MATH

International math olympiads are highly competitive endeavours that require exceptional mathematical skills and intensive preparation. Each year, over 100,000 students of the highest calibre participate from all around the world. They dedicate countless hours to studying, with preparation often involving specialised training programmes and personalised coaching. These ambitious and driven students deserve the best tools to elevate their mathematical skills to the level demanded of them. A deep inculcation of a critical problem-solving attitude at this high level should be able to help maximise their chances of success.

Sometimes, school maths has the tendency to become slightly repetitive, and despite the procedural fluency it helps students acquire, it does not fully prepare them for the expectations set by universities and future careers that require analytical thinking. The subject matter students are expected to study for international maths competitions ranges from topics covered in secondary and high school, including geometry, combinatorics, algebra, pre-calculus, functional equations, number theory and several theorems.

Mathematical Olympiads are competitive events where participants aim to complete a series of maths problems or a test. These tests may require multiple choice or numeric answers, or a detailed written solution or proof. In some countries the term ‘math olympiad’ refers to all maths competitions, while in others, including the United States, it refers only to proof-based maths competitions.

Are you a high school student, or are you about to begin high school? If yes, it’s important to know that Advanced Placement (AP) Courses are essential when looking for that extra college credit.
Students studying IGCSE, IB, A-levels and any other national curriculum (ICSE, ISC, CBSE, etc) can sign up for these courses and give the final AP exams. However, before you decide to take an AP class for any subject, there are a few things you must know.

A STEM curriculum introduces students to science, technology, engineering, and mathematical concepts and can be taught using a cross-curricular method, such as combining robotics and mathematics. 

Whether you’re a Math student undertaking your IGCSE or a Computer Science student completing the IB, anyone pursuing either of such core subjects is a part of the STEM community.

CourseLeap’s powerful vision statement as formulated by our Founder, Mrs. Dhingra, stands strong: “Our vision is to empower students and academic institutions to achieve excellence through the application of strong academic principles and practices within various international curricula. Our vastly experienced faculty delivers resourceful and contextualized content, valuable skills, and evokes a holistic learning process.”

There are a variety of demands for Mathematics in the modern world. Maths courses are now more relevant than ever before to the 21st century learner, and they prepare students for their futures. Many jobs now call for competence in statistics, computing, numerical analysis and in applied mathematics. The development of science and technology makes new demands on mathematics for assistance. Critical thinking and problem solving are not just the features of mathematics but have become the catchwords and responsibility therefore of all the academic disciplines.