Bachelor of Science and Global Studies majoring in Astrophysics

4 Years On Campus Bachelors Program

Monash University

Program Overview

If you’ve ever gazed up at the night sky wondering what’s out there, the Astrophysics major at Monash University offers a chance to turn that curiosity into real science. This program is perfect for students who love physics, mathematics and big questions — you’ll learn to explore planets, stars, black holes and galaxies through observation, theory and computational tools, discovering how the universe works from first principles to cutting-edge research.

Curriculum Structure

Year 1
In your first year you’ll begin with grounding courses like “Earth to Cosmos: Introductory Astronomy” and “Life and the Universe,” which introduce you gently to astronomy — where we come from, and what lies beyond. Alongside these, you’ll build a strong foundation in mathematics and physics to prepare you for the more quantitative work ahead. This is the stage where you learn to ask the right cosmic questions and start appreciating the scale and beauty of the universe.

Year 2
As you move into the second year, units such as “Astronomy” and “Introduction to Astrophysics” bring more depth and rigour. Here, you begin to look at celestial phenomena more quantitatively — considering orbits, energy, light, and other physics that govern stars and galaxies. Many students also start combining mathematics and physics units, building analytical skills and understanding the computational and theoretical tools astronomers rely on.

Year 3
In third year, things get exciting: with units like “Stars and Galaxies,” “Relativity and Cosmology,” and “Physics for Astrophysics,” you dive into modern astrophysics. Whether you’re studying the life-cycle of stars, the expansion of the universe, or the physics behind black holes, you’ll engage with real-world problems and data. For those drawn to observation, “Observational Astronomy” offers hands-on exposure; for those inclined toward theory or computation, mathematics & physics-based units sharpen your analytical prowess.

Focus Areas
Modern astrophysics, observational astronomy, theoretical cosmology, computational modelling — all framed around deep physics and mathematics.

Learning Outcomes
You will graduate able to observe, analyse and model celestial phenomena; to apply advanced physics, mathematics and computation; and to think clearly about the universe — from the smallest particles to the largest cosmic structures.

Professional Alignment (Accreditation)
Monash’s Astrophysics major is developed by the Schools of Physics & Astronomy and Mathematical Sciences, giving you access to expert-led teaching and facilities — from telescopes to computational labs — preparing you for both research-level study and real-world scientific work.

Reputation (Employability & Rankings)
Monash is widely regarded among the top universities globally and ranks strongly in international university assessments. Graduating with an Astrophysics major from Monash gives you not just world-class science education but also a degree that’s valued by employers — whether in academia, research institutes, data-driven industries, or science communication.

Experiential Learning (Research, Projects, Internships etc.)

If you choose the double-degree Bachelor of Science and Bachelor of Global Studies (S2003) at Monash University, you’ll get more than just textbook learning — you’ll build real, career-ready skills by doing science AND global-issues study, while actually living and learning across cultures. The structure is built so you don’t just understand global challenges abstractly, but study them alongside a strong science foundation, and — importantly — you spend time studying overseas, giving you firsthand insight into global dynamics and cross-cultural collaboration. This means you graduate not just with academic theories, but with global awareness, analytical skills and a network of international perspectives.

Here are the concrete experiential learning opportunities this program offers:

Compulsory overseas-study / exchange component — part of your global studies training requires you to study abroad at a partner institution or an off-shore campus. That gives real-world exposure to different cultural, political and social contexts.
Choice of major + flexible science electives — you get a broad science education before specialising, so you can explore different science disciplines and build a strong analytical/methodological foundation before committing to a major (for example, you could pick a major like Astrophysics).
Electives and advanced-level science units — beyond basics, by level 2 and 3 you take specialised science units, giving you depth in your chosen discipline and experience with advanced scientific thinking and problem-solving.
Interdisciplinary global-studies specialisation + language or cultural studies — you choose a specialisation (Global Cultural Literacies, International Relations, International Studies or Human Rights), offering hands-on understanding of global issues, leadership, cultural literacy, and international dynamics.
Core and capstone units linking science + social change — certain global-studies units are designed around applying knowledge to real-life problems: leadership, social change, interdisciplinary collaboration — preparing you to make tangible impact post-graduation.
Option to undertake a science-industry placement or project — you have access to dedicated units for placements or school science projects, giving you the chance to work in real scientific settings or community outreach, rather than just classrooms.

Progression & Future Opportunities

Progression & Future Opportunities
Graduates from Monash’s astrophysics (and broader physics/astronomy) programmes go on to a wide range of fulfilling roles — whether in pure research, applied science, or more industry-oriented careers. Typical job roles include astrophysicist or astronomer, applied physicist or atmospheric physicist, accelerator physicist, or data-driven roles in analytics, modeling or science communication.

Here’s what this means for you:

Monash gives you access to its dedicated School of Physics & Astronomy — where you learn from researchers actively working at the frontiers of astronomy, cosmology and astrophysics. That means your education is tied directly to state-of-the-art scientific work.
You get more than just theory: the program supports real-world exposure — through internship units, research projects supervised by expert faculty, and opportunities to work with data, computational modeling or observational astronomy tools. These experiences give you hands-on skills that employers value highly.
With a BSc in Astrophysics (or a related physics/astronomy major), your degree holds value well beyond academia. Many science graduates from Monash go into non-traditional but rewarding areas: data science and analytics, engineering-adjacent roles, science communication, public policy, or even finance/consulting where strong quantitative skills matter.
The qualification’s long-term value is strengthened by Monash’s global reputation: having a degree from a top-tier science school adds weight to your CV, no matter whether you aim for research, industry or interdisciplinary work.

Further Academic Progression:
If after your bachelor’s you want to go deeper, you have real options. Monash offers a Master of Science in Astrophysics — a two-year advanced coursework and research degree, where you can specialize in computational astrophysics, observational astronomy, cosmology, high-energy astrophysics and more. If you enjoy research, doing a Master’s (and eventually a PhD) can lead you into advanced research careers, telescope/observatory work, or academia.

In short: at Monash, you don’t just learn about the universe. You get to explore it. And if your passion keeps growing, there’s a genuine pathway forward, all backed by strong support, high-level science training, and globally recognized credentials.