Bachelor of Engineering (Honours) (Electrical & Electronic)

3 Years On Campus Bachelors Program

University of Technology Sydney

Program Overview

The Bachelor of Engineering (Honours) (Electrical & Electronic) at UTS gives you hands-on skills in designing hardware and software for everything from IoT devices and smart sensors to renewable energy systems and intelligent controls—perfect if you're excited about powering the tech of tomorrow like robotics, telecoms, and sustainable power. You'll build a strong foundation in engineering fundamentals while gaining practical expertise that employers crave, setting you up for a dynamic career where you can innovate in real-world industries.

### Curriculum structure
First year
You'll kick off with the essentials of engineering, diving into Physical Modelling (68037) to understand real-world systems, Mathematics 1 (33130) and Mathematics 2 (33230) for the analytical backbone you'll need, and Introduction to Engineering Projects (48230) to start hands-on problem-solving right away. This builds your confidence in electronics, circuits, technologies, components, and even C programming, giving you a solid base tailored for electrical and electronic challenges.

Second year
Building momentum, you'll tackle digital and embedded systems, circuit analysis, control design, signals, and electromechanical automation, sharpening your skills for professional environments. Courses like these prepare you for industry with a mix of theory and practice, ensuring you're ready to jump into real engineering scenarios with tools like Engineering Project Appraisal (41200) woven in.

Third year
Here, you'll deepen your expertise in power systems, microelectronics, and advanced mathematics and physics, all while gaining hands-on workplace experience through professional placement. This year hones your ability to design large-scale systems, blending technical prowess with practical insights that make you stand out—like working on energy circuits and renewable tech.

Fourth year
Your final stretch wraps up core subjects with two studio-based projects for maximum real-world practice, plus your honours research capstone where you lead a project and deliver a detailed report on its outcomes. You'll emerge with advanced skills in communication technologies, sensors, digital control, and embedded systems, ready to lead innovations in energy and IoT.

Focus areas
Communication technologies and sensors, energy circuits and systems, electronic components and software, digital intelligent control and embedded systems, renewable energy systems design and operation, IoT, power generation, robotics, industrial control, and miniaturised electronics.

Learning outcomes
Practical skills in hardware/software for electrical/electronic devices; design/develop/control of IoT, communication, embedded devices, and energy systems; knowledge of circuits, analogue/digital control, instrumentation, large-scale electrical design; ability to create infrastructure for sensing/control in power, industrial, and real-time systems.

Professional alignment (accreditation)
UTS Engineering programs, including Electrical & Electronic, align with Engineers Australia standards for professional accreditation, ensuring your degree meets global benchmarks for chartered engineer status—plus built-in professional practice prep like Professional Practice Preparation 1 (41035) and workplace placements.

Reputation (employability rankings)
UTS Engineering ranks in the top 100 globally (QS World University Rankings by Subject 2024) for employability, with graduates landing roles in high-demand fields like telecoms, energy, and tech—thanks to world-class labs, industry projects, and 100% employment readiness focus.

Ready to take the next step? Apply now at [https://www.uts.edu.au/courses/bachelor-of-engineering-honours-electrical-and-electronic](https://www.uts.edu.au/courses/bachelor-of-engineering-honours-electrical-and-electronic)

Experiential Learning (Research, Projects, Internships etc.)

At UTS, our Bachelor of Engineering (Honours) in Electrical and Electronic Engineering puts practical skills front and center, so you'll turn classroom theory into real-world expertise right from your first year. You'll dive hands-on into designing electrical systems, control tech, and electronics using industry-standard tools in our refurbished labs, building confidence for careers in renewable energy, robotics, and more. These spaces mirror professional environments, letting you experiment with power generation, motor performance, and advanced controllers—preparing you to tackle complex challenges like the pros.

Here's how our experiential learning ramps up your edge:
- Power Systems Laboratory (CB11.10.103): Get hands-on with 12 workstations for single- and three-phase supplies, motor construction, power protection, load sharing, and performance measurement—perfect for mastering real electrical power systems.
- Control Laboratory (CB11.22.300): Use 12 specialized stations with scale models like gantry cranes to design, test, and implement analog and digital controllers, simulating industrial challenges.
- Embedded Projects Laboratory (CB11.11.404): Tackle capstone and group projects in analogue/digital electronics, with state-of-the-art tools for circuit assembly and long-term development in small-team settings.
- 48-week structured internships (via Diploma in Professional Engineering Practice option): Two 6-month placements with industry partners, plus prep subjects and Work Integrated Learning modules to boost employability.
- UTS Robotics Institute: Access real-life equipment for robotics and industrial control projects, bridging classroom learning with cutting-edge tech.
- Honours research capstone project: In your final year, lead a studio-based project compiling hardware/software solutions for IoT, energy systems, or embedded devices, with a full report on outcomes.
- Specialized computer labs and UTS Remote Laboratory: Run real-time experiments remotely on circuits, digital systems, and more—one of the world's largest setups.

This hands-on focus means you'll graduate job-ready, with skills in C programming, digital control, and large-scale systems that employers love. Ready to power up your future? Apply now and let's get you started—spots fill fast for this program.

Check out 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 (Honours) in Electrical and Electronic Engineering puts practical skills front and center, so you'll turn classroom theory into real-world expertise right from your first year. You'll dive hands-on into power systems, control engineering, embedded electronics, and more, using industry-standard tools in our refurbished labs that mirror professional environments—think experimenting with three-phase power supplies, motor performance, and digital controllers on dedicated workstations. These spaces build your confidence for careers in renewable energy, robotics, and smart systems, with access to the UTS Robotics Institute for cutting-edge, real-life equipment.

Here are some standout ways you'll gain that hands-on edge::
- Power Systems Laboratory (CB11.10.103): Work with 12 workstations featuring single- and three-phase supplies, motor construction kits, and power protection tools to master generation, load sharing, and performance measurement.
- Control Laboratory (CB11.22.300): Use 12 specialized stations with scale models like gantry cranes to design and test analog/digital controllers for industrial systems.
- Embedded Projects Laboratory (CB11.11.404): Tackle capstone and group projects in analog/digital electronics, with facilities for circuit board assembly and long-term development in small-team settings.
- Professional placements and internships: In programs like the Diploma in Professional Engineering Practice, complete two 24-week internships for real industry experience.
- Studio-based projects and research capstone: Final-year hands-on studios and an honours project let you design IoT devices, energy systems, and embedded controls from concept to completion.
- UTS Robotics Institute: Access real-world robotics gear and industry-partnered projects that bridge academia and pro-level work.

This is just the start—imagine graduating ready to power the future. Check out the full facilities list here: https://www.uts.edu.au/about/locations-facilities/electrical-engineering-laboratories Ready to apply? Let's chat about your next steps!