Bachelor of Science(chemistry)

3 Years On Campus Bachelors Program

Macquarie University

Program Overview

If you’re fascinated by how substances interact, how medicines are developed, or how chemistry helps solve environmental and technological problems, the Bachelor of Science (Chemistry) at Macquarie University is a great choice. This three-year degree introduces you to the core principles of chemistry while giving you hands-on laboratory experience and the practical skills needed to work in modern scientific fields.

The program is ideal for students who enjoy experimenting, analysing data, and understanding how chemical processes shape the world around us. Throughout the degree, you’ll explore everything from molecular structures to advanced chemical analysis, preparing you for careers in research, pharmaceuticals, environmental science, and many other science-driven industries.

Curriculum structure

Year 1 – Building your scientific foundation

In your first year, you’ll start by learning the fundamentals of chemistry and how scientists investigate the chemical world. Units such as CHEM1001 Foundations of Chemical and Biomolecular Sciences 1 and CHEM1002 Foundations of Chemical and Biomolecular Sciences 2 introduce key topics like atomic structure, chemical bonding, reactions, and laboratory techniques. These subjects help you develop strong scientific thinking and the basic lab skills needed for more advanced chemistry.

Year 2 – Exploring how chemistry works in practice

In the second year, your learning becomes more specialised and analytical. Units such as CHEM2201 Analysis and Measurement, CHEM2401 Physical Chemistry I, and CHEM2601 Synthesis help you understand how scientists measure chemical substances, investigate reaction mechanisms, and study molecular behaviour. You’ll spend more time working with modern laboratory instruments and developing the problem-solving skills used in real scientific research.

Year 3 – Advanced chemistry and real-world applications

By your final year, you’ll move into more advanced and specialised areas of chemistry. Subjects like CHEM3202 Advanced Analysis and Measurement, CHEM3601 Advanced Synthesis, and CHEM3801 Medicinal Chemistry allow you to explore complex chemical systems, drug design concepts, and sophisticated analytical techniques. This stage helps you connect theory with real-world applications and prepares you for professional or research-focused roles.

Focus areas (in a string):

Analytical chemistry, organic synthesis, physical chemistry, medicinal chemistry, biomolecular chemistry, laboratory analysis, environmental chemistry, chemical instrumentation

Learning outcomes (in a string):

Understand core chemical principles, design and conduct laboratory experiments, analyse and interpret chemical data, use modern analytical instruments, solve complex scientific problems, communicate scientific results effectively

Professional alignment (accreditation):

The program aligns with international standards in chemical sciences and prepares graduates for professional roles in scientific laboratories, research organisations, pharmaceutical companies, and environmental agencies.

Reputation (employability rankings):

Macquarie University is globally recognised for its science programs and is ranked in the top 1% of universities worldwide according to the QS World University Rankings, reflecting its strong research reputation and graduate employability.

Experiential Learning (Research, Projects, Internships etc.)

At Macquarie University, chemistry is learned best by doing. Throughout the degree, students spend significant time in modern laboratories where they run experiments, analyse samples, and learn how to operate professional scientific instruments. This practical experience helps students move beyond theory and develop the real laboratory skills used by chemists in research, pharmaceutical, and environmental industries.

As you progress through the program, you’ll gain experience working with advanced analytical equipment, collaborating with classmates on laboratory investigations, and analysing scientific data using digital tools. These opportunities are supported by specialised research and teaching facilities across the Faculty of Science and Engineering, allowing students to train in environments similar to professional scientific laboratories:

Chemistry teaching laboratories – Large, purpose-built labs where students carry out practical experiments related to chemical reactions, analysis, and synthesis while developing safe laboratory practices.
Wet chemistry research labs – Equipped with tools such as fume cupboards, centrifuges, ultrasonic baths, and pH meters used for chemical experimentation and sample preparation.
Advanced analytical instrumentation – Students may work with modern instruments such as gas chromatography–mass spectrometry (GC-MS) and particle-analysis tools like the Zetasizer Nano-ZS to measure and analyse chemical compounds.
Research-grade facilities – Access to equipment used by researchers including scanning electron microscopes (SEM), X-ray fluorescence (XRF), ICP-MS mass spectrometry, and Raman microscopy for advanced materials and chemical analysis.
Collaborative laboratory projects – Many practical sessions involve group-based experiments and problem-solving tasks, helping students develop teamwork and scientific communication skills.
Scientific computing labs – Campus computer laboratories provide access to digital tools and software used for data analysis, modelling, and processing experimental results.
Research centres and institutes – Students study within a research-active environment supported by specialised facilities across the university that focus on areas such as environmental science, materials chemistry, and biotechnology.
Campus learning resources – Students also benefit from extensive study spaces and scientific resources through the Macquarie University Library, which supports research and laboratory learning.

Progression & Future Opportunities

A chemistry degree from Macquarie can lead to a wide range of exciting career paths. Thanks to the strong laboratory training and analytical skills developed during the program, many graduates step into roles such as Analytical Chemist, Laboratory Scientist, Environmental Scientist, or Pharmaceutical Research Assistant. These careers exist in industries like pharmaceuticals, biotechnology, environmental science, and materials research — all sectors that rely heavily on skilled chemistry graduates.

Macquarie also puts a strong focus on helping students move smoothly from university into the workforce. Through career support services, professional placements, and industry connections, students are given practical opportunities to build experience and meet potential employers:

Career and Student Employment Service – Students can access personalised career advice, CV and resume reviews, interview preparation sessions, and job-readiness workshops through the university’s dedicated career support team.
Employability Connect job platform – Macquarie students have access to an exclusive job portal where employers advertise internships, graduate roles, and part-time opportunities specifically for Macquarie students and graduates.
PACE (Professional and Community Engagement) – Many students complete a PACE unit that involves working on a real-world project or professional placement with industry or community partners, helping them gain practical experience before graduating.
Career fairs and networking events – Throughout the year, students can attend employer networking sessions and career expos where they meet recruiters and learn about opportunities in science-related industries.
Industry connections – The university collaborates with companies such as 3M, Deloitte, PwC, Commonwealth Bank, and Ecolab, helping keep courses aligned with industry needs and opening pathways for internships and projects.
Macquarie Park Innovation District – The campus sits in one of Australia’s largest innovation hubs, home to more than 180 global companies. This location creates valuable networking and collaboration opportunities for students interested in research and industry careers.
Graduate employment outcomes – According to the Graduate Outcomes Survey, around 70% of Macquarie graduates seeking work secure employment within four months of graduating, highlighting strong employability outcomes.