1 Years On Campus Bachelors Program
The Bachelor of Science with Honours (Chemistry) at the University of New England is designed for graduates who want to take their chemistry knowledge to the next level through independent research. It’s perfect for students who are passionate about chemistry and aiming for research roles, higher-level scientific positions, or further postgraduate study.
Curriculum Structure
Honours Year (1 Year)
During your honours year, the focus shifts from traditional coursework to hands-on research. The core unit, Honours in Science (SCI400), lets you choose a research project under the guidance of an experienced supervisor, giving you the chance to plan experiments, analyse data, and communicate your findings. Alongside your research, you’ll attend seminars and workshops to strengthen skills like scientific writing, literature review, and critical thinking — all essential if you’re considering a future in research, academia, or advanced scientific careers.
Focus Areas
Independent research, experimental design, advanced data analysis, scientific communication.
Learning Outcomes
Graduates will be able to plan and conduct independent research, apply advanced analytical techniques, critically assess scientific literature, and present results clearly and confidently.
Professional Alignment (Accreditation)
Completing an honours year adds significant value to your degree, giving your qualification professional and academic weight, especially if you plan to pursue a Master’s or PhD in chemistry or related fields.
Reputation (Employability & Student Success)
UNE’s honours programs are highly regarded for bridging undergraduate study and research. You’ll gain real, hands-on experience in a supportive research environment, preparing you for both scientific careers and advanced study.
In your Honours year at UNE, learning moves beyond lectures to hands-on, independent research that mirrors what professional scientists do every day. You’ll work closely with an academic supervisor to design your project, carry out experiments, analyse data, and present your findings. UNE’s chemistry labs and research environment give you access to the same tools and techniques used in real-world research, helping you build confidence, technical expertise, and scientific judgement.
Here’s what practical learning looks like during the Honours year:
Independent research project: In Honours in Science (SCI400), you’ll take the lead on a research topic, planning experiments, collecting and analysing data, and writing a thesis that showcases your work.
Specialised chemistry labs: UNE’s modern labs provide the equipment and facilities you need for advanced chemical analysis and experimentation, letting you apply theory in a real research setting.
Research skills workshops: Seminars and training sessions help you develop skills in literature review, scientific writing, data interpretation, and presenting your results — all essential for a career in research or further study.
Collaborative research culture: Even as you conduct independent research, you’ll be part of a vibrant community of students and academics, sharing ideas and getting feedback to refine your work.
Library and digital resources: UNE’s Dixson Library supports your research with access to scientific journals, databases, and digital tools, helping you stay up to date and build a strong evidence base for your project.
Completing the Bachelor of Science with Honours (Chemistry) at UNE gives you the skills, confidence, and hands-on research experience to step into advanced scientific roles or continue your studies. Graduates often move into positions such as research scientist, analytical chemist, laboratory manager, or pharmaceutical research assistant, applying their practical lab skills and analytical thinking to real-world problems:
Career support services: UNE’s Career Success Hub helps you plan your next steps with one-on-one advice, resume and interview workshops, employer networking events, and job opportunities specifically for science graduates.
Employment outcomes and salary: Honours graduates in chemistry are highly employable, often securing research or lab-based roles soon after finishing their degree. Starting salaries are typically around AUD 65,000–70,000, with growth as experience increases.
Industry and research connections: You’ll benefit from opportunities to engage with research projects and networks in pharmaceuticals, biotechnology, and environmental science, helping you build valuable professional contacts.
Professional recognition: Completing an Honours year is recognised by the Royal Australian Chemical Institute (RACI), giving your degree credibility and strengthening your career prospects in both academic and professional fields.
Graduate outcomes: You’ll graduate with strong research, analytical, and communication skills, ready for careers in scientific research, industry roles, or further academic study.
Further Academic Progression:
After your Honours year, you can continue your studies with a Master of Science or a PhD in chemistry or related disciplines. These pathways allow you to specialise further — for example in medicinal chemistry, analytical chemistry, or chemical research — opening doors to advanced research positions, academic careers, or leadership roles in science industries.



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