Bachelor of Science Applied Mathematics and Physics Major

3 Years On Campus Bachelors Program

Southern Cross University

Program Overview

If you’re someone who enjoys solving complex problems and wants to understand how the universe works at a fundamental level, the Bachelor of Science (Applied Mathematics and Physics Major) at Southern Cross University is a strong, future-focused choice. This program blends mathematical theory with real-world physics applications, preparing you for careers in science, technology, data, and research-driven industries.

Curriculum Structure

Year 1:
You’ll build a solid foundation in both mathematics and physics, starting with units like Calculus 1 and Foundations of Physics. Alongside these, subjects such as Linear Algebra introduce you to essential mathematical tools used across science and engineering. This year is all about developing analytical thinking and understanding core scientific principles.

Year 2:
In your second year, you begin applying your knowledge to more complex systems through units like Differential Equations and Electromagnetism. You’ll also explore Statistical Methods, which are critical for modelling real-world data and experiments. The focus shifts towards problem-solving and connecting mathematical models with physical phenomena.

Year 3:
Your final year dives deeper into advanced topics such as Quantum Mechanics and Mathematical Modelling. You’ll also engage in Advanced Physics or research-based units, where you apply theory to practical or research contexts. This is where your skills become career-ready, with an emphasis on independent thinking and complex analysis.

Focus areas (in a string):
Applied mathematics, theoretical physics, data modelling, computational analysis, quantum systems

Learning outcomes (in a string):
Strong analytical and problem-solving skills, ability to model and interpret complex systems, proficiency in mathematical and physical theories, research and critical thinking capabilities

Professional alignment (accreditation):
Aligned with industry expectations in scientific research, data science, engineering, and technology sectors, supporting pathways into postgraduate study or technical careers

Reputation (employability rankings):
Southern Cross University is recognised for strong graduate employment outcomes and practical, career-ready education, with a focus on real-world skills valued by employers

Experiential Learning (Research, Projects, Internships etc.)

At the Bachelor of Science (Applied Mathematics and Physics Major) at Southern Cross University, you won’t just learn theory — you’ll get hands‑on with physics concepts in real space, using real tools, labs and learning environments that build your practical scientific skills. The Faculty of Science and Engineering offers on‑campus, fully equipped science laboratories where you can conduct experiments that bring motion, forces, electricity and circuits to life, alongside the analytical tools and data work that today’s physics professionals use. Beyond labs, you’ll have opportunities to work on collaborative projects with classmates, analyse real data and participate in inquiry‑driven scientific learning that prepares you for research or technical roles:

  • State‑of‑the‑art science laboratories: You’ll have access to multiple fully‑equipped labs tailored for experimental science across biology, chemistry and analytical research — ideal for physics experiments that require measurement, experimentation and data collection.
  • Collaborative project work: Many physics and science units are designed around inquiry‑oriented or group‑based work where you test hypotheses, analyse results and communicate findings with your peers and supervisors.
  • Analytical equipment and research support: The Faculty’s research labs, including analytical services like the Environmental Analysis Laboratory and Scanning Electron Microscopy Unit, open doors to advanced experimental approaches and training in scientific instrumentation.
  • Immersive learning model: Southern Cross uses an active learning approach with six‑week terms and immersive tasks that help you quickly apply physics concepts in practical settings and deepen problem‑solving skills.
  • Real‑world data and digital tools: As part of your physics units such as PHYS1004 Physics I and PHYS2001 Physics II, you’ll engage with scientific measurement, data interpretation and the real applications of physics principles in circuits and mechanics.

Progression & Future Opportunities

At Southern Cross University’s Bachelor of Science (Applied Mathematics and Physics Major), you won’t just learn physics from textbooks — you’ll apply theory in real scientific spaces that build your confidence and skills. The Faculty of Science and Engineering gives you access to fully‑equipped science and engineering labs, analytical research facilities and collaborative environments where you can run experiments, solve real problems and use professional‑grade tools side‑by‑side with your peers and teachers. Throughout the degree, hands‑on learning, data work, group projects and opportunities for placements help you connect classroom concepts like motion, electricity and computational methods with real‑world physics challenges:

  • Science and engineering laboratories: You’ll use Southern Cross’ four fully‑equipped science labs that support experimental investigation, measurement and analysis — ideal for physics units such as PHYS1004 Physics I: Motion, Mechanics and Waves and PHYS2001 Physics II: Electricity and Circuits.
  • Collaborative project work: Many physics and maths units involve group‑based activities where you design, test and present scientific outcomes together, sharpening your teamwork and communication just like in professional science settings.
  • Advanced analytical facilities: Through research‑linked spaces such as the Environmental Analysis Laboratory and Scanning Electron Microscopy Unit, you’ll get exposure to scientific instrumentation and analytical processes that go beyond basic lab work.
  • Hands‑on field‑related experience: While the major is physics focused, the wider science degree encourages practical field and observational work across diverse environments — from coastal sites to forest systems — helping you see physics principles in action within natural systems.
  • Work integrated learning and placements: The Bachelor of Science course structure supports placement opportunities in career‑relevant workplaces, giving you real experience and professional connections while you study.

Program Key Stats

$25,000
$9,536

Mar Intake : 1st NovJuly Intake : 30th Apr


Yes

Eligibility Criteria

2.6
24
-

-
-
6.0
60
65

Additional Information & Requirements

Career Options

  • Data analyst
  • Research scientist
  • Quantitative analyst
  • Statistician
  • Actuarial analyst
  • Financial modeller
  • Computational physicist
  • Operations researcher
  • Risk analyst
  • Science educator

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