IB Chemistry HL TutoringOne-to-one online preparation for the Kimya Higher Level syllabus

Our IB Chemistry HL tutoring programme fully covers the Chemistry Higher Level syllabus, one of the most comprehensive and demanding science courses in the IB Diploma Programme. We examine the structure and behaviour of matter from the atomic level to macroscopic properties with a systematic, in-depth approach. Our experienced IB teachers make abstract chemistry concepts concrete with 3D molecular models, animations and laboratory applications.

The core topics can be grouped into three main branches. In physical chemistry, we cover atomic structure and the periodic table, chemical bonding theories (ionic, covalent and metallic bonds and intermolecular forces), stoichiometry and chemical calculations, thermodynamics (enthalpy, entropy, Gibbs free energy), chemical kinetics (reaction rates, activation energy, catalysts), equilibrium (Le Chatelier's principle, equilibrium constants) and electrochemistry (redox, electrolysis, cell potentials) in depth.

In inorganic chemistry we cover a detailed analysis of the periodic table, transition metal chemistry (coordination compounds, colour and magnetic properties), the d-block elements and their industrial applications. Our teachers systematically explain periodic trends (atomic radius, ionisation energy, electronegativity) and their effect on chemical behaviour.

Organic chemistry is one of the broadest and most challenging parts of the IB Chemistry HL syllabus. We provide in-depth teaching on the naming of organic compounds (IUPAC system), functional groups (alcohols, aldehydes, ketones, carboxylic acids, esters, amines), reaction mechanisms (nucleophilic and electrophilic substitution, elimination, addition reactions), stereochemistry and isomerism (structural isomers, geometric isomers, optical isomers). Our teachers visualise organic mechanisms step by step with electron-flow arrows.

HL-specific advanced topics include energetics and thermodynamics (Born-Haber cycle, lattice enthalpy calculations, entropy and Gibbs free energy), biochemistry (protein structure and function, enzymes and enzyme kinetics, lipids and carbohydrates), medicinal chemistry (drug design principles, pharmacokinetics) and environmental chemistry (atmospheric pollution, water chemistry, green chemistry). We make these complex concepts understandable and applicable.

The Internal Assessment (IA) project makes up 20% of the IB Chemistry HL grade and is a critical piece of work in which students demonstrate their scientific investigation skills. We provide comprehensive support at every stage of the IA: choosing a research question, forming a hypothesis, defining variables, experimental design, data collection and processing, uncertainty and error analysis, graphing and scientific report writing. Our experienced teachers know the assessment criteria inside out and teach the strategies needed for top marks.

Exam preparation is handled strategically and systematically. Under the current IB Sciences syllabus (First Exams 2025), the exam consists of two written components - Paper 1 (multiple choice + data-based questions) and Paper 2 (short and long-response questions, with a data booklet and periodic table provided) - plus the Internal Assessment (IA). Past-paper practice, mark scheme analysis and timing practice are done regularly. Students learn to think from the IB assessment perspective and structure their answers accordingly.

Our service is fully personalised to the student's level, goals and university plans. A strong Chemistry HL grade is critical for students targeting medicine, pharmacy, chemical engineering or biochemistry. We build a solid chemistry foundation for students starting in the Pre-IB period and offer intensive revision and past-paper work to IB Year 2 students during exam season. Our programme plans together the content, problem solving and exam strategy a student needs for high goals.