Bachelor of Science(Physics)

3 Years On Campus Bachelors Program

University of Queensland

Program Overview

The Bachelor of Science (Physics major) at the University of Southern Queensland is a hands-on, future-focused degree designed for students who are curious about how the world works — from the smallest particles to the vast universe. If you enjoy solving problems, working with numbers, and understanding real-world phenomena like light, energy, motion and quantum systems, this program gives you both the theory and practical experience to build a strong scientific career.

Curriculum structure

First Year:
You’ll start by building a strong foundation in mathematics and core physics. Units such as Algebra and Calculus I, Physics 1, and Physics 2 introduce you to motion, forces, energy and fundamental physical laws, while developing the analytical thinking skills every physicist needs. Practical lab sessions begin early, so you’re not just learning theory — you’re applying it.

Second Year:
This is where things get more interesting and more specialised. You’ll explore subjects like Modern Physics, Optics, and Algebra and Calculus II, diving deeper into concepts such as relativity, atomic structure and the behaviour of light. The maths becomes more advanced, and your experiments become more sophisticated, helping you connect theory to real scientific applications.

Third Year:
In your final year, you step into advanced areas like Quantum Mechanics and Photonics. You’ll refine your problem-solving abilities, work more independently, and bring together everything you’ve learned through higher-level study and project work. By graduation, you’ll be thinking and working like a professional scientist.

Focus areas: Classical physics, modern physics, optics, photonics, quantum mechanics, applied mathematics, experimental techniques.

Learning outcomes: Strong analytical and mathematical skills, the ability to design and interpret experiments, critical scientific thinking, data analysis capability, and confident scientific communication.

Professional alignment (accreditation): The degree prepares you for careers in research, technology, engineering-related industries, data analysis, defence, renewable energy and further postgraduate study.

Reputation (employability focus): UniSQ is known for its strong industry connections and practical learning approach, ensuring graduates develop job-ready technical and analytical skills that employers value across science and technology sectors.

Experiential Learning (Research, Projects, Internships etc.)

At the University of Southern Queensland, studying a Bachelor of Science (Physics major) means you won’t just learn formulas — you’ll actually work like a scientist. From structured laboratory sessions to research-level facilities, the program is designed to give you practical experience that builds confidence and technical ability. A key feature of the physics major is the required on-campus residential schools, where you step into real labs, use professional equipment, and carry out experiments that bring theory to life.

Here’s how your experiential learning truly stands out:

Residential school laboratory training: Dedicated on-campus physics lab sessions where you conduct experiments in mechanics, optics, and modern physics using professional-grade instruments.
Mount Kent Observatory access: Opportunities to engage with real astronomical research data through UniSQ’s own Mount Kent Observatory, supporting learning in astrophysics and observational techniques.
High-performance computing resources: Access to advanced computing systems for data analysis, simulations, and research-based projects — particularly valuable for physics modelling and quantitative work.
Collaborative practical projects: Many physics units include group-based experimental work, helping you develop teamwork, technical reporting, and scientific communication skills.
Specialised science laboratories: Purpose-built teaching and research labs equipped for optics, photonics, electronics, and modern physics experimentation.
Library and digital research tools: Full access to UniSQ’s academic library, scientific databases, and digital research platforms to support advanced study and project work.

Progression & Future Opportunities

Graduates of the Bachelor of Science (Physics major) at the University of Southern Queensland leave ready to step into exciting science and technology careers where analytical thinking and problem-solving are in high demand. Many find roles in research, engineering support, data analytics or education, and the skills you build — from lab work to modelling complex systems — make you adaptable across industries. To support these outcomes, UniSQ offers dedicated career development services and industry connections that help you move confidently into the workforce:

Career services and support: UniSQ’s CareerHub helps you prepare professional resumes, practice interview skills with experts, and connect with employers looking for science and technology graduates.
Employment pathways and prospects: Physics graduates often begin in roles such as Research Assistant, Laboratory Technician, Data Analyst or Technical Specialist, with competitive starting salaries in STEM fields (industry reports often show strong demand and wage growth for analytical and technical roles in Australia).
University–industry links: UniSQ collaborates with research bodies and industry partners — including access to facilities like the Mount Kent Observatory and opportunities for project engagement — helping you build networks that matter.
Accreditation and long-term value: While not a professional accreditation body, the physics major provides recognised foundational science skills that are valued by employers globally and respected for further professional qualifications.
Graduate outcomes: Physics graduates from UniSQ are known to be equipped with analytical reasoning, experimental expertise and technical communication skills that open doors into research, engineering, space science and technological innovation.

Further Academic Progression:
After completing your Bachelor of Science with a physics major, you might choose to deepen your expertise through honours (a one-year research-intensive program), or progress into postgraduate study such as a Master of Science, Master of Physics, or even research degrees like a PhD. These pathways can lead to specialised roles in scientific research, advanced technology development, academic positions or high-level industry roles.