Bachelor of Engineering (Honours) - Bachelor of Science (Physics)

5 Years On Campus Bachelors Program

University of Wollongong

Program Overview

The Bachelor of Engineering (Honours) – Bachelor of Science (Physics) at the University of Wollongong is a unique double degree that blends practical engineering skills with deep scientific understanding of the physical world. It’s ideal for students who enjoy problem-solving, mathematics, and physics, and want to work at the intersection of technology, innovation, and research.

Curriculum Structure

Year 1:
You’ll build a strong foundation in both disciplines, starting with core subjects like Engineering Mathematics 1, Physics for Engineers and Scientists, and Introduction to Programming. This year focuses on developing analytical thinking, basic coding skills, and understanding fundamental physical laws.

Year 2:
The program deepens your technical knowledge with units such as Engineering Mechanics, Materials Engineering, and Electricity and Magnetism. You’ll begin applying physics concepts to real-world engineering problems while strengthening your mathematical modelling skills.

Year 3:
You’ll move into more specialised study, including Thermodynamics, Electronics, and Quantum Physics. This is where the connection between advanced physics theory and engineering applications becomes clearer, preparing you for complex system design and analysis.

Year 4:
Engineering specialisation becomes more prominent with subjects like Control Systems, Signal Processing, and Engineering Design Project. At the same time, you’ll explore higher-level physics topics such as Statistical Mechanics or Solid State Physics, enhancing your research and analytical capabilities.

Year 5:
This year integrates advanced engineering practice and physics research, including Advanced Engineering Project and Computational Physics. You’ll develop problem-solving strategies for industry-scale challenges and gain experience working on interdisciplinary projects.

Year 5.5 (Final Session):
You’ll complete your Honours Project, focusing on a specialised research area that combines engineering and physics principles. This capstone experience allows you to demonstrate independent research, innovation, and technical expertise.

Focus Areas (in a string):

Engineering design, applied physics, computational modelling, electronics, thermodynamics, quantum systems

Learning Outcomes (in a string):

Advanced problem-solving, strong analytical and mathematical skills, ability to design and evaluate engineering systems, proficiency in experimental and computational physics, research capability

Professional Alignment (Accreditation):

Accredited by Engineers Australia (for the engineering component), enabling graduates to pursue professional engineer status

Reputation (Employability Rankings):

University of Wollongong is ranked among the top 1% of universities globally (QS World University Rankings) and is recognised for strong graduate employability outcomes

Experiential Learning (Research, Projects, Internships etc.)

At UOW, you won’t just sit in classrooms — you’ll do engineering and physics from day one, using real equipment and tools that mirror today’s industry and research environments. You’ll gain hands-on experience in modern laboratories, apply computer-aided software used in workplaces, and build professional skills through real industry exposure. As you move through the degree, group projects, lab work and practical placements help you connect theory to practice and prepare you for your future career:

Industry Placement (Compulsory 12 weeks / 420 hours): As part of the engineering component, you’ll complete a structured work placement with industry, giving you valuable on-the-job experience and professional connections before you graduate.
Fully Equipped Laboratories: The program gives you access to well-resourced engineering and physics labs, where you’ll carry out experiments, use machinery and tools, and learn with the same technology engineers and scientists use professionally.
Computer-Aided Software: You’ll work with up-to-date software in your coursework, reflecting the digital tools used widely in engineering design and analysis across industry.
Purpose-Built Science Teaching Spaces: Practical classes in UOW’s specialist science facilities help you build practical scientific skills, especially in physics experimentation and data analysis.
Astronomy & Research Equipment: Physics students can experience observational and research techniques using tools such as a 0.4 m telescope with modern electronic cameras and photometers.
Research Institutes: Many physics and engineering activities link to UOW’s research strengths, such as the Institute for Superconducting & Electronic Materials (ISEM), where you can see cutting-edge research in action.
Group Projects & Collaborative Learning: Throughout the degree you’ll work with your peers on design challenges and laboratory tasks that mimic real technical teamwork in scientific and engineering settings.
Industry-Linked Projects: You’ll have opportunities to be involved in internships, industry projects and career-ready learning activities that bridge academic knowledge with real-world problem solving.

Progression & Future Opportunities

Graduates from this double degree are highly sought after because they combine strong engineering problem-solving skills with a deep understanding of the physical sciences. Many go on to careers such as Electrical or Mechanical Engineer, Materials or Systems Specialist, Data or Technical Analyst, and Research and Development Professional — roles that demand both practical engineering experience and scientific insight:

UOW Careers & Employability Support: The university’s Careers & Employability team offers personalised guidance including resume and interview support, industry networking events, and access to the UOW JobBoard featuring internships and graduate-level opportunities. This means you’re not navigating the job market alone — you have support every step of the way.
Strong Graduate Outcomes: UOW consistently reports high employment outcomes for engineering and science graduates, with many securing full-time work within months of finishing their degrees — a testament to the real-world skills you gain. (University-reported outcomes available via UOW official student outcomes dashboards.)
Industry Partnerships & Work Experience: The engineering component includes a 12-week compulsory industry placement, connecting you directly with employers and giving you valuable professional experience that sets you apart in competitive job markets.
Accredited and Recognised Qualification: Your engineering degree is accredited by Engineers Australia, which adds long-term professional value and global recognition, while the physics component aligns with expectations set by the Australian Institute of Physics — both boosting your employability at home and overseas.
Graduate Destinations: Alumni pursue careers in sectors like engineering design and consulting, defence and aerospace, renewable energy and manufacturing, IT and data analytics, and research organisations — evidence that this degree opens doors across technical, scientific, and innovation-focused industries.

Further Academic Progression:
If you find a passion for discovery and want to deepen your expertise, this degree lays a solid foundation for further study. Many graduates go on to pursue Master’s programs or PhDs in engineering, physics, materials science, or related research fields either at UOW or other internationally recognised universities. Whether you’re aiming for advanced research roles, leadership in technological innovation, or specialised industry practice, postgraduate study is a natural next step built on the strong academic and practical grounding you’ll gain here.