Electrical and Electronic Engineering

Program Overview

The Bachelor of Engineering (Honours) in Electrical and Electronic Engineering at the University of Western Australia is a four-year program designed to equip students with the skills and knowledge to become industry-ready electrical and electronic engineers. The program emphasizes practical learning through industry partnerships and real-world projects, preparing graduates for a wide range of career opportunities in sustainable energy solutions, healthcare technologies, and other sectors. Graduates are equipped with the skills to contribute to the development and implementation of innovative solutions to complex challenges in the field of electrical and electronic engineering.

Program Outline

Degree Overview:

The Bachelor of Engineering (Honours) in Electrical and Electronic Engineering at the University of Western Australia (UWA) is a four-year full-time program designed to equip students with the skills and knowledge necessary to become industry-ready electrical and electronic engineers. The program focuses on developing expertise in identifying and solving challenges related to the generation and transmission of information and electric power, as well as the design and testing of electrical and electronic devices, circuits, and systems.

Objectives:

The program aims to:

• Develop advanced technical electrical and electronic engineering skills in problem identification, simplification, analysis, planning, design, implementation, and operation.
• Foster the creation of innovative engineering solutions to complex issues by applying critical thinking skills and knowledge of established engineering methods.
• Cultivate a practical understanding of core electrical and electronic engineering concepts and extend this knowledge to specialized areas such as energy systems, microelectronics, renewable energy, power engineering, and signal processing.

Outline:

Course Structure:

The program is structured across four levels, with core units and bridging units.

Level 1:

• Core Units (30 points):
• ELEC1303 Digital Systems (6 points)
• GENG1000 Engineering Practice 1 (0 points)
• GENG1010 Introduction to Engineering (6 points)
• MATH1011 Multivariable Calculus (6 points)
• MATH1012 Mathematical Theory and Methods (6 points)
• PHYS1001 Physics for Scientists and Engineers (6 points)
• Bridging Units (up to 12 points):
• CHEM1003 Introductory Chemistry (6 points)
• MATH1722 Mathematics Foundations: Specialist (6 points)
• PHYS1030 Physics Bridging Unit (6 points)

Level 2:

• Core Units (36 points):
• CITS2401 Computer Analysis and Visualisation (6 points)
• ELEC2311 Digital System Design (6 points)
• ENSC2003 Engineering Electrical Fundamentals (6 points)
• ENSC2004 Engineering Mechanics (6 points)
• GENG2000 Engineering Practice 2 (0 points)
• PHYS2003 Physics for Electrical Engineers (6 points)
• STAT2063 Probabilistic Methods and their Applications (6 points)

Level 3:

• Core Units (42 points):
• ELEC3014 Electronic Materials and Devices (6 points)
• ELEC3015 Signals and Systems (6 points)
• ELEC3016 Power and Machines (6 points)
• ELEC3020 Embedded Systems (6 points)
• ELEC3021 Circuits and Electronics (6 points)
• GENG3000 Engineering Practice 3 (0 points)
• GENG3402 Control Engineering (6 points)
• MATH3023 Advanced Mathematics Applications (6 points)

Level 4:

• Core Units (60 points):
• ELEC4402 Communications Systems (6 points)
• ELEC4404 Signal Processing (6 points)
• ELEC4407 Engineering Electromagnetics (6 points)
• ELEC4408 High Frequency Circuits and Systems (6 points)
• ELEC4505 Power System Analysis (6 points)
• ELEC5506 Process Instrumentation and Control (6 points)
• ELEC5552 Electrical and Electronic Engineering Design Project 2 (6 points)
• GENG4411 Engineering Research Project Part 1 (6 points)
• GENG4412 Engineering Research Project Part 2 (6 points)
• GENG5010 Professional Engineering Portfolio (0 points)

Teaching:

• Teaching Methods: The program utilizes a variety of teaching methods, including lectures, tutorials, laboratory sessions, and project work.
• Faculty: The program is taught by experienced and qualified academics with expertise in electrical and electronic engineering.
• Unique Approaches: The program emphasizes practical learning through industry partnerships and real-world projects.
Students have the opportunity to work on projects such as the Renewable Energy Vehicle (REV) project or in the Robotics Lab.

Careers:

Career Pathways:

• Electrical and Electronic Engineer
• Researcher or Consultant
• Electrical Power Engineer
• Communications Engineer
• Embedded Systems Engineer
• Medical Systems Engineer
• Network Controller
• Power Systems Engineer
• Systems Engineer

Opportunities:

The program provides graduates with a wide range of career opportunities in various sectors, including:

• Sustainable energy solutions
• Healthcare technologies
• Industry and community support systems
• Electronics that transform lives

Outcomes:

Graduates of the program are equipped with the skills and knowledge to succeed in a rapidly evolving engineering landscape. They are prepared to contribute to the development and implementation of innovative solutions to complex challenges in the field of electrical and electronic engineering.

Other:

• Industry Partnerships: The program has strong industry partnerships, including Clough, Lycopodium, Western Power, Atlas Copco, South 32, Alcoa, and other members of the electrical engineering industry advisory panel.
These partnerships provide students with valuable connections and opportunities for career advancement.
• Student Clubs: Students can enhance their employability and make lifelong connections by joining student clubs such as:
• Electrical and Electronic Engineers of WA (EEEWA)
• The UWA Institute of Electrical and Electronic Engineers (IEEE) Student Branch
• UWA Makers
• The University Engineers' Club (UEC)
• The UWA Young Engineers' Club (UWAYE)
• Engineers Without Borders (EWB)
• EZONE UWA: Students have access to EZONE UWA, a world-class innovation and technological hub for engineering and mathematical science students, with flexible workspaces for collaborative learning and industry interaction.
• Work Integrated Learning (WIL): The program offers work integrated learning opportunities, including a 12-week practicum and professional-development experience.
This allows students to gain practical hands-on industry relevant experience and skills, bridge the gap between theory and practice, and develop employability skills.
• Study Abroad: Students can complete some of their studies at international partner universities through UWA's extensive student exchange and Study Abroad program.