Expected change
- Build stronger command of the current SL syllabus
- Use reliable multi-step calculation methods
- Write clearer scientific explanations
- Interpret graphs and experimental data
- Connect Structure and Reactivity in unfamiliar questions
Entry check
- Can rearrange equations and complete standard mole calculations
- Can use particle and bonding models in a basic explanation
- Is currently studying the SL syllabus rather than seeking only last-minute revision
Course plan
View the week-by-week plan
- Week 1 — Retrieving Structure foundations and describing chemical change quantitatively
- Week 2 — Reactivity 1: enthalpy changes and energy profiles
- Week 3 — Reactivity 1: energy cycles and experimental energetics
- Week 4 — Reactivity 2: spontaneity and extent of change
- Week 5 — Reactivity 2: rates and kinetic evidence
- Week 6 — Reactivity 2: dynamic equilibrium and calculations
- Week 7 — Reactivity 3: acids, bases and proton transfer
- Week 8 — Reactivity 3: redox processes and electrochemistry
- Week 9 — Reactivity 3: nucleophiles, electrophiles and reaction types
- Week 10 — Organic pathways and multi-step problems
- Week 11 — Experimental data, uncertainty and conclusions
- Week 12 — Integrating Reactivity 1–3 in unfamiliar problems
Current individual tuition option
This syllabus guide remains available for reference, but no scheduled group is currently advertised for this international programme.
Request individual tuition