5 Years On Campus Bachelors Program
The Bachelor of Electrical and Electronic Engineering (Honours) / Bachelor of Mathematics at the University of Newcastle is a powerful double degree that equips you with cutting-edge engineering skills alongside advanced mathematical expertise, perfect for students passionate about solving complex real-world problems in tech, energy, and innovation. You'll gain hands-on experience through 12 weeks of industry placements, build professional networks, and cap it off with a real-world mathematics project in your final year—all while studying on our stunning east coast campuses in a safe, vibrant community.
### Curriculum structure
Year 1 lays a strong foundation by immersing you in core engineering principles and essential maths, where you'll dive into advanced physics to understand fundamental forces, tackle calculus for modelling real-world changes, and explore linear algebra to manipulate data and systems effectively. This year sets you up with the analytical tools to think like an engineer from day one, blending theory with practical labs that make concepts come alive.
Year 2 builds your technical depth with electrical systems and sophisticated maths, including courses like complex analysis for handling intricate equations in engineering designs and mathematical modelling to simulate power systems and circuits. You'll start applying these skills to control systems and signal processing, gaining confidence in projects that mirror industry challenges.
Year 3 ramps up with specialized engineering and advanced maths, featuring quantum mechanics to explore cutting-edge electronics and mathematical discovery for innovative problem-solving approaches. Here, you'll integrate electrical machines, power systems, and renewables into your studies, preparing for the industry placements that give you a real edge.
Year 4 and beyond (across the five-year program) focus on mastery and integration, culminating in a mathematics capstone project with industry partners, alongside directed courses in electrical and electronic engineering design. You'll refine skills in control systems, renewables, and electives, emerging ready to lead in high-demand fields.
Focus areas: Electrical machines, power systems and renewables; control systems and signal processing; electrical and electronic engineering design; advanced physics; calculus; complex analysis; linear algebra; mathematical discovery; mathematical modelling; quantum mechanics.
Learning outcomes: Develop critical technical and engineering skills while building expertise in mathematics, including the ability to apply advanced modelling to real-world engineering challenges, complete industry placements, and deliver a capstone project with professional networks.
Professional alignment (accreditation): Fully accredited by Engineers Australia, the peak body for the engineering profession in Australia; Bachelor of Mathematics (Statistics major) accredited by the Statistical Society of Australia, with eligibility for Graduate Accreditation; University of Newcastle is one of only three Australian members of the Global Engineering Education Exchange Program (Global e3).
Reputation (employability rankings): 92% of undergraduate engineering graduates employed within four months (Graduate Outcomes Survey 2021-2023).
[Official program link](https://www.newcastle.edu.au/degrees/bachelor-of-electrical-and-electronic-engineering-honours-mathematics)
At the University of Newcastle, our Bachelor of Electrical and Electronic Engineering (Honours) combined with Bachelor of Mathematics dives deep into hands-on experiential learning, where you'll tackle real-world challenges right from your professional practice courses and build practical skills through industry-connected projects. You'll gain essential technical expertise in areas like power systems, renewable energy, and control systems, while sharpening your maths edge with a final-year capstone project partnering with industry on authentic problems—all backed by 12 weeks of mandatory industrial experience to network and apply what you've learned in real workplaces. This setup ensures you're not just studying theory; you're engineering solutions that matter, with 92% of our engineering grads employed within four months.
Here's how our program equips you with top-tier practical tools and opportunities:
- 12 weeks of industrial experience: Complete it as one block or shorter placements to build professional networks and test your skills on the job—standard for all our engineering students.
- Final-year mathematics capstone project: Team up with industry on a real-world maths-focused challenge, honing problem-solving in electrical engineering contexts.
- Professional practice courses: Four core courses develop teamwork, project management, sustainability, and critical thinking through applied scenarios.
- Lab work, field trips, seminars, and workshops: Participate to boost your analytical and communication skills, especially in combined engineering-science pathways that align with this program.
- Collaborative project environments: Like our robotics projects where electrical and electronic engineering students design and test innovations, such as mind-controlled prosthetic hands, at Demo Day.
- State-of-the-art laboratories: Cutting-edge labs immerse you in practical learning tailored to electrical engineering challenges.
This combination sets you up for an exciting career—imagine leading in renewable energy or automation with maths precision. Ready to apply? Check out our full facilities list here: https://www.newcastle.edu.au/our-uni/campuses-facilities
At the University of Newcastle, our Bachelor of Electrical and Electronic Engineering (Honours) combined with Bachelor of Mathematics puts you right in the heart of hands-on learning, where you'll tackle real-world challenges through professional practice courses that build your technical skills and teamwork. You'll gain practical experience with 12 weeks of industrial placements—done in one block or shorter stints—to network with pros and apply what you're learning on the job, plus a final-year mathematics capstone project partnering with industry on actual problems. This setup, backed by our state-of-the-art labs and collaborative spaces, ensures you're job-ready, with 92% of engineering grads employed within four months.
Here are some standout ways you'll dive into experiential learning in these programs:
- 12 weeks of industrial experience: Mandatory for all engineering students, helping you build networks and practice skills in real workplaces.
- Professional practice courses: Four core courses focusing on team projects, project management, sustainability, and critical thinking to boost work readiness.
- Mathematics capstone project: In your final year, collaborate with industry on a real-world math-focused project.
- Lab work, field trips, seminars, and workshops: Embedded in the programs (especially with science elements) to sharpen analytical and communication skills.
- Robotics and mechatronics projects: First-year students design and test innovations like mind-controlled prosthetic hands during demo days.
- State-of-the-art laboratories and collaborative project environments: Immersive spaces tailored for practical engineering learning.
This is just the start—check out the full list of facilities here: [University of Newcastle Engineering Facilities](https://www.newcastle.edu.au/school/engineering/study). Imagine graduating with these experiences under your belt; it's why our grads land jobs so fast. Ready to apply? Let's chat about your next steps!



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