Bachelor of Advanced Science (Honours)(Chemistry)

4 Years On Campus Bachelors Program

University of New South Wales

Program Overview

The Bachelor of Advanced Science (Honours) (Chemistry) at University of New South Wales equips you with much more than scientific facts — it’s designed for students eager to dive into research, work alongside world‑leading scientists, and graduate with advanced analytical and experimental skills that set you apart in the job market. You’ll study chemistry through both structured coursework and hands‑on research from your first year, ending in a full honours research project that prepares you for leadership, innovation and higher‑degree study in fields like materials, pharmaceuticals or environmental science.

Curriculum Structure:

Year 1:
You’ll kick off with foundation science courses that sharpen your understanding of key principles, including SCIF1001 Level 1 Research Skills, where you learn to think like a scientist by engaging with real research questions. Alongside these, introductory chemistry units help you build a strong understanding of molecular structure and reaction mechanisms, setting a solid base for your chosen major.

Year 2:
In your second year, learning becomes more specialised as you delve deeper into analytical techniques and experimental methods that chemists use in professional labs. You’ll continue with your major coursework while participating in SCIF2001 Level 2 Research Experience, which embeds you in authentic research projects with your peers and mentors — a great way to refine your laboratory skills and scientific judgment.

Year 3:
By the third year, you’re expanding your scientific expertise with advanced chemistry units that might cover physical chemistry, organic synthesis or materials design, all while developing a Graduate Portfolio through SCIF3010 that highlights your research development and professional readiness. This portfolio becomes a powerful tool for future employers or postgraduate applications.

Year 4 (Honours):
Your final year is all about independent research — you’ll undertake an embedded honours project where you design and conduct an original investigation in chemistry under expert supervision, synthesising what you’ve learned into publishable‑quality research. This honours thesis, combined with advanced coursework, positions you for competitive careers or pathways to PhD study.

Focus Areas (in a string):
Chemical synthesis, analytical chemistry, physical chemistry, research methodology, scientific communication, laboratory techniques

Learning Outcomes (in a string):
Conduct independent research, apply advanced analytical methods, interpret complex data, communicate scientific findings, integrate theory with practice

Professional Alignment (Accreditation):
This degree with integrated honours embeds high‑level research training recognised within Australian science education frameworks, establishing a clear pathway to PhD programs and research careers.

Reputation (Employability Rankings):
UNSW Science is globally recognised with multiple science subjects ranked in the QS World University Rankings by Subject top 50, enhancing the degree’s value for future employers and academic pathways.

Experiential Learning (Research, Projects, Internships etc.)

At the University of New South Wales, the Bachelor of Advanced Science (Honours) (Chemistry) is built around real scientific inquiry — you won’t just sit through lectures, you’ll be doing science with world‑class researchers from day one. This degree integrates embedded research and professional development courses that guide you from foundational lab techniques to independently designing and running your own honours research project, using cutting‑edge facilities that few universities can match. Along the way, you’ll gain practical skills in modern analytical tools, collaborate on research with peers and supervisors, and track your professional growth through UNSW’s SciConnect platform, which helps you build a graduate portfolio employers value:

State‑of‑the‑art research laboratories: Chemistry students work in specialist labs across the Dalton building, Chemical Sciences Building and Hilmer facilities, with access to advanced instrumentation and analytical environments where real research happens.
Mark Wainwright Analytical Centre (MWAC): As a chemistry student you’ll benefit from proximity to Australia’s leading shared analytical facility, complete with high‑end spectroscopy, mass spectrometry, imaging and materials analysis tools critical for cutting‑edge experiments.
Embedded research courses: Core courses such as SCIF1001 Level 1 Research Skills and SCIF2001 Level 2 Research Experience place you in authentic research settings, working collaboratively and applying scientific methods in real projects.
Honours research project: Your fourth year is dedicated to an independent honours project in chemistry that strengthens your ability to plan experiments, analyse data and communicate findings — all under expert supervision.
Professional development tools: Through SciConnect, you’ll track and showcase your skills, professional experiences, leadership and career goals in a portfolio that helps you transition confidently into graduate roles.
Society and community engagement: Chemistry students often connect with peers and staff through the Students of Chemistry Society and other cohort activities that enrich your experience beyond the classroom.

Progression & Future Opportunities

Graduates of the Bachelor of Advanced Science (Honours) (Chemistry) at University of New South Wales are ready to launch into important scientific roles with credentials that research‑focused employers respect. This degree prepares you for careers where solving complex problems and using advanced analytical techniques are core — from research scientist to materials engineer, biotechnologist or environmental scientist. Typical roles include research scientist, molecular biologist, data scientist, and environmental scientist, all of which draw on your hands‑on research experience and strong technical foundation.

Here’s how UNSW supports you on your career journey:

UNSW Careers & SciConnect support: through the embedded SciConnect platform, you’ll build a professional portfolio, get career planning support, and gain access to networking and development opportunities that help you transition into the workforce with confidence.
Employment outcomes and salary potential: UNSW is ranked #1 in Australia for graduate employment outcomes, with graduates often earning the highest median salaries among Go8 universities — a real advantage in science fields where practical experience matters.
Industry links and pathways: UNSW’s strong partnerships with research institutions and industry — including organisations like CSIRO and major biotech companies — create avenues for collaboration, internships and future employment.
Long‑term value of honours: because the degree culminates in an independent research project and embedded honours, you finish with a qualification that’s highly regarded by research employers and gives you a direct pathway into postgraduate research study.
Graduation outcomes: graduates enter fast‑growing science and technology sectors such as professional, scientific and technical services — a field projected to employ over a million Australians by 2029 — with the skills to contribute meaningfully from day one.

Further Academic Progression:
After completing your four‑year honours degree, you can pursue higher research degrees like a Master of Philosophy (MPhil) or PhD in Chemistry or related fields, leveraging your honours thesis and laboratory experience to specialise even further. Many graduates also choose postgraduate coursework in areas such as chemical engineering, environmental science or biomedical research to broaden expertise and boost career prospects.