In this AP Computer Science A series, we will cover core Java programming concepts including variables, conditionals, loops, arrays, ArrayLists, classes, and methods. Learners should expect interactive coding, problem solving, and practice with AP-style multiple-choice and free-response questions.

In this Statistics session, we will cover data analysis, probability, random variables, sampling, and statistical inference. Learners should expect interactive discussions, guided problem solving, and practice with exam-style questions.

This session focuses on AP Calculus BC concepts including derivatives, integrals, series, and exam-style problems. We will solve questions together, discuss common mistakes, and build strong intuition through active participation.

In this 10-session AP Physics C: Electricity & Magnetism series, we will explore electrostatics, Gauss’s Law, electric potential, circuits, magnetic fields, induction, and calculus-based problem solving. Each session includes interactive explanations, guided derivations, and AP-style FRQ practice to help learners build strong conceptual and mathematical mastery.

In this 10-session AP Physics C: Mechanics series, we will build a deep, calculus-based understanding of motion, forces, energy, momentum, rotation, oscillations, and gravitation. Each session includes concept explanations, worked FRQs, problem-solving strategies, and interactive learner participation.

In this 10-session AP Computer Science A series, we will learn Java fundamentals, object-oriented programming, arrays, ArrayLists, recursion, and AP-style problem solving. Learners will engage through live coding, algorithm walkthroughs, and practice questions aligned with the exam.

This course is designed for students preparing for the AP Computer Science A exam. Led by a 5-scorer, we will cover all major topics including classes and objects, conditionals, iteration, arrays, ArrayLists, inheritance, recursion, and sorting/searching algorithms. Students will engage through interactive coding exercises, live problem-solving, and regular practice with past AP-style questions. Whether you're new to Java or looking to reinforce your understanding, this course will guide you step by step toward exam success.

This SAT Math course will cover all major topics tested on the digital SAT, including algebra, advanced math, problem solving, data analysis, and geometry. Each session will focus on concept explanation, timed practice questions, and test-taking strategies. Learners will actively engage by solving real SAT-style problems, asking questions, and learning shortcuts to improve accuracy and speed.

This course will cover the full AP Physics C: Mechanics and Electricity & Magnetism curriculum, including kinematics, Newton's laws, energy, momentum, rotational motion, electrostatics, circuits, and Maxwell’s equations. Each session will include conceptual explanations, derivations using calculus, and real AP-style multiple choice and free-response questions. Learners are encouraged to actively participate by solving problems, asking questions, and engaging in discussions. Whether you're reviewing for the AP exam or learning the material for the first time, this series will build your understanding from the ground up.

This AP Calculus AB+BC course will comprehensively cover all major topics from limits, derivatives, and integrals to series and parametric equations. Throughout the sessions, learners will explore conceptual understanding as well as rigorous problem-solving strategies aligned with the College Board curriculum. We'll practice real AP-style multiple-choice and free-response questions, engage in interactive explanations, and reinforce concepts through group problem-solving. Whether you're preparing for the AP exam or just looking to deepen your calculus foundation, this course will guide you step by step with clarity and confidence.