IB Programme
Applicants to UK universities are navigating a significant transition toward shared, standardized assessments. This shift simplifies the administrative burden on students, as a single test score can now be used across multiple institutions. Consequently, legacy university-specific tests—such as the MAT, PAT, TSA, MLAT, CAT, and BMSAT—are no longer relevant in the current admissions landscape. Modern assessments now prioritize evaluating intellectual application and reasoning over mere knowledge recall.
With the MYP eAssessments racing towards us, it is completely natural for both you and your child to feel the pressure of counting down the weeks and days.
If you’re in Grade 10 right now, you’re probably juggling quite a bit: half-yearly exams, personal projects, planning ahead for your final exams (MYP e-Assessments, IGCSEs, ICSE/CBSE, you name it).
If you’re in Grade 10 right now, you’re probably juggling quite a bit: half-yearly exams, personal projects, planning ahead for your final exams (MYP e-Assessments, IGCSEs, ICSE/CBSE, you name it).
IB Mathematics demands more than just solving textbook exercises or completing past papers—it calls for a deep, conceptual understanding of mathematical ideas. At its core, the IB course emphasizes pattern recognition, logical justification and validation, interpretation of problems and models, strategic use of technology, and effective problem-solving.
If you’re in Grade 10 right now, you’re probably juggling quite a bit: half-yearly exams, personal projects, planning ahead for your final exams (MYP e-Assessments, IGCSEs, ICSE/CBSE, you name it).
As an IB educator, I’ve witnessed the Extended Essay (EE) change over time, and the 2025 update marks some significant shifts in the IB’s new EE curriculum – introduced in 2025, with the first assessment in 2027.
The academic year’s intensity is ramping up, and we’re right there with you! The TOK Exhibition commentary is just about closed, a significant milestone in your Theory of Knowledge journey.
IB Mathematics demands more than just solving textbook exercises or completing past papers—it calls for a deep, conceptual understanding of mathematical ideas. At its core, the IB course emphasizes pattern recognition, logical justification and validation, interpretation of problems and models, strategic use of technology, and effective problem-solving.
IB Mathematics demands more than just solving textbook exercises or completing past papers—it calls for a deep, conceptual understanding of mathematical ideas. At its core, the IB course emphasizes pattern recognition, logical justification and validation, interpretation of problems and models, strategic use of technology, and effective problem-solving.