Bachelor of Science Majoring in Astronomy and Astrophysics

3 Years On Campus Bachelors Program

Swinburne University of Technology

Program Overview

The Bachelor of Science (Major in Astronomy and Astrophysics) at Swinburne is an inspiring three-year journey into the cosmos — perfect for curious, math- and physics-minded students who dream of understanding stars, galaxies, exoplanets, black holes and the grand structure of the universe. Along the way you’ll learn how to analyse real astronomical data, master computational tools, and explore fundamental questions about how the universe works.

Curriculum Structure

Year One
In your first year, you’ll build a strong scientific foundation through core science and mathematics courses such as Calculus and Applications (or Preliminary Mathematics), and introductory physics (Energy and Motion or Introduction to Physics). You’ll also explore broader science concepts via units like Concepts of Biology and Sustainability Challenges in Science — giving you a rounded view of science while starting to develop the analytical and critical-thinking skills essential for astrophysics.

Year Two
As you move into your second year, the focus turns toward space science more directly. For example, you’ll study “Earth, Moon, Mars and Beyond,” immersing you in planetary science, and begin taking more advanced mathematics relevant for astrophysics like Matrices, Vector Calculus and Complex Analysis. These units help you understand the physics behind planetary motion and prepare you for modelling the behaviour of celestial bodies and interpreting observational data.

Year Three
In the final year, you dive deep into astrophysics proper with major units such as “Galaxies and Their Place in the Universe,” “Cosmology and the Large-Scale Structure of the Universe,” and “From Stars to Black Holes” or “Research Skills in Astrophysics.” Here, you’ll explore the origin and evolution of the universe, study the life cycle of stars, and learn how to use supercomputing and observational tools to test theories — often working on real-world data projects.

Focus Areas
Astronomy, Astrophysics, Cosmic Structure, Computational Analysis, Planetary & Stellar Dynamics

Learning Outcomes
You’ll learn to analyse and model large astrophysical datasets, reason scientifically about cosmic phenomena, communicate complex ideas clearly, and use advanced astrophysics tools to investigate the universe.

Professional Alignment (Accreditation)
When you graduate in this major, you’ll emerge with a respected Bachelor of Science from a university whose astronomy and supercomputing research is internationally recognised. The program is built around real-world, research-level tools and methods, giving you a strong foundation whether you plan to pursue postgraduate research or join industry roles related to data science, science communication, or instrumentation.

Reputation (Employability & Rankings)
Swinburne is ranked among the world’s top 200 universities for Physics according to global rankings, reflecting the high quality of teaching and research in physical sciences. Combined with a graduate satisfaction rate of nearly 85%, this degree not only offers a rigorous scientific education — but also strong support, community, and opportunities, positioning graduates well for careers in astrophysics, data science, science communication or further research.

Experiential Learning (Research, Projects, Internships etc.)

If you choose the Bachelor of Science majoring in Astronomy and Astrophysics at this university, you’ll be doing much more than reading about the cosmos — you’ll get practical, hands-on experience that prepares you for real research, data work, or science communication from day one. The program is designed so you actually use the tools of modern astronomy: from working with supercomputers to controlling telescopes remotely, to participating in industry-linked projects. Small-group classes and lab access from the very first year mean you’ll never just sit back — you’ll be actively doing science.

Here’s a look at the real-world, experiential learning you’ll benefit from in this program:

Access to world-class facilities through Centre for Astrophysics and Supercomputing (CAS), the largest astronomical research group in Victoria.
Use of advanced astrophysics technologies including the supercomputing infrastructure OzSTAR (and related supercomputing resources) for computational and theoretical astronomy.
Opportunity to work with real telescopes: you’ll have access to the remote-control room for W. M. Keck Observatory, letting you operate powerful telescopes — even from thousands of kilometres away.
Small, hands-on class settings and lab access from first year, giving you early opportunities to practice observational and computational methods.
Guaranteed industry-experience component through the university’s Work Integrated Learning program: students complete three industry-linked or professionally focused projects during the degree, giving you real project work for your CV.
Training in interpreting and modelling large astronomical data sets — a skill that’s directly applicable to careers in astrophysics, data science or scientific computing.
Experience in science outreach and communication, preparing you for roles as a science communicator or educator, if you enjoy sharing astronomy with the public.

Progression & Future Opportunities

If you choose the Bachelor of Science (major in Astronomy & Astrophysics) at Swinburne University of Technology, you’re setting yourself up for a future that could quite literally reach the stars — with real, rewarding career paths in science, technology, and discovery. Many graduates go on to become research astrophysicists, data scientists, software developers, instrument scientists, or even science communicators.

Here’s what this means for you:

Real-world experience built in. Swinburne embeds industry-linked projects and internships through its Work Integrated Learning program. That means you don’t just learn theory — you apply skills in data analysis, modelling, and astrophysics tools while you study, building a CV that employers or research groups will respect.
Excellent facilities and reputation. You’ll learn at Victoria’s largest astrophysics and supercomputing centre, with access to advanced tools (like remote-controlled telescopes, large data-set analysis, simulation environments). The university is ranked among the top 200 worldwide in physical sciences — so your education will carry global recognition.
Strong graduate outcomes. Swinburne reports good overall employment and employer-satisfaction rates among undergraduates. That gives you confidence that a degree here is valued in the job market.
Flexibility and breadth. Because the degree builds skills in programming, mathematics, data analysis, scientific reasoning — skills useful far beyond astrophysics — you could pivot into data science, software development, environmental or energy modelling, technology analysis or more.
Network and industry links. Through projects, internships and collaborations at the university’s astrophysics centre, you connect with astronomers, researchers and potentially industry partners — great for future jobs or research opportunities.

Further Academic Progression:
If after your bachelor’s you want to go deeper into research or specialise more, you could enrol in Swinburne’s postgraduate astronomy/science programs (for example their MSc-level astronomy degrees) and even move towards research roles — perhaps doing a PhD or working in advanced astrophysics research. That opens doors to becoming a specialist scientist, researcher at an international observatory or space-science institution, or working in space-technology or data-intensive research labs.