Bachelor of Science majoring in Analytical Chemistry

3 Years On Campus Bachelors Program

University of Adelaide

Program Overview

If you’re curious about how scientists test water quality, verify pharmaceuticals, investigate crime scenes, or ensure food safety, Analytical Chemistry is where it all comes together. The Bachelor of Science majoring in Analytical Chemistry at the University of Adelaide is a three-year full-time degree that gives you strong chemical foundations and specialised analytical skills so you graduate confident working with advanced instruments, complex data, and real-world scientific problems.

Curriculum Structure

First Year
Your first year is all about building a strong scientific base. Through core chemistry courses such as Chemistry IA and Chemistry IB, you’ll explore chemical structure, reactions, thermodynamics and molecular behaviour while spending plenty of time in the lab developing safe and accurate laboratory techniques. This year sets you up with the confidence and discipline needed for more advanced analytical work later on.

Second Year
In second year, you start stepping into the world of analytical chemistry in a more focused way. Courses like Analytical Chemistry Skills, Bioanalytical Chemistry, and Environmental and Analytical Chemistry teach you how to measure substances precisely, interpret scientific data, and understand how analytical techniques are applied in environmental testing, medical diagnostics and industry. You’ll also strengthen your ability to handle and visualise scientific data, an increasingly important skill in modern laboratories.

Third Year
By your final year, you’re working at an advanced level. In Analytical Chemistry 3, you’ll study sophisticated techniques such as mass spectrometry, electrochemical analysis and multivariate data analysis, gaining experience with tools used in professional laboratories. You’ll also complete a research project or professional placement, giving you the chance to apply everything you’ve learned in a real research or industry environment — a major advantage when you graduate.

Focus areas (in a string): advanced analytical techniques, environmental analysis, bioanalytical chemistry, quantitative measurement, scientific data interpretation, instrumental analysis.

Learning outcomes (in a string): advanced laboratory competence, confidence with analytical instrumentation, strong quantitative and data analysis skills, ability to solve real scientific problems, professional communication skills.

Professional alignment (accreditation): Provisionally accredited by the Royal Australian Chemical Institute (RACI), allowing graduates to pursue professional membership and industry recognition.

Reputation (employability rankings): The University of Adelaide is consistently ranked among the world’s top universities in the QS World University Rankings, strengthening the global value and employability of your degree.

Experiential Learning (Research, Projects, Internships etc.)

One of the biggest strengths of studying Analytical Chemistry at the University of Adelaide is how hands-on the degree is. You won’t just learn about analytical techniques in theory — you’ll be in the lab regularly, working with real instruments, analysing samples, and interpreting data the way professional chemists do. As you progress, your practical skills become more advanced, and by third year you’re operating with a level of independence that truly prepares you for industry or research work.

Here’s how that experience comes to life throughout the degree:

• Extensive laboratory classes built into core chemistry subjects, where you develop skills in techniques such as chromatography, spectroscopy and mass spectrometry — the same tools used in environmental testing, pharmaceuticals and forensic labs.

• Dedicated analytical training in subjects like Analytical Chemistry Skills and Scientific Data Handling and Visualisation, where you learn how to process, interpret and present complex chemical data using modern computational tools.

• Access to teaching and research laboratories within the School of Physics, Chemistry and Earth Sciences, giving you exposure to professional-grade instrumentation in a real scientific environment.

• A research project or professional placement opportunity in your later studies, allowing you to apply your analytical expertise to a real-world problem under academic or industry supervision.

• Collaborative lab work and investigative projects that strengthen teamwork, problem-solving and scientific communication — essential skills for any chemistry career.

• Full access to the University’s extensive library system, digital databases and research support services, helping you build strong research and reporting skills alongside your laboratory training.

By the time you graduate, you won’t just understand analytical chemistry — you’ll have practised it, applied it and built the confidence to step straight into a professional laboratory or continue into advanced study.

Progression & Future Opportunities

When you graduate with a major in Analytical Chemistry from the University of Adelaide, you step into a field where accuracy, technical skill and problem-solving are in high demand. Many graduates move into roles such as Analytical Chemist, Laboratory Analyst, Environmental Scientist, or Quality Assurance Officer, working across pharmaceuticals, environmental monitoring, food production, mining, and research laboratories. It’s a degree that prepares you not just for a job, but for a long-term professional pathway in science:

• The University’s Career and Employability team supports you throughout your degree with career consultations, resume and interview coaching, employer networking events, and internship guidance — so you’re not figuring it out alone.

• Through the University’s Build My Employability initiative, you can gain industry experience, placements, and work-integrated learning opportunities that strengthen your professional profile before you graduate.

• The University maintains strong links with industry and research organisations in South Australia and nationally, particularly through partnerships connected to science, defence, environmental research, and advanced manufacturing sectors.

• The major is provisionally accredited by the Royal Australian Chemical Institute (RACI), which enhances your professional recognition and supports eligibility for professional membership — a valuable credential as your career grows.

• As a member of Australia’s Group of Eight research-intensive universities, Adelaide’s strong global reputation and QS World University Rankings performance contribute to the international recognition of your qualification.

Further Academic Progression:
If you discover a passion for research or want to specialise further, you can progress into an Honours year to deepen your research experience, followed by a Master of Science or even a PhD in chemistry or related scientific fields. This pathway can lead to advanced research roles, leadership positions in industry laboratories, or an academic career — giving you flexibility well beyond your first graduate role.