If you’re in Year 10 and making subject choices, now’s the time to explore what excites you. If you enjoy solving problems, working with numbers, experimenting, building things, or just thinking deeply about how the world works, quantum science and technology might just be the path you didn’t know existed.  

Quantum technology is shaping the future, powering breakthroughs in computing, communication, and sensing.  

Why study quantum? 

Quantum science and technology is at the cutting edge — and it’s full of possibility. By studying quantum, you could: 

  • Work on revolutionary quantum computers that solve problems beyond today’s machines
  • Help create unbreakable encryption for safer communications 
  • Develop quantum sensors that detect disease or uncover underground resources noninvasively 
  • Help aircraft navigate without GPS using ultra-precise quantum clocks 
  • Simulate new medicines on quantum computers. 
  • Quantum also opens doors to entrepreneurship, with many researchers leveraging their breakthroughs to launch their own startups.

    What to study in Year 11 and 12 if you’re interested in quantum 

    Most quantum-related university degrees don’t require strict prerequisite subjects, but they do assume you’ve studied certain subjects in high school. These assumed knowledge subjects aren’t usually compulsory for admission but will help you succeed in your first year at university.  

    Entry requirements can vary by university and degree, so it’s important to check the assumed knowledge for the degree you’re interested in. 

    Assumed knowledge may include: 

  • Mathematics Advanced or Mathematics Extension (depending on your area of study)
  • Any 2 units of English 
  • Any 2 units of Science (Biology, Chemistry, Physics, or Earth and Environmental Science, depending on your major or units chosen) 
  • Assumed knowledge is not required to receive an offer, but it will be helpful to you during your studies. If you haven’t studied the assumed knowledge subjects in high school, a bridging course is a great way to build skills and confidence before you start uni. These intensive courses usually run in January and February. 

    Recommended subjects to build your skills

    Explore additional subjects that can strengthen your foundation and boost your readiness for university study in quantum science and technology related disciplines.

    Recommended studies include Mathematics Extension 1 or Mathematics Extension 2, Engineering Studies, Software Design and Development, Information Processes and Technology.  Always refer to your desired degree’s entry requirements to make sure you choose the right subjects. 

    Looking beyond ATAR 

    Your ATAR isn't the only way universities assess your potential. Many universities offer a number of adjustment factor schemes based on your performance in the subjects you studied, your achievements outside the classroom, and your personal circumstances. It's important to note some adjustment factors will be applied automatically while others require you to apply through the University or the University Admissions Centre.

    Many pathways into a quantum career 

    Quantum careers aren’t just for scientists and engineers. As the sector grows, so do the roles — and the diversity of people needed to fill them. 

    You could also be:  

  • A project manager or strategist helping scale quantum companies 
  • A banking, insurance, mining, or healthcare expert applying quantum tools to your field 
  • An ethics advisor or lawyer shaping policy for emerging tech 
  • In business development, marketing, communications or design. 
  • Quantum needs curious minds from all backgrounds, not just physicists. Whether you're a problem-solver, communicator, builder, or creative thinker, there’s a place for you in the quantum future. 

    Need help choosing? Contact us 

    If you’re feeling unsure or have questions, our team is here to support you. Email us at info.sqa@sydney.edu.au