Bachelor of Science Major in Astronomy and Astrophysics

3 Years On Campus Bachelors Program

Macquarie University

Program Overview

If you’re fascinated by the stars, planets and the vast expanse of the universe, the Astronomy and Astrophysics major at Macquarie University gives you the tools to explore it all. You’ll learn to interpret the skies — from detecting distant galaxies to understanding how stars and planets form — using physics, mathematics, data and hands-on telescope work.

Curriculum Structure
First year sets the foundation: you build your mathematics and physics fundamentals, with core units like Mathematics IA/IB and Physics IA/IB (or the equivalent) depending on your background. Alongside these, you’ll take introductory astronomy units that begin to open your eyes to how we observe the night sky. This year is all about building confidence with the core tools — the math, the physics, and the scientific way of thinking.

Second year brings the universe into sharper focus. You’ll encounter units such as Advanced Astronomy (ASTR278), and courses in classical and quantum mechanics and electromagnetism (for example, PHYS201 and PHYS202). Here you’ll start to apply what you learned in Year 1 to real astrophysical problems: how stars move, how light travels across space, how energy and matter interact.

Third year is where you begin to really think like an astrophysicist. Units like Astrophysics (ASTR377), General Relativity and Cosmology (ASTR378), and Frontiers of Astronomy and Astrophysics (ASTR310) ask deeper questions: how did the universe begin, what governs the life of stars, how do galaxies evolve. You’ll learn to analyze data, use computational tools, and understand astronomy from both observational and theoretical perspectives.

Focus Areas
Cosmic structures, stellar and planetary formation, observational astronomy and data-driven astrophysics.

Learning Outcomes
You’ll graduate thinking like a scientist: comfortable with physics and mathematics, skilled in data analysis, confident in interpreting observational data, and able to model and explain phenomena from planets to galaxies.

Professional Alignment (Accreditation)
This is a fully recognised Bachelor of Science major — when you graduate, you hold a nationally accredited university degree that matches international standards for astrophysics and scientific study.

Reputation (Employability & Standing)
Macquarie University is widely respected for its science and astrophysics research, and its science graduates — including those from this major — enjoy strong employability. The program is part of a broader community of astronomy and space-science excellence at Macquarie, giving you a headstart if you wish to move into research, instrumentation, education or data-driven science after graduation.

Experiential Learning (Research, Projects, Internships etc.)

That’s a great program to be excited about — the Astronomy and Astrophysics major at Macquarie University is designed to give you not just theory, but real hands-on experience that builds genuine, career-ready skills. You don’t just read about stars and galaxies — you observe them, analyse real data, write your own code, and use cutting-edge instrumentation. It's the kind of program where you’re consistently doing the kind of work actual astronomers and astrophysicists do, so you graduate already comfortable working like a real scientist.

Here are the concrete experiential-learning opportunities this major offers:

On-campus access to the Macquarie University Astronomical Observatory — you’ll use multiple telescopes (from modest sizing to a 24-inch research-grade robotic telescope) for observing nights, astrophotography, and data collection, not just for show but as part of teaching and actual research.
Training and practice in data analysis and computational methods: you learn to work with real astronomical datasets, use standard astronomical software, and build custom code to solve astrophysics problems — the same kinds of skills used in research and industry.
Exposure to instrument-building and cutting-edge tech via the Australian Astronomical Optics (AAO) and the broader research centre: if you’re interested, you can get involved with developing actual instrumentation or space-optics projects, not just using existing tools.
Opportunities to engage in real-world observational and theoretical projects — from analysing data from national and international telescopes to contributing within a research-centre environment that works with global observatories and supercomputing resources.
A collaborative, research-intensive community: regular seminars, discussion groups, and interaction with researchers at Macquarie’s Astrophysics and Space Technologies Research Centre expose you to the latest developments and let you build networks and practical understanding beyond the classroom.

Progression & Future Opportunities

If you join the Astronomy and Astrophysics major at Macquarie University, you’ll finish with a strong foundation to step into exciting and meaningful roles — for instance as an astronomical researcher or instrumentation specialist, a data-modelling or computing adviser, a remote-sensing specialist or scientific researcher, or even as an education or science-policy advisor. You’ll leave with the analytical, computational and problem-solving skills employers value — and real hands-on experience in astronomy, using telescopes, software and observational techniques.

Here’s what this means for you:

Macquarie supports your employability directly through its “PACE” unit — a professional experience program where you spend ~100 hours working with a research institute, industry or educational organisation, preparing real job-ready documents (CV, cover letter), applying your skills to actual problems and getting a taste of working on real-world science projects.
The degree is built with industry and research relevance in mind: you learn computational techniques, data analysis, observational astronomy and astrophysics — skills in demand not only in pure science but in data-driven work, remote sensing, tech and consulting.
The university has strong research links through its Astrophysics and Space Technologies Centre — giving you a path to collaborative projects, instrumentation work, and even partnerships with national and international research institutes.
On a broader level, a Macquarie degree carries solid value: the university reports good graduate-employability outcomes across its sciences, helping set a foundation whether you join the workforce or pursue further study.

Further Academic Progression:
After your bachelor’s, you could continue at Macquarie by enrolling in a research-oriented degree such as a Master of Research (MRes) or a PhD through the Astrophysics and Space Technologies Centre. This route lets you dive deeply into astronomy, work on cutting-edge research, possibly collaborate with instrumentation and observational facilities, and benefit from formal co-supervision and scholarship support. If you’re drawn to research, this is the natural next step — and a great way to build a long-term career in space science or academia.