Bachelor of Science and Biomedical Science majoring in Astrophysics

4 Years On Campus Bachelors Program

Monash University

Program Overview

If you’ve always looked up at the night sky and wondered what those twinkling stars, swirling galaxies, or mysterious black holes really are — then the Astrophysics major at Monash University is made for you. It’s a friendly, deeply scientific journey into the workings of the universe, blending physics, mathematics and observation so you learn not just what we know about the cosmos — but how to discover more.

Curriculum Structure

Year 1
Your first year at Monash begins in the vibrant PACE learning environment — a collaborative, studio-style set-up designed to help you think, question and collaborate from day one. You’ll build a strong foundation with core units like MTH1020 Analysis of change or MTH1030 Techniques for modelling (or their advanced versions if your math background is strong), and add a second science sequence to open doors to physics or astronomy. Alongside these, you may take a foundational science communication unit (such as SCI1000 Science communication to influence change) to help you articulate science clearly — whether in class discussions or future presentations.

Year 2
Now you begin to dive into astrophysics more seriously. Expect to explore units like PHS2061 Quantum and thermal physics and PHS2062 Electromagnetism and optics, which give you the physical and mathematical tools to understand how matter and energy behave — knowledge vital for thinking about stars, planets or light across space. This is also a time when you start to develop problem-solving and analytical skills that make astrophysics more than theory: you begin to see how math describes reality.

Year 3 (and beyond, if you extend)
In your final undergraduate year, you’ll tackle advanced, specialised units — for example ASP3012 Stars and galaxies, ASP3051 Relativity and cosmology, or ASP3162 Computational astrophysics and the extreme universe. These let you study everything from how galaxies form to how gravity bends light, and often involve computational or observational work. Here you synthesise all you've learned — physics, maths, programming and critical thinking — to analyse real astrophysical phenomena. After this you’ll be ready to graduate — or go further with honours or research degrees if you wish.

Focus Areas
Astrophysics — linking fundamental physics, mathematics, computation and observational astronomy to understand stars, galaxies, black holes and the broader cosmos.

Learning Outcomes
You’ll emerge able to apply mathematical, computational and observational tools to explore cosmic phenomena, to think critically about big scientific questions, and to communicate complex ideas clearly.

Professional Alignment (Accreditation)
By studying this major within Monash’s Bachelor of Science framework, you get the same strong science foundation recognised globally — giving you the flexibility to pursue careers in research, teaching, industry or even non-traditional fields like data science or science communication.

Reputation (Employability & Rankings)
Monash’s science and astrophysics program is widely respected worldwide; students benefit from the university’s ranking among global top institutions in science and physics. This means your degree will be recognized by employers and academic institutions globally — giving you a strong head start whether you aim for research, industry or further study.

Experiential Learning (Research, Projects, Internships etc.)

The double-degree Bachelor of Science and Bachelor of Biomedical Science at Monash University, when combined with a specialisation like Astrophysics (or any major you choose), is a powerful mix if you want a deeply scientific education grounded in hands-on, career-relevant experience. In this program you won’t just be memorising facts — you’ll learn through doing: you’ll build strong foundations in core science disciplines, while also training in biomedical sciences when relevant. Whether you aim for research, industry, or even interdisciplinary careers, the skills you gain will be practical, flexible and highly valued.

Here’s how the program gives you real experiential learning opportunities:

Flexible major selection (including Astrophysics) — You can choose Astrophysics (or from many other majors) as your science major within the double degree, giving you the chance to dive deep into topics you’re passionate about.
Solid grounding in fundamental science and biomedical science — Through the double-degree structure, you build a strong base in mathematics, physics/chemistry/biology (depending on your major), plus biomedical knowledge like molecular and cellular biology, body systems, immunology, disease mechanisms — giving you a uniquely broad toolkit.
Hands-on learning in a purpose-built environment — At Monash’s Clayton campus, science teaching and learning happens in state-of-the-art facilities tailored for physics, astronomy, biology, chemistry and more — meaning you get to learn in spaces designed for experimentation, observation, and collaboration.
Collaborative-learning studios for first-year physics/astro students — Early-on physics and astrophysics classes use a “Collaborative-Learning Environment (PACE)” format instead of traditional lectures. That means from the very first year you work with peers in problem-solving teams — building teamwork, communication and independent thinking skills that mimic real research or industry settings.
Pathways to research and industry careers in science and health — Because the double degree merges pure science with biomedical science, you’re prepared for a wide variety of roles: research labs, pharmaceutical industry, healthcare-related sectors, or further study. The breadth of training makes you adaptable and desirable as a candidate in many fields.
Flexibility: exit options after three years if needed — If your plans change, the course allows you to exit after three years with either a bachelor in Science or Biomedical Science. This flexibility gives you space to discover what you really enjoy without overcommitting early on.

Progression & Future Opportunities

What graduates go on to do
When you finish this program, many of your peers head into scientific and technical careers — for example working as an Astrophysicist, Astronomer, Applied Physicist, or in related research roles. Some also branch into data-heavy or analysis-intensive fields, or go into science communication, specialised research labs, or even teaching.

Here’s what this means for you:

Strong employability support at Monash. Monash’s School of Physics & Astronomy offers access to top-tier research facilities and gives students hands-on opportunities — whether computational modelling or observational astronomy — which makes your degree much more than just theory.
A broad, flexible science education. The BSc framework lets you tailor your studies: if astrophysics is your main passion, you can focus there — but you also have the flexibility to combine or complement with other science disciplines, giving you a wider skill-set.
Research-oriented environment and real-world exposure. Students at Monash have been involved in advanced research on stellar evolution, galaxies, black holes, gravitational waves, cosmology and more. That’s powerful preparation if you want to go into front-line astrophysics or related scientific work.
Globally-recognised qualification. Monash is widely respected. Graduating from its astrophysics program means your degree carries weight — useful whether you plan to work in academia, research organizations, or internationally.

Further Academic Progression:
If, after your bachelor’s, you find you want to dig in deeper scientifically or target high-level research, you could stay at Monash — many students go on to the honours year in the School of Physics & Astronomy, or apply for the Master of Science in Astrophysics (or a related postgraduate program). From there, there’s potential for a PhD, or advanced research and academic careers.