This course is designed for IB Diploma Programme students taking Chemistry at Higher Level who need both syllabus mastery and assessment-ready performance. It covers the full progression from diagnostic review and target-grade planning through physical chemistry, organic chemistry, analytical methods, higher-level extensions, Internal Assessment work, and final revision strategy.
Students learn the chemistry itself in a structured way and also learn how IB assessment works in practice. The course makes explicit how to respond to command terms, how marks are awarded, how to organize calculations and explanations, and how to improve from common error patterns rather than repeating them.
- Foundations and planning: diagnostic assessment, baseline analysis, target-grade setting, personal study planning, and mistake-log use
- Assessment literacy: syllabus mapping, assessment objectives, paper structure, command terms, markschemes, grade boundaries, and time management
- Physical chemistry: stoichiometry, atomic structure, periodicity, bonding, energetics, kinetics, equilibrium, acids and bases, and redox with quantitative problem solving throughout
- Organic chemistry: nomenclature, isomerism, mechanisms, synthesis, stereochemistry, aromatic chemistry, biomolecules, and structured pathway questions
- Analytical chemistry: qualitative tests, chromatography, IR, mass spectrometry, NMR, and combining data to identify unknown compounds
- HL integration: advanced calculations, transition metal ideas, cross-topic reasoning, and unfamiliar data-response tasks
- Internal Assessment preparation: research question design, variable control, method planning, uncertainty treatment, evaluation, and scientifically justified improvements
- Exam readiness: timed drills, paper-specific strategy, markscheme review, spaced revision, and weak-area remediation
The teaching emphasis is practical and concrete. Students work through worked examples, guided practice, independent practice, short quizzes, cumulative review, and original exam-style questions with full explanations. Common mistakes are addressed directly, including unit handling, significant figures, sign errors, state-symbol issues, weak justifications, and misreading of command terms.
By the end of the course, students should be able to:
- Apply core and HL chemistry concepts accurately across familiar and unfamiliar problems
- Complete quantitative chemistry confidently, including multistep stoichiometric, equilibrium, energetics, acid-base, and electrochemical calculations
- Explain chemical behavior using particle-level reasoning, structural arguments, and data evidence
- Interpret spectroscopic and experimental data systematically
- Write clear, mark-winning answers that match IB command terms and assessment criteria
- Design, analyze, and evaluate an Internal Assessment or comparable coursework task to a high academic standard
- Revise strategically using performance data, spaced retrieval, and targeted correction of weak areas
This makes the program suitable for students aiming to strengthen weak fundamentals, consolidate HL understanding, improve exam performance, and produce more precise, evidence-based chemistry work across both tests and coursework.