Bachelor of Information Technology/Bachelor of Science(Physics)

4 Years On Campus Bachelors Program

Monash University

Program Overview

If you’re passionate about both technology and understanding the world through science, the Bachelor of Information Technology / Bachelor of Science (Physics) at Monash University lets you blend those interests into a single career‑shaping degree. You’ll dive into the foundations of computing while also exploring physical science concepts like waves, mechanics, and data‑driven analysis — giving you a unique edge that’s perfect for tomorrow’s tech and research‑driven problems.

Curriculum Structure

Year 1
In your first year, you’ll build core technical skills in both IT and science. You might study units like FIT1045 Introduction to Programming and FIT1047 Introduction to Computer Systems, Networks and Security to get a solid grounding in computing fundamentals, while also taking level‑1 science sequence units that could include physics foundations and complementary science topics as you begin your science major. This combination sets you up to think like both a tech creator and a scientist right from the start.

Year 2
Your second year brings more depth as you progress into specialised subjects. On the IT side you’ll typically explore units such as FIT2094 Databases and FIT2100 Operating Systems (or other major‑focused studies like Software Security for cybersecurity), while your science major advances with level‑2 topics that deepen your understanding of subjects like statistical methods or intermediate physics concepts. Together these units develop your analytical thinking and your fluency in technology tools.

Year 3
In your third year, your studies become more applied and project‑oriented. IT units like FIT2001 Systems Development and FIT2002 IT Project Management will challenge you to build complete tech solutions and manage real projects, while your science major brings you into level‑3 science electives that might include advanced physics topics or other specialist science areas depending on your choice. This is where you start connecting theory with application in real‑world scenarios.

Year 4
In your final year, you’ll bring your learning together with capstone experiences and higher‑level electives. IT students often complete FIT3047 / FIT3048 Industry Experience Studio Projects or an Industry‑Based Learning placement, giving you real industry exposure, while your science side wraps up advanced units that reflect your chosen focus. This year is all about applying your double‑degree expertise to complex challenges — from software solutions to scientific insights.

Focus areas (in a string):
Software development, cybersecurity, systems design, scientific inquiry, data analysis, physics principles, computational problem solving.

Learning outcomes (in a string):
Strong programming and system design capabilities, scientific analytical thinking, multidisciplinary problem solving, advanced computing literacy, research‑informed science knowledge.

Professional alignment (accreditation):
The Bachelor of Information Technology component is accredited by the Australian Computer Society (ACS), giving your credentials professional recognition and networking opportunities in the tech industry.

Reputation (employability rankings):
Monash University’s IT and computing programs are internationally recognised, with strong performance in global rankings for computer science and related fields, feeding into excellent graduate prospects across tech and scientific sectors.

Experiential Learning (Research, Projects, Internships etc.)

In the Bachelor of Information Technology / Bachelor of Science (Physics) at Monash University, you’ll build confidence through real‑world experiences right alongside your studies — from professional placements to project‑based learning that bridges tech and science. This degree doesn’t just teach you concepts in class; it gives you opportunities to apply what you learn using industry‑standard tools, internships, research projects, and community collaborations. Whether you’re developing software systems or analysing scientific data, you’ll graduate with practical skills employers recognise.

Here’s how Monash helps you gain hands‑on experience and make your learning come alive:

Industry‑Based Learning (IBL) placements: IT students can undertake one or two six‑month placements with leading organisations, working on real projects and often receiving an education grant while building professional experience.
Internship units for science: You can enrol in internship units like SCI3920 Science Internship or SCI3925 Science Internship (Extended) to work with host organisations — gaining credit while applying scientific knowledge in practical settings.
Project‑based learning: Across IT units you’ll engage in studio‑style projects where you design, develop, and test software systems using languages and tools like Python, Java, analytics platforms, and collaborative development environments that reflect industry practice.
Clubs, societies and teams: Monash’s vibrant student communities include tech and science groups where you can take part in hackathons, collaborative builds, and peer‑led workshops, extending your skills beyond the classroom.
Access to cutting‑edge facilities: As a science student you’ll have access to laboratories and equipment across the Monash Science precinct for experiments and research activities, and IT students will use digital tools and systems that mirror professional environments.
Fieldwork and global opportunities: Depending on your science majors, there are structured field trips and international experiences that allow you to explore scientific phenomena firsthand and integrate real data into your tech applications.

Progression & Future Opportunities

Graduates of the Bachelor of Information Technology / Bachelor of Science (Physics) from Monash University go into a wide range of exciting careers that reflect today’s demand for analytical thinkers who can bridge tech with science. Whether you see yourself as a Software Developer, Data Analyst, Systems Designer, or Scientific Technologist, this degree equips you with the skills and experiences that employers value in fast‑moving industries. The combination of IT expertise and scientific understanding opens doors in both established tech companies and research‑led organisations — helping you build a rewarding career from day one:

Career services that support you into work: Throughout your studies you’ll have access to Monash Career Connect, where expert advisers help with resumes, interview coaching, employer networking events, and internships or work placements to boost your professional profile. Workshops, career expos, and one‑on‑one guidance help you sharpen your employability skills and make meaningful connections with employers.
Industry‑engaged outcomes: Monash’s Industry‑Based Learning (IBL) placements give IT students extended professional experience with real organisations, which often leads to job opportunities and strong industry networks before graduation. The science component also offers internships and research‑related projects that enhance your practical skills and employability.
Employment stats & confidence: For IT students at Monash, industry engagement and career services contribute to high early‑career employment outcomes, with many graduates in tech roles or industry placements within four months of finishing — achieving strong employment rates by global university employability standards.
University–industry partnerships: Monash’s connections span global tech firms, research institutions and scientific centres, supported by membership opportunities and networking through the Australian Computer Society (ACS) accreditation and science professional bodies. These links help you convert study into job prospects.
Accreditation & long‑term value: The IT component is accredited by the Australian Computer Society (ACS), giving your qualification professional recognition and networking support that can be valuable throughout your tech career.
Graduation outcomes: You’ll graduate ready for roles in software development, cybersecurity, data science, systems design, and scientific computing — fields that prize both technical depth and the ability to apply scientific thinking to real‑world problems.

Further Academic Progression:
After completing this double degree you also have clear pathways to further study if you choose — from honours programs or specialised postgraduate IT or science degrees to research‑oriented master’s programs. Many students go on to honours in science, advanced science research, or postgraduate IT disciplines like data science, cybersecurity or artificial intelligence, setting you up for leadership roles or academic research careers. These options help you tailor your future goals, whether that’s in industry innovation or scientific exploration.