Bachelor of Science (Honours) (Physics)

3 Years On Campus Bachelors Program

Monash University

Program Overview

The Bachelor of Science (Physics) at Monash University gives you a strong foundation in physics while offering opportunities for hands‑on research and experimental work, preparing you for a wide range of careers in science and technology. It suits curious, analytical students who enjoy problem‑solving, mathematical thinking, and discovering how the physical world works through real laboratory experience and theoretical study.

Curriculum Structure

Year 1:
In your first year you’ll build solid grounding in the fundamentals of physics and the mathematical tools that support it. Core units such as PHS1011 Classical physics and relativity and PHS1022 Fields and quantum physics introduce you to classical mechanics, waves, electromagnetism and the basics of quantum theory, while labs and tutorials help you apply these ideas practically. You’ll also develop essential skills in scientific communication and teamwork that will set you up for more complex study.

Year 2:
In the second year, your understanding deepens with more challenging physics concepts and a greater emphasis on applying physics in real contexts. Units like PHS2011 Classical mechanics and special relativity and PHS2022 Quantum physics extend your analytical and problem‑solving abilities, and you’ll undertake structured experimental work in purpose‑built physics labs, gaining experience with measurement techniques and data analysis tools used in research. Elective options allow you to explore areas such as computational physics or materials science.

Year 3:
Your final year focuses on advanced physics topics and independent inquiry. Units such as PHS3011 Quantum mechanics, PHS3112 Electrodynamics and PHS3181 Statistical physics challenge you to think critically and apply theory to complex systems, while guided research projects and capstone experiences let you work closely with academic staff on cutting‑edge problems. These experiences bring together your laboratory skills, theoretical understanding and professional communication.

Focus areas (in a string):

Classical mechanics, electromagnetism, quantum physics, statistical physics, computational physics, laboratory experimentation, data analysis.

Learning outcomes (in a string):

Develop deep conceptual and practical understanding of physics; apply mathematical and computational methods to solve problems; design and conduct experiments; communicate scientific results effectively; prepare for research or technical careers.

Professional alignment (accreditation):

The Bachelor of Science (Physics) aligns with expectations of the physics and scientific community, and provides preparation for postgraduate study, research roles and technical careers in engineering, data science, education and industry.

Reputation (employability rankings):

Monash University consistently performs strongly in global university rankings — particularly in physics and science subjects — and its graduates are highly sought after, with strong employability outcomes in physics, research and STEM fields.

Experiential Learning (Research, Projects, Internships etc.)

In the Bachelor of Science (Physics) at Monash University, learning goes far beyond lectures and textbooks. From your very first year, you’ll get hands-on experience in state-of-the-art laboratories, using real equipment and software to explore concepts in classical mechanics, quantum physics, and electromagnetism. You’ll work on collaborative group projects, tackle experimental challenges, and even engage in small research tasks, giving you practical skills that prepare you for both professional work and further study:

Physics Laboratories: Access purpose-built labs for classical mechanics, quantum experiments, and electromagnetism, where you’ll learn measurement techniques, data analysis, and experimental design.
Computing and Simulation Tools: Use industry-standard software for modeling and simulating physical systems, developing skills in computational physics and numerical analysis.
Research Preparation: Opportunities to assist with small research projects or honours preparation, working closely with academic staff to develop real-world problem-solving and experimental skills.
Collaborative Projects: Work in teams on lab-based and applied physics projects, learning communication, teamwork, and project management skills essential for science careers.
Special Facilities and Institutes: Benefit from Monash’s advanced resources, including the Hutton-Westfold Observatory for astronomy work, dedicated physics computing labs, and access to research centers like the Monash Centre for Atomically Thin Materials.
Libraries and Learning Spaces: Tap into Monash’s science libraries and collaborative learning environments to support both your study and research.

Progression & Future Opportunities

Graduates of the Bachelor of Science (Physics) at Monash University leave with more than just a degree — they gain the practical skills, problem-solving ability, and scientific knowledge to make a real impact in a wide range of careers. Typical roles include Research Scientist, Data Analyst, Medical Physicist, or Technical Consultant, where you’ll apply your physics expertise to industry, healthcare, technology, or government projects. With your solid foundation and hands-on experience, you’ll be ready to take the next step in your career or academic journey:

Career support services: Monash’s Career Connect offers one-on-one coaching, resume and interview workshops, networking events, and internship opportunities tailored to physics students.
Employment outcomes & salary: Monash science graduates enjoy high employability, with many securing full-time positions soon after graduation, earning starting salaries typically in the range of AUD 70,000–75,000 per year.
Industry partnerships: Students can engage with leading organizations such as CSIRO, Australian Synchrotron, and research centers within Monash for project collaborations, internships, and industry mentoring.
Long-term accreditation value: The degree is recognized for its strong research and laboratory training, giving graduates credibility in professional science, engineering, and technical roles.
Graduation outcomes: Alumni pursue careers in scientific research, data analytics, consulting, technical problem-solving, and teaching, leveraging both their theoretical knowledge and hands-on laboratory experience.

Further Academic Progression:
After completing this degree, students have the option to continue into postgraduate study such as a Master of Science, Master of Data Science, or a PhD in Physics or related fields, building on their honours preparation and laboratory experience to specialize in research, technology development, or high-level scientific leadership roles.