Bachelor of Engineering (Honours) Diploma in Industry Practice (Electrical)

5 Years On Campus Bachelors Program

University of Technology Sydney

Program Overview

The Bachelor of Engineering Honours and Diploma in Professional Engineering Practice (Electrical) at University of Technology Sydney (UTS) is a hands-on 5-year program that equips you with practical skills in designing power systems, energy conversion, intelligent control, and large-scale electrical infrastructure—perfect for students passionate about renewable energy, robotics, and real-world innovation. You'll thrive if you love problem-solving with hardware and software, gaining two 24-week industry internships for unbeatable work experience that sets you apart from day one.

### Curriculum Structure
First year
You'll kick off with the essentials of engineering, building a strong base in Physical Modelling (68037) to understand real-world systems, Mathematics 1 (33130) for foundational problem-solving, and Introduction to Engineering Projects (48230) to dive into practical design. Right away, you'll start your electrical major with electronics, circuits, technologies, components, and C programming, setting you up to create everything from sensors to basic control systems—it's exciting and builds confidence fast.

Second year
Building momentum, you'll tackle Mathematics 2 (33230) alongside digital and embedded systems, circuit analysis, control design, signals, and electromechanical automation, sharpening your skills for intelligent tech like on-board computers in vehicles. You'll also prep for professional practice with subjects like Professional Practice Preparation 1 (41035), getting ready for the industry placements that make this program a game-changer.

Third year
Here, you'll deepen your expertise in power systems, microelectronics, advanced mathematics, and physics, while jumping into hands-on workplace experience through your first 24-week internship. Core units like Engineering Project Appraisal (41200) and Designing Sustainable Engineering Projects (41201) teach you to evaluate and create eco-friendly solutions, giving you real insights into careers in energy and automation.

Fourth year
Your studies ramp up with advanced electrical systems, renewable energy design, and more internship time via the second 24-week placement, reviewed in Professional Practice Review 1 (41038) and Professional Practice Review 2 (41048). You'll integrate everything through Professional Engineering Communication (41202) and Collaboration in Complex Projects (41203), honing teamwork for massive projects like smart grids.

Fifth year
In your capstone year, you'll wrap up electives, tackle two studio-based practical subjects, and lead an honours research project with a detailed report on implementation and outcomes. Supported by Career Management (40008), this phase polishes your leadership skills, ensuring you're job-ready with a portfolio that screams expertise in IoT, power, and control systems.

Focus areas
Power generation and conversion, renewable energy systems, circuits and instrumentation, analogue/digital intelligent control (e.g., robotics, industrial automation), embedded systems, and large-scale electrical design.

Learning outcomes
Practical hardware/software skills to design, build, and operate electrical systems, IoT devices, sensors, energy infrastructure, and real-time controls; plus professional capabilities in project management, sustainable design, and industry collaboration.

Professional alignment (accreditation)
Fully accredited by Engineers Australia, meeting the exemplary standard for professional engineer status and supporting stages 1 and 2 competencies for chartered membership.

Reputation (employability rankings)
UTS Engineering ranks in the top 100 globally (QS World University Rankings by Subject 2025), with graduates boasting 90% full-time employment within four months and strong showings in Guardian University Guide employability metrics—UTS electrical grads are snapped up by leaders in energy, defence, and tech.

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

Experiential Learning (Research, Projects, Internships etc.)

At UTS, the Bachelor of Engineering Honours and Diploma in Professional Engineering Practice (Electrical) stands out for its deep focus on experiential learning, where you'll dive straight into hands-on projects using industry-grade tools right from your first year. You'll build real-world skills in power systems, circuits, control systems, and electronics through dedicated labs that mirror professional environments, plus structured professional placements that give you insider experience at top companies. This combo of cutting-edge facilities and over 1000 industry partners means you're not just studying theory—you're ready to tackle actual engineering challenges before graduation.

Here's how you'll gain that practical edge, tailored to this program:
- Access the Power Systems Laboratory (CB11.10.103) with 12 workstations featuring single- and three-phase supplies, motor construction tools, and power system protection gear to experiment with generation, load sharing, and motor performance.
- Work in the Signals Laboratory (CB11.11.302) using 16 stations equipped with oscilloscopes, waveform generators, power supplies, multimeters, telecommunications trainers, and data acquisition systems for signal processing, analogue modulation, and feedback control.
- Get foundational practice in the Junior Circuits Laboratory (CB11.11.402) with 50 stations including digital storage oscilloscopes and function generators to build and test low-voltage circuits.
- Complete professional placements and workplace experience in third and fourth years, plus subjects like Professional Practice Preparation and Professional Experience Review for real industry immersion with partner companies.
- Engage in group-based projects like Introduction to Engineering Projects, Collaboration in Complex Projects, and studio-based subjects in your final year, plus a research capstone project with a detailed report.
- Explore advanced facilities like the UTS Robotics Institute for hands-on work with real-life equipment in electrical engineering contexts.
- Benefit from world-class electrical engineering laboratories (recently refurbished) for power, control, and electronics, supporting high-impact research and industry partnerships.

Imagine graduating with skills that employers can't ignore—check out the full list of UTS engineering facilities here: https://www.uts.edu.au/about/locations-facilities/electrical-engineering-laboratories Ready to apply? Spots for Autumn 2026 are filling fast—let's chat about your next steps!

Progression & Future Opportunities

At UTS, the Bachelor of Engineering Honours and Diploma in Professional Engineering Practice (Electrical) dives deep into experiential learning right from day one, so you'll build real-world skills in designing power systems, circuits, and control tech using industry-standard tools in our refurbished labs. You'll get hands-on with everything from power generation experiments to signal processing, all in environments that mirror professional settings, preparing you to tackle challenges in energy, telecoms, and beyond. With over 1000 industry partners, this program blends studio projects, professional placements, and capstone research to make sure you're job-ready before graduation.

Here are some standout ways you'll gain practical experience tailored to this Electrical program:
- Power Systems Laboratory (CB11.10.103): Experiment with 12 workstations featuring single- and three-phase supplies, motor construction, power system protection, load sharing, and motor performance measurement to master real-world power engineering.
- Signals Laboratory (CB11.11.302): Use 16 stations with oscilloscopes, waveform generators, power supplies, multimeters, telecommunications trainers, and data acquisition systems for analogue modulation, signal processing, and feedback control.
- Junior Circuits Laboratory (CB11.11.402): Build and test low-voltage circuits at 50 stations equipped with digital storage oscilloscopes and function generators, perfect for foundational Electrical skills.
- Professional placements and internships: Gain invaluable workplace experience in third and fourth years, plus two studio-based subjects for applied industry projects.
- Group projects and studios: Tackle collaborative projects like hackathons, studios, and a major research capstone with a detailed report on implementation and outcomes.
- UTS Robotics Institute: Access real-life equipment for hands-on work in robotics and advanced systems, bridging classroom learning with industry pros.
- Core practical subjects: Dive into subjects like 48230 Introduction to Engineering Projects, 41203 Collaboration in Complex Projects, and 41055 Professional Experience Review for team-based, real-problem solving.

Imagine jumping straight into roles at top firms in automotive, defence, or renewables—our grads do, thanks to this practical edge and Engineers Australia accreditation. Ready to apply? Check out the full facilities list here: [UTS Electrical Engineering Laboratories](https://www.uts.edu.au/about/locations-facilities/electrical-engineering-laboratories). Let's chat about your next steps!