International Baccalaureate(IB) Chemistry
Tuition
IB Chemistry is a demanding subject, and not just because of content volume. Students are expected to move fluidly between topics like atomic structure and organic mechanisms, connecting theory to practical work and an Internal Assessment (IA) worth 20% of their grade.
Our IB Chemistry tuition programme is designed for Year 5 and 6 students taking HL Chem. Guided by experienced tutors, each lesson is built to help students link key concepts in the syllabus and sharpen exam skills through effective knowledge application.

Comprehensive IB Chemistry Tuition for Year 5 to 6 Students
We break down complex mechanisms, equilibrium systems, and calculations step-by-step. This way, we help each student build the kind of topic mastery that holdsup even during exams.
IB Year 5 English Tuition
The jump from secondary school Chemistry to IB Chemistry can be a big one. Our IB Year 5 Chemistry tuition programme is structured to help you with it – each topic is unpacked carefully, with targeted practice questions to reinforce understanding.
Small group sizes also allow tutors to closely monitor each student’s progress and provide more targeted guidance where needed.
Key topics covered in IB Year 5 Chemistry:
Stoichiometric Relationships
Students will master mole calculations, empirical and molecular formulae, limiting reagents, and percentage yield through structured problem-solving techniques and IB-style exam questions. Important foundational topic which will be heavily referenced to later on in topics such as Acids & Bases and Uncertainties & Error Propagation.Atomic Structure
Students will explore electron configurations, ionisation energy trends, and atomic models while learning how to explain patterns using clear IB answer templates. Key concepts learnt here are transferrable to other topics such as Periodicity, Transition Metals and Chemical BondingPeriodicity
Students will understand periodic trends, atomic radius, electronegativity, and reactivity through visual models and structured explanations that examiners love. We will also explore and contrast similarities and differences between main group elements and transition metals. We will also go beyond what we have learnt in secondary school and understand in-depth, properties of Transition Metals, such as colours.Chemical Bonding & Structure
Students will learn ionic, covalent, metallic bonding, intermolecular forces, and giant structures using our signature frameworks to tackle complex application questions. We use modelling in this topic extensively, bringing 2-dimensional diagrams to life so that students are able to visualise and relate real models to concepts and theories they are learning in class.Chemical Bonding & Structure
Students will learn ionic, covalent, metallic bonding, intermolecular forces, and giant structures using our signature frameworks to tackle complex application questions. We use modelling in this topic extensively, bringing 2-dimensional diagrams to life so that students are able to visualise and relate real models to concepts and theories they are learning in class.Energetics & Thermochemistry
Students will investigate energy changes, enthalpy cycles, bond enthalpies, and calorimetry while mastering data analysis and calculation techniques frequently tested in exams. Students will also lean how concepts from this topic can be applied to other topics, especially in their internal assessments if they are using calorimetry in their research.Kinetics
Students will understand collision theory, rate equations, activation energy, and catalysts through graphical analysis and experimental data interpretation. Students will be equipped with skills to draw patterns from graphical trends and relate it to theoretical knowledge and relate their analysis to other concepts such as Organic Chemistry mechanisms.Equilibrium
Students will develop confidence with dynamic equilibrium, Le Chatelier’s Principle, equilibrium constants, and real-world industrial applications such as the Haber Process. We will also analyse graphical data in determining shifts in equilibrium positions and conditions, and draw upon our knowledge from the topic and apply it to other topics such as Acids and Bases, and Organic Chemistry reactions.Acids & Bases
Students will be equipped with strong foundations in pH calculations, strong and weak acids, buffers, titrations, and acid-base theories through targeted exam practice. We impart the necessary template steps for students to adopt, for both calculation and explanation questions so that students are laser focussed in their analysis techniques.

IB Year 6 Chemistry
In IB Year 6 Chemistry, greater emphasis is placed on applying concepts across topics and tackling more complex, higher-order questions. Our tuition programme helps students strengthen conceptual understanding while refining the analytical and answering techniques needed for the IB assessments.
Small class sizes also give students more opportunities to clarify difficult concepts and receive guidance on specific areas they may be struggling with.
Key topics covered in IB Year 6 Chemistry:
Redox Processes
Students will explore electrochemical cells, electrode potentials, electrolysis, and feasibility predictions through data-driven and calculation-based questions. We will also tap on their secondary school knowledge of redox reactions, as well as electrochemistry as a foundation to build more in-depth understanding of those concepts. Furthermore, our students will also be equipped with the ability to integrate concepts learnt in Year 5, such as Equilibrium, in their analysis.Organic Chemistry
Students will develop deep understanding of reaction mechanisms, stereochemistry, synthesis pathways, and spectroscopy through extensive exam-style practice. They will also learn how to identify patterns in chemical reactions between organic substances and apply them to various exam-style questions.Spectroscopic Techniques
Students will build confidence in interpreting spectrums derived from analytical techniques such as infra-red spectroscopy, and construct structural formulas of organic compounds given. They will also be taught on how to tap on their Data Booklet to efficiently and effectively solve exam questions.Preliminary and IB Exam Revision
Occurring from the month of June and onwards, students will be equipped with summary notes for all topics, including exam question practices that progressively allow them to be acquainted with the basics – to build a strong foundation, to advanced – which involves critical thinking and applications. This will enable our students to tackle exams with confidence.Paper 1B Data Based Question Preparation
With specialised resources which equips our students for data based questions, our students are able to pick out the right patterns in data and analyse them according to the exam requirements. We do not just spot questions. We give our students the appropriate exposure to the experimental techniques and allow them to have a full understanding of the concepts involved, so that they are able to tackle any questions posed to them in exams.

Experience a trial class
2026 IB HL Chemistry tuition class schedule
Finding time for enrichment with school and CCA in the picture can be tricky. I am sharing my schedule so you can better plan your time. Hereare my available times to learn together!
Looking for an alternative class timing?
Get in touch with us if you’d like a different class timing and we’ll doour best to arrange a suitable class for your schedule!
WhatsApp usIn my students’ words, not to forget parents’ too!
Location
Learning centre address
37 Tannery Lane, #06-05 Tannery HouseSingapore 347790
Timings
Monday - Friday : 10am - 6pm
Sat: 10am-6pm
Sunday & Public holidays: closed
Access the free learning resources I’ve created
Let’s talk about your Chemistry goals
We’re always up for a chat to see how we can help as your IB Chemistry tutor and even help you find the fun in the subject. Fill out the formhere and let’s get you ready for that!










