Chemistry 1A

University of Adelaide

One semester

In a nutshell

Chemistry 1A is a foundational undergraduate course designed for students with SACE Stage 2 Chemistry background, exploring advanced chemistry concepts including thermodynamics, electrochemistry, kinetics, and organic chemistry. Ideal for students pursuing chemistry-related degrees in biological, health, and environmental sciences.

What you'll need to get in

Students should have completed SACE Stage 2 Chemistry. No formal prerequisites, corequisites, or antirequisites are required. No assumed knowledge beyond SACE Stage 2 Chemistry is necessary. Students can enrol as a single course or as part of various Bachelor of Science and related degree programs.

Subject breakdown

The course is structured around four main topics: Energy and Equilibrium, covering fundamental concepts of energy and chemical equilibrium; Acids and Bases, Electrochemistry and Kinetics, exploring acid-base chemistry, electrochemical processes, and reaction rate theory; Organic Chemistry, including stereoisomers, addition and substitution reactions, and synthetic routes; and Practicals, providing hands-on laboratory experience in recording and interpreting experimental results while developing safety competencies.

Why this provider?

The University of Adelaide is a leading Australian research institution offering contemporary, accessible, and future-focused degrees. The Chemistry 1A course is delivered by experienced instructors from the School of Physics, Chemistry and Earth Sciences, providing rigorous foundational chemistry education with real-world applications. The university's commitment to student success and comprehensive support services ensures learners receive quality education in a collaborative learning environment.

Where will this course take you?

Chemistry 1A provides essential preparation for advanced chemistry studies and chemistry-related fields including biochemistry, medicinal chemistry, analytical chemistry, nuclear chemistry, and biotechnology. Graduates can pursue careers in pharmaceutical research, environmental science, chemical engineering, healthcare, materials science, and education. The course is a foundational unit in numerous Bachelor of Science programs, opening pathways to professional roles in research, industry, and academia.