Bachelor of Engineering (Electronics and Communications) Honours

4 Years On Campus Bachelors Program

Edith Cowan University

Program Overview

The B.S. in Electronics and Communication Engineering (Honours) at Edith Cowan University is a hands-on program that equips you with essential skills in analog and digital circuit design, communication systems, and networks—perfect if you're passionate about solving real-world problems in electronics, wireless tech, and telecom. It's ideal for students who enjoy math, physics, and innovative projects, blending strong theory with practical teamwork to launch you into a dynamic career.

### Curriculum Structure
Year 1 lays a solid foundation in engineering basics, where you'll dive into Introduction to Engineering (ENS1154) to get a broad overview of the field, Introductory Applied Mathematics (MAT1137) to build your problem-solving toolkit, and Introduction to Physics (SCP1132) alongside materials science—setting you up with the core sciences needed for everything that follows. You'll also explore Electrical Engineering Fundamentals (ENS1253), sparking your interest in circuits and energy systems right from the start.

Year 2 ramps up with key electronics principles, including Electrical Networks (ENS3551) to master circuit analysis, Data Communications and Computer Networks (ENS3554) for understanding how data flows in modern systems, and Power Electronics (ENS3215) to learn efficient energy conversion. This year sharpens your skills in programming and design, preparing you for more complex challenges ahead.

Year 3 and 4 focus on advanced specialization, where you'll tackle Digital Signal Processing (ENS5251) for processing real-time signals, Communication Systems 1 and 2 (ENS3555, ENS5542) to design robust comms tech, and Wireless Communication (ENS3556) plus Telecommunication Networks (ENS5444) for cutting-edge wireless and fibre optic systems. You'll wrap up with a Practicum unit and projects like Electrical Engineering Design (ENS5191), applying everything in team-based, industry-relevant work—plus two electives to tailor your path.

Focus areas: Gain expertise in electronic circuits and systems, digital signal processing, radio and wireless communications, fibre optic/microwave tech, computer networking, and cellular networks—delivering practical skills for today's connected world.

Learning outcomes: You'll develop advanced knowledge in sciences and specialist electronics/comms topics, critical thinking for complex problems, systematic design for projects, math and computing fluency, clear communication, and a global perspective with cultural awareness.

Professional alignment (accreditation): This program aligns with professional engineering practice standards, emphasizing practical problem-solving, teamwork, and project leadership to prepare you for Engineers Australia accreditation and technologist-grade roles.

Reputation (employability rankings): ECU's engineering grads enjoy strong job prospects in a booming sector, with the university ranking highly for overall student experience among Australia's public unis—backed by up to 12 weeks of industry work experience to boost your employability.

Ready to take the next step? Check out the full details and apply here: https://www.ecu.edu.au/degrees/courses/bachelor-of-engineering-electronics-and-communications-honours

Experiential Learning (Research, Projects, Internships etc.)

At Edith Cowan University, our B.S. in Electronics and Communication Engineering (Honours) dives deep into hands-on learning, where you'll build real-world skills in analog and digital circuit design, digital signal processing, radio communications, fibre optics, microwaves, computer networking, and wireless systems right from the start. You'll get plenty of practical experience analyzing and solving problems in electronic and communication systems through dedicated labs at our Joondalup Campus, using state-of-the-art tools that mirror industry standards. This isn't just theory—it's about getting your hands dirty in facilities designed for innovation, preparing you to hit the ground running after graduation.

Here are some standout ways you'll gain experiential learning in this program: these labs and resources let you experiment, prototype, and collaborate on projects that tackle cutting-edge challenges in electronics and comms:

- Electronic Systems Lab: Work on electronic circuits and systems, perfect for hands-on circuit design and testing.
- Circuits and Systems Lab: Dive into analog/digital circuits, building and troubleshooting real components.
- Wireless Communication Lab: Experiment with radio, cellular, fibre optic, and microwave tech for comms networks.
- Advanced Instrumentation and Measurement Laboratory: Use precision tools for measuring and analyzing signals in engineering projects.
- Fabrication Makerspace Laboratory: Prototype with makerspace tools like 3D printers for custom electronics hardware.
- Mixed Reality Laboratory: Integrate VR/AR with electronics for innovative comms and signal processing applications.

The course includes a required Practicum unit for industry placements or internships, plus group projects in core units to sharpen your teamwork on real engineering problems. Check out the full facilities list here: [View our facilities](https://www.ecu.edu.au/degrees/courses/bachelor-of-engineering-electronics-and-communications-honours). Imagine applying to ECU and turning these opportunities into your engineering career—spots fill fast, so let's chat about your next steps!

Progression & Future Opportunities

At Edith Cowan University, our B.S. in Electronics and Communication Engineering (Honours) dives deep into hands-on learning, where you'll build real-world skills in designing analog and digital circuits, digital signal processing, radio and wireless communications, fibre optics, microwaves, and computer networks right from the start. You'll tackle practical challenges in state-of-the-art labs at the Joondalup Campus, using cutting-edge tools to analyse and implement electronic systems, preparing you to solve industry problems like a pro. This isn't just theory—it's where you'll get confident with the tech powering tomorrow's communications networks.

Here's what sets our experiential learning apart: these dedicated facilities give you direct access to professional-grade equipment and projects tailored to electronics and comms engineering:

- Advanced Instrumentation and Measurement Laboratory: Hands-on work with precision tools for testing and measuring electronic systems, essential for signal processing and circuit validation.
- Fabrication Makerspace Laboratory: Prototype your designs using 3D printers and makerspace tools, perfect for building custom electronics and communication devices.
- Electronic Systems Lab: Design and test complete electronic systems, including analog/digital circuits and networking hardware.
- Circuits and Systems Lab: Experiment with circuit design, simulation software, and system integration for real electronics projects.
- Wireless Communication Lab: Dive into radio, cellular, wireless networks, and fibre optic setups with specialized comms equipment.
- Mixed Reality Laboratory: Explore digital tools blending VR/AR with electronics for innovative communication applications.

Plus, the course includes a required Practicum unit for industry exposure, 24/7 e-Labs with the latest software (including licensed tools for home use), wireless networks across campus, and access to the School of Engineering's world-class research labs that support group projects and collaborations. Our $10 million investment in these facilities means you're working with unique, industry-leading tech that aligns with WA's manufacturing, mining, and energy sectors—giving you a huge edge for internships and jobs.

Imagine graduating ready to lead in electronics and comms—apply now and let's get you started! Check out the full facilities list here: [ECU Engineering Facilities](https://www.ecu.edu.au/schools/engineering/facilities).