Study Sessions

This session will cover essential vector techniques involving points, lines, distances, and planes. We will also focus on tricky concepts to help you feel confident in the AA HL examinations.

This session will examine proofs by deduction, counterexample, contradiction, and induction.

This session will help AA HL students reduce their anxiety around paper 3. We will look at tips to follow when working through the two different types of questions and apply these to some sample problems.

This session will examine various methods for solving differential equations to find exact solutions and cover Euler's method for finding approximate solutions.

This session will review the conversion between Cartesian, polar, and exponential forms: products, quotients, and integer powers, De Moivre’s theorem, and geometrical interpretations.

This session will look at various techniques to integrate different families of quotients. It will focus on paper 1 applications and include some paper 2.

This session will begin with Venn diagrams and conditional probability. It will include SL and HL content (clearly identified by the tutor) and build into the concept of random variables.

This session will focus on important trigonometry concepts for AA SL and HL exams. It will include circular functions, solving equations, trigonometric identities, and applications.

We will look at various techniques to solve a range of different types of equations, including disguised quadratics, logarithmic functions, trig functions, and more.

In this session, we will review kinematic problems involving displacement, distance, velocity, and acceleration for both paper 1 and paper 2.

This session will look at z-tests, t-tests, and tests for proportion, population mean, and bivariate normal distributions. We will also calculate critical regions and type I and type II errors.

In this session, we will find solutions to coupled differential equations. We will also interpret slope fields and sketch & interpret phase portraits, considering real and complex eigenvalues.

This session will help AI HL students reduce their anxiety around paper 3. We will look at tips to follow when working through the two different types of questions and apply these to some sample problems.

We will review conversion between Cartesian, polar, and exponential forms: products, quotients, and integer powers, and add sinusoidal functions with the same frequencies but different phase angles.

In this session, we will find exact and approximate solutions to coupled differential equations. We will also sketch and interpret phase portraits, considering real and complex eigenvalues.

In this session, we will look at chi-squared tests for independence, chi-squared goodness of fit tests, and t-tests.

This session covers key trigonometry concepts and applications for AI SL students, including right-angled and non-right-angled triangles, angles of elevation and depression, bearings, sinusoidal functions, Pythagoras' theorem, and constructing labeled diagrams.

In this session, we will look at mathematical modeling with a range of different functions (quadratic, cubic, exponential, sinusoidal) and investigate the key features of graphs of functions not specifically mentioned in topic 2.

After covering the fundamentals of electric circuits, this session will model various approaches for solving circuits with different resistor combinations and cells with internal resistance.

This session will work through the more challenging aspects of the SL/HL Gas Laws topic before discussing the HL Thermodynamics topic and solving related questions.

This session will review centripetal acceleration and circular motion and apply the concepts to solve challenging problems. It will then discuss Kepler's Laws and orbital motion problems.

This session will work through complex mechanics problems that combine the concepts of kinematics, forces, conservation of momentum, and conservation of energy.

This session will cover the basics of simple harmonic motion before moving on to the concepts of superposition, standing waves, and two-source interference.

This session is in alignment with the syllabus 2016 - 2024. The content remains helpful and relevant to the current syllabus

In this session, we will review wave-particle duality in two aspects: how light behaves like a particle through the photoelectric effect and how matter can behave like waves through particle diffraction.

This session is in alignment with the syllabus 2016 - 2024. The content remains helpful and relevant to the current syllabus

This session will cover the basics of simple harmonic motion before moving on to the concepts of superposition, standing waves, and two-source interference.

This session is in alignment with the syllabus 2016 - 2024. The content remains helpful and relevant to the current syllabus

This session covers the nature of the covalent model (VSEPR, coordination bonds, bond and molecular polarity, allotropes, intermolecular forces, etc) and the use of the bonding triangle.

We will review the oxidation and reduction of organic molecules and reaction types for alkanes, alkenes, halogenoalkanes, and alcohols. HL will cover SN1 and SN2 mechanisms and electrophilic addition mechanisms.

This session will review voltaic, electrolytic, secondary, and fuel cells.

This session will review kinetics, including key SL ideas (collision theory, Maxwell-Boltzmann distribution curve, and factors affecting rates) and HL content (rate expressions and mechanisms).

This session is in alignment with the syllabus 2016 - 2024. The content remains helpful and relevant to the current syllabus

Analizaremos los equilibrios de forma cualitativa y cuantitativa, veremos el cálculo de Kc y Qc, y aplicaremos el principio de Le Châtelier. Estudiaremos la relación entre ΔGᶿ y Kc.

This session is in alignment with the syllabus 2016 - 2024. The content remains helpful and relevant to the current syllabus

The session will begin with an overview of acid-base chemistry and then focus on a quantitative understanding of the pH of acid, base, and buffer solutions, titration curves, and connections to free energy and calorimetry.

This session will review the organic chemistry HL content, including nucleophilic substitution mechanisms (SN1 and SN2) and electrophilic additions of unsymmetrical alkenes (Markovnikov's rule).

This session is in alignment with the syllabus 2016 - 2024. The content remains helpful and relevant to the current syllabus

This session will review mass spectrometry, infrared, and NMR spectroscopy. We will practice using these tools in connection with % composition and IHD to deduce molecular structures.

This session is in alignment with the syllabus 2016 - 2024. The content remains helpful and relevant to the current syllabus

This session will review Energetics HL. It includes Hess's Law, the Born-Haber cycle, and building cycles with bond dissociation, formation, and combustion enthalpies to determine enthalpies of reaction.

This session is in alignment with the syllabus 2016 - 2024. The content remains helpful and relevant to the current syllabus

This session covers signalling molecules like hormones, neurotransmitters, and cytokines and how they act through specific pathways, including G protein-coupled receptors, ion channels, and intracellular receptors that regulate gene expression.

This session will review the production of identical DNA copies through semi-conservative replication, the enzymes involved, and the advanced mechanisms that regulate directionality, lagging-strand synthesis, and proofreading.

This session will review solvation interactions, water, solute and pressure potentials, and cellular changes such as turgor pressure in plants and crenation in animal cells.

In this session, we review osmoregulation in insects and humans, including the structure & function of the Malphigian tubule system, the nephron, and the kidney, as well as the role of ADH. Both Paper 1 and Paper 2 questions will also be presented.

This session is in alignment with the syllabus 2016 - 2024. The content remains helpful and relevant to the current syllabus

This session will review mitochondrion structure and function, as well as the stages of cellular respiration, including glycolysis, link reaction, the Krebs cycle, electron transport, and chemiosmosis.

This session is in alignment with the syllabus 2016 - 2024. The content remains helpful and relevant to the current syllabus

This session will review chloroplast structure and function. Then, we'll examine the light-dependent and light-independent reactions, including oxidative photophosphorylation and the Calvin cycle.

This session is in alignment with the syllabus 2016 - 2024. The content remains helpful and relevant to the current syllabus

This session will review the structure and function of biological molecules, including carbohydrates, lipids, proteins, and nucleotides. It is relevant to the SL and HL courses.

This session will review the circulatory system in animals and vascular tissue in plants. It is relevant to the SL and HL courses.

This session will review adaptations required for efficient gaseous exchange, mammalian lung structure, plant leaf modification, and transpiration. It is relevant to the SL and HL courses.

This session will review homeostasis and the hormones insulin, glucagon, melatonin, leptin, thyroxin, and the reproductive hormones involved in the menstrual cycle. This is relevant to the SL and HL courses.

This session is in alignment with the syllabus 2016 - 2024. The content remains helpful and relevant to the current syllabus

This session will review macroeconomic concepts of the circular flow model of income, Keynesian and Monetarist models, and GDP measures. Paper 1 strategies will also be covered.

This session will focus on diagrams and analysis for perfect competition, monopoly (and everything in between) to show how each model of competition impacts stakeholders.

This session is tailored for HL students preparing for Paper 3, providing an analysis of the pre-seen case study and key business tools to help apply strategies and identify core issues for exam success.

This session covers key Finance and Accounts topics for Paper 2, offering strategies for exam questions, case studies, and calculations to help SL & HL students maximize marks and avoid common pitfalls.

This session will focus on exam techniques in Finance and Accounts. It will cover break-even analysis, final accounts, and ratio analysis and examine questions on these topics.

This session will review strategies for IB Business Management Paper 1, 2, and 3 exams. It will include insights on question formats, answer structuring, and critical analysis for exam success.

We will take a systems approach as we look at both Aquatic and Terrestrial Food Production, particularly with an eye on sustainability. Paper 1- and Paper 2-style questions will focus on using examples in your answers.

This session will explore climate change, focusing on adaptation and mitigation strategies. We will evaluate the strategies' strengths and limitations and incorporate exam essay question techniques.

This session will look at the management of a wide range of pollutants to minimise the impacts on ecosystems and human societies. Practice questions will come from both Paper 1 and Paper 2.

In this session, we review strategies for Paper 1 questions. Practice questions will highlight how to identify what is being asked and how to structure your answer to achieve high marks.

This study session will review essential research methods and ethics content and provide you with techniques to structure strong research methods and ethics SAQs.

This study session will review some research methods and ethics concepts and provide advice on structuring ethics and research methods essays for papers 1 and 2.

This study session will advise how to approach and structure essay responses for papers 1 and 2, particularly emphasizing the contrast command term.

We'll review common overlapping or 'power studies' in Psychology. We will also review strategies for writing high-mark responses on Papers 1 and 2, focusing on critical thinking.

This study session focuses on tips and tricks related to Paper 3. It will cover relevant key content, highlight ways to apply it in various contexts, examine methods for structuring your responses to maximise marks, and discuss traps to avoid common mistakes.

This session focuses on effectively managing time on Paper 1, efficiently tackling the short-answer, source-based questions, and writing a strong essay that meets the top mark band criteria.

This session will focus on the close reading, annotating, outlining, and writing skills that will lead you to LAL Paper 1 success. We'll read a text together and discuss the model response.

This session will focus on the close reading, annotating, outlining, and writing skills that will lead you to LIT Paper 1 success. We'll read a text together and discuss the model response.

This session will explore key features of six popular text types for Paper 1, Language & Literature, and delve into Guiding Questions, focusing on how to interpret and respond to them effectively.

Join Andrew and Dave for advice on reading time, unpacking questions, and scoring big points on Paper 2. We'll discuss what examiners look for and how you can best study for this comparative beast.

This session will focus on writing rich ideas and comparative statements using model paragraphs.

Join this session to master Paper 1! We'll break down how to refine language, craft clear messages, and demonstrate strong conceptual understanding. Then, tackle Paper 2 reading strategies.

Join this session to master Paper 1! Discover how to write clear messages, refine your language, and strengthen your conceptual understanding. We will cover key strategies for Paper 2 Reading and Listening. À ne pas manquer!

Join this session to master Paper 1! Discover how to write clear messages, refine your language, and strengthen your conceptual understanding. We will cover key strategies for Paper 2 Reading and Listening. No te lo pierdas!