Bachelor of Science(chemistry) and Bachelor of Information Technology

4 Years On Campus Bachelors Program

Macquarie University

Program Overview

The Bachelor of Science (Chemistry) and Bachelor of Information Technology at Macquarie University is a unique double degree that blends scientific discovery with modern digital skills. It’s a great choice for students who enjoy chemistry but also want to understand how computing, programming, and data analysis are used in today’s scientific and technology-driven industries.

Throughout the program, you’ll develop strong laboratory skills in chemistry while also learning how to work with software, data systems, and programming tools. This combination prepares you for careers where science and technology intersect.

Curriculum structure

Year 1 – Building the foundations

In your first year, you’ll build a strong base in both chemistry and computing. Chemistry units such as CHEM1001 Foundations of Chemical and Biomolecular Sciences 1 and CHEM1002 Foundations of Chemical and Biomolecular Sciences 2 introduce key concepts like atomic structure, chemical reactions, and essential laboratory techniques. At the same time, IT subjects such as COMP1000 Introduction to Computer Programming and COMP1010 Fundamentals of Computer Science help you develop programming skills and computational thinking.

Year 2 – Expanding technical knowledge

In the second year, you begin to explore chemistry in greater depth while strengthening your computing knowledge. Units such as CHEM2201 Analysis and Measurement and CHEM2401 Physical Chemistry I focus on analytical methods and chemical processes used in modern laboratories. Alongside this, IT units like COMP2250 Data Communications and COMP2290 Database Systems introduce you to computer networks, data storage, and information management.

Year 3 – Applying science and technology

By the third year, your studies become more advanced and practical. Chemistry units such as CHEM3202 Advanced Analysis and Measurement and CHEM3601 Advanced Synthesis focus on complex chemical analysis and experimental design. Meanwhile, IT units like COMP3100 Software Engineering Project give you the opportunity to work on collaborative software development projects and strengthen your problem-solving skills.

Year 4 – Specialisation and real-world applications

In the final year, you’ll focus on higher-level subjects that allow you to apply both chemistry and IT knowledge. Chemistry units such as CHEM3801 Medicinal Chemistry explore how chemistry contributes to drug discovery and pharmaceutical development. At the same time, advanced IT units allow you to deepen your expertise in areas such as software development, data systems, or cybersecurity.

Focus areas (in a string):

Analytical chemistry, organic synthesis, physical chemistry, programming, data analysis, scientific computing, laboratory research, information systems

Learning outcomes (in a string):

Understand fundamental chemistry concepts, conduct and analyse laboratory experiments, apply programming to scientific problems, manage and analyse complex data, develop digital solutions for scientific research, communicate scientific and technical ideas effectively

Professional alignment (accreditation):

The Information Technology component aligns with global computing industry standards and prepares graduates for careers that combine science, technology, and data-driven research.

Reputation (employability rankings):

Macquarie University is ranked among the top 1% of universities worldwide in the QS World University Rankings, reflecting its strong research reputation and graduate employability.

Experiential Learning (Research, Projects, Internships etc.)

At Macquarie University, the Bachelor of Science (Chemistry) and Bachelor of Information Technology is designed so you don’t just learn theory—you actively apply it in real environments. Throughout the degree, you’ll spend time in modern chemistry laboratories and advanced computing spaces where experimentation, programming, and data analysis are part of everyday learning. This combination allows you to explore how chemistry and technology work together, while building practical skills that are highly relevant to industry.

You’ll work with professional scientific equipment, collaborate with classmates on projects, and use digital tools commonly used in IT and data science. These experiences help you develop both laboratory confidence and strong technical computing skills. Some of the key facilities and practical learning opportunities available to students include:

Modern chemistry teaching laboratories where students carry out experiments and learn practical techniques such as chemical analysis, spectroscopy and laboratory data interpretation.
Specialised wet chemistry laboratories designed for experimental work in areas such as analytical and organic chemistry.
Student computer laboratories across campus, equipped with high-performance computers for coding, programming projects, and data analysis.
Artificial Intelligence and Data Science facilities, where students can explore technologies like machine learning, natural language processing and data analytics.
MAPS Maker Space, an innovation hub with tools such as 3D printers, electronics equipment and laser cutters, allowing students to prototype ideas and work on interdisciplinary projects.
Collaborative group projects that combine scientific investigation with computing and data skills, helping students gain teamwork and problem-solving experience.
Research-focused science and engineering facilities that support project-based learning and allow students to engage with real scientific challenges.
Extensive library and study spaces, offering digital research resources, collaborative work areas, and quiet environments for independent study.

Progression & Future Opportunities

Graduates of the Bachelor of Science (Chemistry) and Bachelor of Information Technology at Macquarie University leave with a powerful combination of scientific knowledge and digital expertise. This unique mix means you’re not limited to just one industry—you can move confidently between science, technology, and data-driven fields. Many graduates build careers as chemical analysts, data analysts, software developers, or laboratory technologists, working in sectors such as pharmaceuticals, environmental science, research, and technology:

Career and Employment Service at Macquarie University supports students throughout their studies with personalised career advice, résumé and interview workshops, networking events, and access to the MQ Employability Connect platform where students can discover internships and graduate job opportunities.
Industry connections in the Macquarie Park Innovation District, one of Australia’s largest technology and business hubs located next to the university, give students exposure to leading companies and potential career pathways.
Strong employability reputation, with QS World University Rankings consistently recognising Macquarie for graduate employability worldwide.
Competitive starting salaries, with many graduates entering technology or science-related roles in Australia with starting salaries typically around AUD $60,000–$75,000+, depending on the role and industry.
Industry-relevant skills, combining laboratory chemistry experience with programming, data analysis, and problem-solving skills that employers actively look for.
Networking and recruitment opportunities, including career fairs, employer presentations, and mentoring programs that help students build professional connections before graduation.

Further Academic Progression:
If you decide to continue studying, this degree also provides excellent pathways for further education at Macquarie University. Graduates can pursue a Bachelor of Science (Honours) in chemistry or a related field to gain deeper research experience. You could also move into postgraduate programs such as a Master of Information Technology, Master of Data Science, or research degrees like a Master of Research (MRes) or PhD, opening the door to advanced research roles, specialised technology careers, or academic opportunities.