Bachelor of Science (Physical Sciences)

4 Years On Campus Bachelors Program

Murdoch University Australia

Program Overview

If you’re fascinated by how the universe works — from the behaviour of atoms to the laws that govern energy and motion — the Bachelor of Science (Physical Sciences) at Murdoch University gives you the tools to explore it deeply. This degree is ideal for students who enjoy physics, chemistry and mathematics, and want a strong scientific foundation that can lead to careers in research, technology, industry or further postgraduate study.

Curriculum Structure

Year 1 – Building strong scientific foundations

Your first year introduces you to the core principles of physical science while strengthening your mathematical and analytical skills. Units such as PEN152 Principles of Physics, CHE144 Foundations of Chemistry, and MAS182 Introductory Calculus with Applications help you understand motion, energy, atomic structure and chemical processes. You’ll combine lectures with practical sessions and problem-solving activities, so you’re applying theory from the very beginning.

Year 2 – Deepening your understanding

In second year, your studies become more specialised and conceptually exciting. Through units like PEN201 Thermodynamics for Chemistry and Physics, PEN200 The Quantum Realm, and CHE207 Chemical Analysis, you’ll explore energy systems, quantum behaviour and modern analytical techniques. You’ll also develop computational and quantitative skills that are increasingly essential in scientific careers.

Year 3 – Advanced concepts and real-world applications

By your final year, you’ll be working with advanced topics that connect science to modern challenges. Units such as CHE300 Surface and Interface Phenomena, CHE301 Sustainable Industrial Chemistry, and PEN203 Scientific Computing and Visualisation help you apply theory to complex physical and chemical systems. This stage prepares you to think independently, analyse sophisticated data, and approach scientific problems with confidence.

Focus areas (in a string):

Physics, chemistry, thermodynamics, quantum science, scientific computing, data analysis, materials science, analytical chemistry.

Learning outcomes (in a string):

Develop strong quantitative and analytical skills, apply physical science principles to real-world challenges, use computational and laboratory techniques effectively, interpret complex data, and communicate scientific findings clearly.

Professional alignment (accreditation):

While this program is not tied to a single professional accreditation body, it is designed to align with industry expectations in science and technology fields and provides a strong academic pathway into postgraduate study and research careers.

Reputation (employability rankings):

Murdoch University is recognised for its supportive learning environment, strong science teaching, and focus on practical, career-relevant skills. Graduates benefit from small class sizes and hands-on learning that prepare them well for employment or further academic progression.

Experiential Learning (Research, Projects, Internships etc.)

One of the biggest advantages of studying Physical Sciences at Murdoch is how hands-on the experience is. From your first year, you’ll be working in modern science laboratories where you apply physics and chemistry concepts through real experiments, measurements and data analysis. As you progress, you’ll build confidence using professional equipment and computational tools that reflect how scientists actually work in research and industry settings.

Your practical learning experience is supported by the following facilities and opportunities:

Purpose-built science laboratories on the Perth campus: You’ll complete regular practical sessions in well-equipped physics and chemistry labs, applying experimental techniques as part of core units throughout the degree.
Scientific computing and data analysis tools: Units such as PEN203 Scientific Computing and Visualisation develop your skills in modelling physical systems and analysing complex datasets using computational methods that are widely used in scientific careers.
Research-active facilities: Murdoch provides access to advanced research equipment and specialist laboratories across its science precinct, supporting experimental and analytical work linked to real research projects.
Collaborative and project-based learning: Many units incorporate teamwork and applied problem-solving tasks, helping you develop communication skills and the ability to approach scientific challenges independently and collaboratively.
Links to research institutes and centres: Being part of a research-driven university means you study in an environment connected to active scientific investigation, giving you insight into how physical sciences contribute to broader innovation.
Geoffrey Bolton Library access: Full access to scientific journals, research databases and digital study resources through the university library supports your laboratory reports and advanced coursework.

Progression & Future Opportunities

When you graduate from the Bachelor of Science (Physical Sciences) at Murdoch University, you won’t just walk away with theory — you’ll have practical lab experience, strong analytical thinking skills, and the confidence to solve real-world scientific problems. This combination opens doors across science, technology and research sectors. Many graduates move into roles such as physicist, laboratory scientist, materials scientist, or data analyst, depending on their chosen specialisation and interests.

And you won’t be navigating your career alone:

Dedicated career support: Murdoch’s Careers and Employability team provides personalised career advice, resume and interview coaching, networking events, and access to job listings through CareerHub.
Strong graduate outcomes: Science graduates from Murdoch benefit from a practical, industry-relevant education that prepares them for employment in laboratories, technology firms, environmental organisations and government agencies.
Industry engagement: Through research activity and connections with external organisations, students gain exposure to professional environments and current scientific challenges.
Highly transferable skills: You’ll graduate with advanced problem-solving, experimental design, data analysis and communication skills — all highly valued in today’s job market.

Further Academic Progression:
If you discover a passion for research or want to specialise further, this degree is a strong stepping stone. Many students continue into an Honours year, followed by a Master’s degree or even a PhD at Murdoch. This pathway is ideal if you’re aiming for advanced research roles, academic careers, or senior scientific positions in industry.