The Chemistry curriculum is designed to develop students’ understanding of the fundamental principles that govern the physical and chemical world. This course combines theoretical knowledge with practical experimentation, encouraging students to think logically, solve problems, and apply scientific concepts to real-life situations. Chemistry is a challenging and rewarding subject that supports a wide range of future academic and career pathways.

What will you study?

Students follow the AQA A Level Chemistry specification, which includes:

• Physical chemistry – atomic structure, bonding, energetics, kinetics, equilibria, and electrochemistry
• Inorganic chemistry – periodicity, group chemistry, transition metals, and reactions of ions
• Organic chemistry – alkanes, alkenes, alcohols, aromatic chemistry, polymers, and analytical techniques

Assessment

Assessment is through three written examinations at the end of the course:

• Paper 1: Inorganic and some physical chemistry – 2 hours (35% of A Level)
• Paper 2: Organic and the remaining physical chemistry – 2 hours (35% of A Level)
• Paper 3: Practical skills, data analysis, and synoptic content – 2 hours (30% of A Level)

There is also a practical endorsement, assessed separately on a pass/fail basis.

Entry requirements

To study Chemistry, students should have:

• A minimum of 5 GCSEs at Grade 9–4 (or equivalent)
• A Grade 6 in Chemistry or 6-6 in Combined Science
• A Grade 6 in Mathematics is also required

Enrichment opportunities

Students benefit from a range of enrichment activities, including:

• Practical lab work and advanced experiments
• Chemistry competitions and challenges
• Guest lectures and university taster sessions
• Support for medical, veterinary, and science-related university applications

These experiences help students apply their learning in real-world contexts and develop broader skills in analysis, precision, and scientific communication.

Progression and careers

Studying Chemistry opens doors to a wide range of university courses and career pathways, including:

• Medicine, Dentistry, Veterinary Science, Biochemistry, Forensic Science, Environmental Science, and Chemical Engineering
• Transferable skills in problem-solving, data handling, and critical thinking

This subject is highly respected by universities and is essential for many science-based degrees and professions.

“I chose Chemistry because I enjoy learning about what everything is made of and doing all the fun practicals that come with it. I especially enjoyed a recent practical making aspirin. The practical element of the course allows the content to be consolidated, helping me understand the material more deeply.”
— Harrison Taylor