Bachelor of Engineering (Honours) (Electrical)

3 Years On Campus Bachelors Program

University of Technology Sydney

Program Overview

The Bachelor of Engineering Science in Electrical Engineering at University of Technology Sydney (UTS) is a hands-on 4-year program that equips you with practical skills in designing electrical systems, renewable energy, and intelligent controls—perfect if you're excited about powering the future with tech like robotics and sustainable energy grids. It's ideal for students who love problem-solving and want real-world experience from day one, building expertise in hardware and software to create everything from smart devices to large-scale power networks.

### Curriculum Structure

First Year
You'll kick off with a strong foundation in core engineering principles, diving into circuits, basic energy systems, and introductory programming to understand how electricity flows and powers everyday tech. Courses like Circuits and Signals and Engineering Mathematics give you the tools to analyze and build simple electrical systems, while hands-on labs spark your creativity right away.

Second Year
Building momentum, you'll explore analogue and digital systems, learning to design control mechanisms for things like automated vehicles or industrial machines. Key units such as Analogue Electronics and Digital Logic Design teach you to integrate hardware with software, preparing you for complex projects that blend theory with practical builds.

Third Year
This is where your skills sharpen with power systems and advanced tech—think microelectronics for tiny devices and robust energy networks for cities. You'll tackle Power Systems Analysis, Microelectronics, and Advanced Mathematics and Physics, plus gain invaluable industry placement experience to see how these apply in real workplaces.

Fourth Year
Your capstone year ramps up with studio-based projects and a major research endeavor, letting you innovate on real challenges like efficient energy conversion. Wrapping up with Studio Practice in Engineering and your Honours Thesis, you'll deliver a professional report on your project, solidifying skills for immediate industry impact.

### Focus Areas
Power generation and conversion, renewable energy systems, intelligent control (e.g., robotics and automation), large-scale electrical design, instrumentation, and communication technologies.

### Learning Outcomes
Graduates design and build electrical/control systems with hardware-software integration, innovate in sustainable energy and advanced tech, and apply problem-solving to real-world industries like automotive, aerospace, and telecoms.

### Professional Alignment (Accreditation)
UTS Engineering is rated above world standard (2018 ERA evaluation), with programs aligned to industry needs through Engineers Australia accreditation pathways, internships, and professional practice diplomas for chartered status.

### Reputation (Employability Rankings)
UTS ranks #1 in Australia and #33 worldwide for Electrical & Electronic Engineering (Shanghai Rankings 2024), with 5 stars for graduate starting salary (Good Universities Guide 2024) and top 10 in Australia for Engineering (QS 2025). Expect 11.7% growth in engineering manager roles, median earnings of $187,700, and 77.5% full-time employment for undergrads (GOS 2023).

Ready to power up your future? Apply now: https://www.uts.edu.au/courses/bachelor-of-engineering-honours-electrical

Experiential Learning (Research, Projects, Internships etc.)

In the Bachelor of Engineering Science in Electrical Engineering at University of Technology Sydney (UTS), you'll dive straight into experiential learning that turns classroom theory into real-world expertise, using industry-standard labs and tools right from your early years. These refurbished facilities let you experiment with power systems, control setups, and signal processing using professional-grade equipment like oscilloscopes, waveform generators, multimeters, and data acquisition systems—building the hands-on confidence employers love. Plus, with built-in internships and access to cutting-edge spots like the UTS Robotics Institute, you'll tackle actual projects in power generation, renewable energy, and intelligent control systems that mirror what pros do every day.

Here are some standout ways you'll gain those practical edge skills::

- Power Systems Laboratory (CB11.10.103): Hands-on with 12 workstations for single- and three-phase supplies, motor construction, power generation, load sharing, and protection—perfect for mastering real electrical power challenges.
- Control Laboratory (CB11.22.300): 12 stations with scale models like gantry cranes to design and test analog/digital controllers, prepping you for industrial systems.
- Signals Laboratory (CB11.11.302): 16 stations equipped with oscilloscopes, waveform generators, power supplies, multimeters, telecom trainers, and data acquisition for signal processing, modulation, and feedback control.
- Two 24-week internships via the Diploma in Professional Engineering Practice (integrated in the program), like real projects on Sydney Metro and rail traction maintenance with partners such as Alstom.
- UTS Robotics Institute: Work with real-life robotics equipment for renewable energy, industrial control, and advanced tech—student favorite for that unbeatable hands-on vibe.
- Group projects and honours research: Collaborative work on large-scale electrical systems, embedded controls, IoT devices, and hardware/software design throughout your 20+ major subjects.

Imagine graduating ready to power the future—apply now and let's get you started! Check the full facilities list here: https://www.uts.edu.au/about/locations-facilities/electrical-engineering-laboratories

Progression & Future Opportunities

At UTS, our Bachelor of Engineering Science in Electrical Engineering dives deep into hands-on learning, where you'll build real-world skills using industry-standard tools right from your early subjects. You'll turn theory into practice in refurbished labs equipped for power systems, control, and signals, gaining confidence to tackle challenges like renewable energy, robotics, and large-scale electrical designs. Facilities like the UTS Robotics Institute let you work with cutting-edge equipment pros use daily, preparing you for internships and beyond.

Here's what sets our experiential learning apart: you'll get direct access to specialized labs, software, group projects, and industry placements tailored to electrical engineering.

- Power Systems Laboratory (CB11.10.103): Hands-on with 12 workstations for single- and three-phase supplies, motor construction, power generation, load sharing, and protection—perfect for group experiments on real-world power engineering.
- Control Laboratory (CB11.22.300): 12 stations with scale models like gantry cranes for designing analog and digital controllers, mirroring industrial systems in team-based projects.
- Signals Laboratory (CB11.11.302): 16 stations featuring oscilloscopes, waveform generators, power supplies, multimeters, telecommunications trainers, and data acquisition systems for signal processing, modulation, and feedback control.
- UTS Robotics Institute: Real-life robotics equipment for practical projects in automation and control, as highlighted by our electrical engineering students.
- Two 24-week internships (via Diploma in Professional Engineering Practice options): Real industry exposure, like working on Sydney Light Rail, Sydney Metro, and traction maintenance for trains with companies such as Alstom.
- Group projects and honours research: Collaborative work on circuits, intelligent control, embedded systems, IoT, renewable energy, and large-scale designs, building hardware/software skills in team settings.

These opportunities make UTS grads stand out—imagine applying to programs that guarantee this level of prep. Check out the full facilities list here: https://www.uts.edu.au/about/locations-facilities/electrical-engineering-laboratories