B.Eng in EEE from University of Adelaide Entry: Dates, Fees, Eligibility, Entry Requirements etc.

Term

Module Name

Description

Year 1

Term 1

Engineering Mechanics I

Introduction to basic mechanics, forces, and motion.

Mathematics for Engineering I

Foundations of calculus, algebra, and vectors for engineering applications.

Electrical Circuits I

Basic circuit theory, Ohm's law, Kirchhoff's laws, resistors, capacitors, etc.

Computing for Engineers

Introduction to programming and computational tools in engineering.

Term 2

Engineering Mechanics II

Continuation of mechanics with an emphasis on dynamics and structural analysis.

Mathematics for Engineering II

Advanced calculus, differential equations, and their engineering applications.

Electrical Circuits II

Advanced circuit theory, AC circuits, impedance, and phasor analysis.

Introduction to Electrical Engineering

Overview of electrical systems, electrical machines, and power generation.

Year 2

Term 3

Signals and Systems

Theory of signals, systems, and signal processing, including Laplace transforms.

Electromagnetic Fields and Waves

Fundamentals of electromagnetism, Maxwell's equations, and wave propagation.

Digital Electronics

Introduction to digital circuits, logic gates, and binary systems.

Engineering Thermodynamics

Study of heat, energy, and thermodynamic processes.

Term 4

Microelectronics and Semiconductors

Introduction to semiconductor physics, diodes, transistors, and integrated circuits.

Control Systems

Feedback systems, stability analysis, and control techniques.

Electrical Machines and Power Systems

Study of motors, transformers, and generators in power systems.

Linear Algebra for Engineers

Matrix theory, eigenvalues, and their applications in engineering.

Year 3

Term 5

Signals and Communications

Study of analog and digital communication systems, modulation, and coding.

Power Electronics

Power conversion techniques, semiconductors, and renewable energy systems.

Analog Electronics

Design of analog circuits including amplifiers, filters, and oscillators.

Engineering Project Management

Introduction to project management principles in engineering projects.

Term 6

Electrical Power Generation

Study of power generation methods, including renewable energy technologies.

Instrumentation and Measurement Systems

Use of measurement equipment and systems in electrical engineering.

Advanced Control Systems

Modern control theory and its application to electrical systems.

Digital Signal Processing

In-depth study of algorithms and techniques for processing signals digitally.

Year 4

Term 7

Power Systems Analysis

Analysis of power grids, fault analysis, and power flow modeling.

Electrical Design and Optimization

Techniques for designing and optimizing electrical systems.

Wireless Communications

Study of wireless transmission, antennas, and mobile communications.

Engineering Research Methods

Research methodologies applied to engineering problems.

Term 8

Major Engineering Project

Capstone project applying electrical and electronic engineering principles.

Elective 1 (e.g., Renewable Energy Systems)

Specialized elective focusing on renewable energy, photovoltaics, etc.

Elective 2 (e.g., Robotics or AI in Electrical Engineering)

Specialized elective in robotics, AI, or advanced control systems.