Bachelor of Science in chemistry

3 Years On Campus Bachelors Program

Deakin University

Program Overview

If you’re fascinated by how substances react, how medicines are created, or how materials are engineered, Deakin’s Bachelor of Science (Chemistry) gives you the knowledge and hands-on experience to explore it properly. Over three years, you’ll study core areas of chemistry while building strong laboratory, analytical and problem-solving skills that prepare you for real scientific careers or further postgraduate study.

Curriculum Structure

Year 1 – Laying the Scientific Groundwork
In your first year, you’ll build your foundation through units such as Chemistry Fundamentals and Laboratory and Fieldwork Safety, alongside broader science subjects that strengthen your quantitative thinking. You’ll learn about atomic structure, bonding, reactions and core laboratory techniques, gaining confidence in handling equipment and understanding how chemistry works at a fundamental level.

Year 2 – Developing Depth and Technical Skills
Second year is where your chemistry knowledge really expands. Through units like Organic Chemistry, Analytical Chemistry, and Physical Chemistry, you’ll explore reaction mechanisms, instrumental analysis and thermodynamics in more detail. Laboratory sessions become more advanced, helping you develop precision, accuracy and the ability to interpret complex chemical data.

Year 3 – Advanced Chemistry and Real-World Application
In your final year, you’ll tackle higher-level units such as Advanced Organic Chemistry and Inorganic Chemistry, integrating theory with complex laboratory practice. You’ll refine your research and analytical skills, preparing yourself for professional roles in laboratories, industry settings or further study such as honours or postgraduate research.

Focus areas (in a string):

Organic chemistry, inorganic chemistry, analytical chemistry, physical chemistry, laboratory techniques, chemical analysis, research skills.

Learning outcomes (in a string):

Strong understanding of chemical principles, ability to design and conduct experiments safely, confidence using analytical techniques, critical thinking and data interpretation skills, effective scientific communication, and teamwork capability.

Professional alignment (accreditation):

The chemistry major is structured to meet professional scientific standards and provides the academic preparation required for professional recognition within the chemistry field in Australia.

Reputation (employability rankings):

Deakin University is ranked within the top 1% of universities worldwide in the QS World University Rankings and is recognised for strong graduate employability and industry-relevant teaching.

Experiential Learning (Research, Projects, Internships etc.)

At Deakin, chemistry isn’t something you just read about — it’s something you practise every week. From first year, your learning includes structured laboratory classes where you handle equipment, run experiments, analyse samples and interpret real data. As you progress through the degree, your practical work becomes more advanced and research-focused, helping you develop the independence, precision and confidence expected of a professional chemist.

You’ll study in purpose-built science facilities and work with modern instrumentation while being supported by academics who are active in scientific research. Practical work is embedded into core units like Chemistry in Our World and Chemistry for the Professional Sciences, meaning hands-on learning is not optional — it’s central to your success:

Weekly laboratory sessions built into chemistry units such as Chemistry in Our World and Chemistry for the Professional Sciences, where you apply theory through real experiments.
Access to Deakin’s modern chemistry and science laboratories across its campuses, equipped for analytical and experimental work.
Collaborative laboratory projects that build teamwork, problem-solving and scientific communication skills.
Research-informed teaching from academic staff engaged in active science and chemistry research.
Industry-informed learning tasks that help you connect laboratory skills to real-world professional contexts.
Use of Deakin’s digital learning environment (DeakinSync) to access lab materials, data sets, pre-lab preparation resources and scientific databases through the Deakin Library.

If you’re someone who learns best by experimenting, analysing and discovering things for yourself, this program gives you consistent, structured practical exposure throughout all three years.

Progression & Future Opportunities

Choosing to study Chemistry at Deakin isn’t just about learning formulas — it’s about building a career with real direction. By the time you graduate, you’ll have strong laboratory skills, problem-solving ability and industry awareness that employers genuinely value. Graduates commonly step into roles such as analytical chemist, environmental scientist, laboratory technician, or research assistant — positions where your scientific training translates directly into practical impact:

Here’s how Deakin helps you move confidently from university into your career:

Dedicated career support through DeakinTALENT: You’ll have access to one-on-one career coaching, resume and LinkedIn workshops, interview preparation, employer networking events, and job opportunities — support that continues for up to 12 months after you graduate.
Strong employability reputation: Deakin is ranked in the top 1% of universities worldwide, reflecting its strong graduate outcomes and focus on producing job-ready graduates.
Industry-connected learning: The science faculty works closely with industry and government organisations to keep the curriculum aligned with workforce needs, and work-integrated learning opportunities help you gain exposure to real professional environments.
Professional recognition: The Chemistry major is accredited by the Royal Australian Chemical Institute (RACI), which strengthens your professional credibility and can support membership pathways in the chemistry profession.
Flexible career pathways: Graduates move into laboratory research, environmental monitoring, quality control, pharmaceuticals, and scientific consulting — giving you flexibility across both public and private sectors.

Further Academic Progression:
If you discover a passion for research or want to specialise further, you can progress into a Bachelor of Science (Honours) year, where you’ll complete an independent research project and deepen your expertise. From there, many students continue into a Master’s degree or PhD, opening doors to advanced research roles, academic careers, or senior scientific positions in industry.