343 Cryptography and Information Security (3)
COMP347 Computer Networks (3)
ELEC326 Advanced Control Systems (3)
ELEC342 Computer Hardware (3)
ELEC345 Communication Networks (3)
ELEC380 Wireless Technology and Systems (3)
ELEC385 Antennas and Propagation (3)
MATH331 Waves (3)
MATH332 Nonlinear Dynamics and Chaos (3)
MATH335 Mathematical Methods (3)
MATH336 Partial Differential Equations (3)
OPTO321 Optical and Photonic Devices and Systems 1 (3)
PHYS301 Electromagnetism and Quantum Physics (3)
PHYS303 Atomic and Solid-State Physics (3)
PHYS306 Optical Physics (3) 6
400 level
Required ENGG400 Industry Experience (0) 0
Required eitherENGG405 Engineering Thesis (12)
orENGG410 Engineering Project (12) 12
Required ENGG450 Systems Design and Engineering (3) 3
Required ENGG460 Engineering Principles and Practice (3) 3
Electives
Balance of credit points required6
TOTAL CREDIT POINTS REQUIRED FOR THIS PROGRAM 96

Notes

General requirements to be satisfied (from electives): 100 level or above: 3cp; 200 level or above: 3cp

Recent Updates

17 Oct 2008 - EDUC80P

Program title amended