Bachelor of Science (Science)

3 Years On Campus Bachelors Program

Curtin University Perth

Program Overview

If you’re passionate about science and want a flexible degree that lets you shape your own path, Curtin’s Bachelor of Science (Science) empowers you to do exactly that. You’ll gain a solid foundation in scientific thinking while specialising in one or two majors that match your interests — whether that’s chemistry, physics, data science, environmental biology or another science field — preparing you for careers in research, industry and government.

Curriculum Structure

Year 1 – Building Core Scientific Skills
In your first year, you’ll gain broad exposure to fundamental scientific principles and methods before diving into your chosen major(s). Coursework typically includes introductory units that cover essential laboratory techniques, scientific thinking and data handling — giving you a base to build more specialised study. You might take foundational science courses such as introductory chemistry, physics or biology units, alongside computing and maths units that support analytical skills used across science disciplines.

Year 2 – Exploring Your Chosen Scientific Focus
In second year, you start to move deeper into the specific subjects that match your major and interests. For example, if you’re majoring in Environmental Biology and Ecology, you’ll take units that explore ecosystem dynamics and biological processes. If your major is Physics or Mathematics, your second-year courses will involve more advanced physics concepts or applied mathematics techniques that are essential for quantitative analysis in science careers. You’ll also continue learning how to apply scientific methods and digital technologies to real problems.

Year 3 – Applying and Integrating Knowledge
Your final year brings opportunity to integrate what you’ve learned through advanced units and project work. Depending on your major, this could involve specialised topics and hands-on research tasks such as chemical analysis, environmental assessment, data science modelling, or advanced physics experiments. This year is about preparing you for real-world science — whether that’s through capstone projects, collaborative lab work, or opportunities to present your findings.

Note: You can also choose to continue into an honours year (fourth year) if you achieve the required average, building deeper research skills.

Focus Areas (in a string)

Scientific principles and methods, major-specific coursework in biology, chemistry, physics, data science, environmental science, mathematics, and STEM research foundations.

Learning Outcomes (in a string)

Develop analytical reasoning, laboratory competence, data handling with digital tools, problem-solving across scientific contexts, communication of scientific findings and discipline-specific expertise aligned to your chosen major(s).

Professional Alignment (Accreditation)

Graduates may be eligible for membership in relevant professional societies or scientific institutes aligned to their chosen field of study.

Reputation (Employability Rankings)

Curtin University consistently ranks in the top 1 % of universities worldwide according to the Academic Ranking of World Universities (ARWU), highlighting its strong research and academic reputation — a valuable asset on your CV.

Experiential Learning (Research, Projects, Internships etc.)

In the Bachelor of Science at Curtin, practical learning is built right into your study journey so you graduate with confidence, skills and experience — not just theory. You’ll work in real science environments using modern laboratories, digital tools and project-based activities, and you’ll have chances to connect what you learn in class with real industry and research problems. Curtin encourages students to apply scientific methods beyond textbooks, including work-integrated learning opportunities, collaborative projects and technology-enhanced learning supports:

Here’s how your hands-on experiences are supported during the degree:

World-class laboratories and learning spaces – You’ll have access to chemistry, biology and physics labs designed to give you practical skills that reflect real industry practice, including facilities like the Resources and Chemistry Precinct with advanced equipment for testing, analysis and experimentation.
Project-based and work-integrated learning – Many science courses include project units and capstone experiences where you apply your knowledge to authentic tasks, often working with research groups, industry partners or community challenges.
Digital and simulation tools – Curtin offers simulation and visualisation resources that help bring complex scientific concepts to life, so you can practise and experiment even before entering physical labs.
Interdisciplinary institute connections – If your major involves data science or computational work, you can tap into specialist support structures like the Curtin Institute for Data Science for extra training and tools in modelling, visualisation and data analysis.
Collaborative tutorials and team activities – Many units involve group work and peer collaboration so you build communication and teamwork skills while solving real science problems.
Opportunity for internships and industry projects – While Bachelor of Science itself doesn’t require set internships, Curtin’s structure and work-integrated learning ethos mean you can pursue* industry placements* and research project opportunities that enhance your CV.
Study support and research exposure – Curtin’s active research culture means you’ll meet academics working at the forefront of science, and you can take part in research initiatives, workshops and events that deepen your practical experience.

Progression & Future Opportunities

Graduating with Curtin’s Bachelor of Science gives you a versatile foundation that employers in science, technology and research really value. Many graduates step confidently into roles such as Laboratory Scientist, Environmental Consultant, Data Analyst or Research Officer, where they apply analytical thinking, practical lab skills and problem-solving abilities to real-world challenges. Because the degree encourages hands-on experience and work-integrated learning, you’ll be ready to contribute from day one in professional environments.

Here’s how Curtin supports your future career and progression:

Career and Employability Services – Curtin’s CareerHub provides personalised career guidance, resume and interview preparation, employer events, and job postings specifically curated for Curtin students, helping you build your professional profile and connect with potential employers.
Industry Engagement and Networks – Through industry events, workshops and project partnerships, you’ll have opportunities to meet professionals from environmental agencies, biotechnology companies, data science firms and other science-related sectors. These connections often lead to internships and graduate roles.
Work-Integrated Learning Opportunities – Many science units at Curtin include project work and practical components that simulate workplace challenges, and some majors give you access to internships or collaborative industry projects, giving you real experience to include on your CV.
Graduate Employment Outcomes – Curtin’s broad science training equips you with skills in analysis, communication and digital tools, which are among the competencies most requested by employers. According to Curtin’s graduate outcome data, a high proportion of science graduates find full-time work or continue to further study within six months of graduating.
Global and Professional Recognition – While specific professional accreditation depends on your chosen major, a Curtin science degree carries strong international recognition thanks to Curtin’s performance in global rankings and its applied learning focus — helping your qualification stand out both in Australia and overseas.

Further Academic Progression:

After completing your Bachelor of Science, you have clear pathways into postgraduate study if you’re excited by deeper research or specialised scientific careers. Many Curtin graduates go on to honours programs, Master’s degrees or research-based PhD programs in areas such as environmental science, biotechnology, data science, physics, chemistry or health sciences. These further qualifications can open doors to advanced research roles, leadership positions and academic careers.