Unit Set

Key Program - Electrical

UWS Specialisation Code: KT3086.1

Specialisation Status: INACTIVE
This version of the speclalisation is no longer offered. Please use the course search to find unitset currently available.

Available to students in other UWS Courses : NO


This program includes core subjects from all branches of electrical engineering. Graduates will work in the fields of electronic components, computers, electro/magnetics, power generation and distribution systems, power and control in public utilities, telecommunications, manufacturing, and electrical systems.


Location

Campus Mode Specialisation Advice
Penrith Campus Internal Dr Fidelis Mashiri

Specialisation Structure

Recommended Sequence

Full-time

Year 1

Autumn session

200237.3 Mathematics for Engineers 1
300464.2 Physics and Materials
300027.2 Engineering Computing
300674.2 Engineering, Design and Construction Practice

Spring session

200238.2 Mathematics for Engineers 2
300463.2 Fundamentals of Mechanics
300021.2 Electrical Fundamentals
300462.2 Engineering and Design Concepts

Year 2

Autumn session

200242.3 Mathematics for Engineers 3
300018.2 Digital Systems 1
300005.2 Circuit Theory
300025.3 Electronics

Spring session

300076.3 Microprocessor Systems
300057.3 Signals and Systems
300481.2 Engineering Electromagnetics
300052.2 Power and Machines

Year 3

Autumn session

300007.2 Communication Systems
300066.1 Antennas and Propagation
300071.2 Electrical Machines 1
300009.3 Control Systems

Spring session

300026.3 Energy Systems
300053.3 Professional Practice
300070.4 Electrical Drives
300069.3 Digital Signal Processing

Industrial Experience

300741.2 Industrial Experience (Engineering)

Year 4

Autumn session

300796.1 Master's Thesis A
300798.1 Sustainability and Risk Engineering
300075.4 Instrumentation and Measurement

Spring session

300796.1 Master's Thesis A
300513.2 Engineering Software Applications
300667.2 Advanced Engineering Topic 2

Industrial Experience

If not completed in Year 3

300741.2 Industrial Experience (Engineering)

Year 5

Autumn session

300797.1 Master's Thesis B

Two electives

Spring session

300797.1 Master's Thesis B
300197.2 Power System Planning and Economics
300601.2 Advanced Electrical Machines and Drives

Recommended Sequence

Full-time

Accelerated mode

Year 1

Autumn session

200237.3 Mathematics for Engineers 1
300464.2 Physics and Materials
300027.2 Engineering Computing
300674.2 Engineering, Design and Construction Practice

Spring session

200238.2 Mathematics for Engineers 2
300463.2 Fundamentals of Mechanics
300021.2 Electrical Fundamentals
300462.2 Engineering and Design Concepts

Year 2

Autumn session

200242.3 Mathematics for Engineers 3
300018.2 Digital Systems 1
300005.2 Circuit Theory
300025.3 Electronics

Spring session

300076.3 Microprocessor Systems
300057.3 Signals and Systems
300481.2 Engineering Electromagnetics
300052.2 Power and Machines

Year 3

Autumn session

300007.2 Communication Systems
300666.2 Advanced Engineering Topic 1
300071.2 Electrical Machines 1
300009.3 Control Systems

Spring session

300026.3 Energy Systems
300053.3 Professional Practice
300070.4 Electrical Drives
300069.3 Digital Signal Processing

Industrial Experience

300741.2 Industrial Experience (Engineering)

Year 4

Autumn session

300796.1 Master's Thesis A
300798.1 Sustainability and Risk Engineering
300075.4 Instrumentation and Measurement

Spring session

300796.1 Master's Thesis A
300513.2 Engineering Software Applications
300667.2 Advanced Engineering Topic 2

Year 5

Quarter 1 session

Two electives

Autumn session

300797.1 Master's Thesis B
300197.2 Power System Planning and Economics
300601.2 Advanced Electrical Machines and Drives


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