Bachelor of Science (Physical Sciences)(Physics)

3 Years On Campus Bachelors Program

Murdoch University Australia

Program Overview

The Bachelor of Science (Physical Sciences) with a major in Physics at Murdoch University offers a rigorous foundation in physics while developing strong analytical and problem-solving skills. This program suits curious, innovative students who want to explore the fundamental principles of matter, energy, and the universe through hands-on experiments and modern computational tools.

Curriculum Structure

Year 1:
In the first year, students build a strong foundation in physics and mathematics through units like Physics 1, Calculus for Physical Sciences, and Chemistry Fundamentals. They will develop essential laboratory skills, learn scientific writing, and gain an understanding of classical mechanics, waves, and thermodynamics that set the stage for more advanced topics.

Year 2:
The second year focuses on deepening knowledge in core physics areas. Students engage with Quantum Physics, Electromagnetism, and Computational Physics, learning to model complex physical systems, analyze experimental data, and understand atomic and subatomic behavior. Laboratory work becomes more sophisticated, encouraging independent problem-solving and teamwork.

Year 3:
In the final year, students specialize further and prepare for professional or research careers. Units such as Advanced Mechanics, Astrophysics, and Particle Physics allow them to explore cutting-edge topics while undertaking a Physics Research Project that hones research, presentation, and analytical skills. This capstone experience equips graduates with the confidence to enter industry or pursue postgraduate study.

Focus Areas

Experimental physics, quantum mechanics, astrophysics, particle physics, computational modeling, data analysis

Learning Outcomes

Develop critical thinking, problem-solving, and research skills; apply theoretical physics to real-world scenarios; conduct independent experiments; analyze and interpret data using advanced computational tools

Professional Alignment (Accreditation)

Aligned with the Australian Institute of Physics (AIP) standards, providing recognition and pathways to professional physics careers

Reputation (Employability Rankings)

Murdoch University is highly regarded for its science programs, offering strong graduate employability and practical industry connections

Experiential Learning (Research, Projects, Internships etc.)

At Murdoch University, your Physics education goes far beyond lectures — you will learn by doing, using real scientific tools in modern facilities that mirror how scientists work in the real world. You’ll gain practical skills through hands‑on lab experiments, computational modelling, and research projects embedded in your coursework that build confidence and experience from day one. Murdoch’s School of Mathematics, Statistics, Chemistry and Physics encourages you to learn in professional‑grade environments and apply your knowledge to real challenges alongside supportive academics who are active researchers.

Here’s how you’ll experience science in action:

State‑of‑the‑art laboratories: Study and experiment in cutting‑edge physics and science labs with equipment designed to build experimental skills and scientific rigour.
Research‑active facilities: Murdoch provides access to advanced research equipment and specialist laboratories across campus, supporting experimental and analytical work linked to real research projects guided by faculty.
Hands‑on projects and demonstrations: Engage with practical physics and science demonstrations during open‑day events and course activities that bring theoretical concepts to life.
Collaborative group work: Many units integrate team‑based problem solving and projects that reflect how research and industry teams work together.
Computational tools: You’ll use discipline‑specific software and scientific computing tools early in your studies to analyse data and model physical systems.
Internship and industry links: Opportunities to connect with industry partners and undertake real‑world learning experiences that enhance your employability are a key part of the Physical Sciences ethos.

Progression & Future Opportunities

When you graduate from the Bachelor of Science (Physical Sciences) (Physics) at Murdoch University, you’ll be stepping into a world where analytical thinkers are in demand across both science and industry. Graduates are well‑equipped for careers that call for deep problem‑solving, quantitative analysis, and a solid understanding of how the physical world operates — whether that’s in research labs, tech companies, or government roles. Here are some of the exciting paths you could pursue: 

Scientific Research & Development: Contribute to breakthroughs in materials, instrumentation, or measurement science right from day one.
Education & Training: Share your passion and expertise by teaching science at secondary or tertiary levels (especially with further qualifications).
Technical Specialist Roles: Apply your skills in high‑tech industries like manufacturing, imaging, or instrumentation.
Data and Quantitative Analysis Roles: Use your physics and computational background in sectors such as finance, modelling, and analytics.
Career support services: The Careers and Employability team offers personalised guidance, employability skills workshops, and access to the myMurdoch Career portal with job listings and professional development resources.
Graduate programs & professional development: Murdoch runs structured graduate opportunities where you can gain on‑the‑job experience, mentoring and networking to kick‑start your transition into the workforce.
Employment outcomes: Murdoch undergraduates have historically shown strong employment results — with a large majority securing work within a few years of graduation, and competitive median starting salaries.
Industry relevance: The curriculum and hands‑on experiences you receive — from labs to computing and analytical techniques — are directly aligned with what science employers look for.
Transferrable skills: Even if you decide to branch outside traditional physics careers, your problem‑solving, modeling and technical communication skills are assets in consulting, tech and innovation sectors.

Further Academic Progression:
Beyond this bachelor’s degree, you can strengthen your expertise and open doors to specialised careers by pursuing honours, a postgraduate diploma, or a Master’s (and ultimately doctoral) study. These pathways support advanced research opportunities, specialised technical roles, and can be essential if you’re aiming for high‑level R&D positions or a career in academia. 