Olympiad track
Olympiad-style problem-solving and mathematical culture, adapted to the student’s level and competition goals.
Math Lab
Advanced mathematics for deeper thinking, olympiad problem-solving, and interdisciplinary insight.
Math Lab gives motivated students access to mathematics beyond the standard school curriculum.
Students work with experienced mathematicians and subject specialists to explore advanced ideas, solve challenging problems, and apply mathematics across different fields.
Primarily one-to-one
8–12 weeks
One academic term, or ongoing
A tailored mathematics pathway
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Math Lab pathways
Mathematical thinking
Exploration of elegant ideas, structures, and areas of mathematics rarely encountered at school.
Interdisciplinary mathematics
Applications of mathematics in computer science, physics, economics, biology, engineering, and other fields.
Mathematical projects
Guided reading, structured investigations, and individual or small-group projects.
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What students develop
Math Lab is designed to develop mathematical maturity rather than simply cover material faster.
Deeper understanding
A stronger grasp of mathematical concepts, structures, and connections.
Independent problem-solving
The ability to approach unfamiliar problems methodically and rigorously.
Mathematical confidence
Greater confidence in working with advanced and abstract ideas.
Readiness for further study
Preparation for advanced academic work and university-level mathematics.
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What our students have explored and achieved
Students we have worked with have:
Olympiad success
Won awards at national and international mathematics olympiads.
Advanced mathematics
Studied topics including group theory, analytic and projective geometry, quaternions, Markov chains, and topology.
Research projects
Completed projects in algebraic topology, algebraic geometry, analytic number theory, topological data analysis, and mathematical modelling.
Interdisciplinary applications
Applied mathematics to questions in physics, economics, computer science, biology, and engineering.
University-level reading
Read and discussed advanced mathematical texts with specialist guidance.
Independent investigations
Developed computational experiments, proof-based projects, and original mathematical investigations.
Process
How Math Lab works
Assess
Review the student’s current level, interests, and goals.
Match
Connect the student with the right mentor and pathway.
Explore
Introduce new concepts, methods, and areas of mathematics.
Solve & Apply
Work through challenging problems and apply mathematical ideas through competitions, interdisciplinary work, or projects.
Review
Evaluate progress and identify the next stage of development.
Ready to take mathematics further?
Tell us briefly about the student’s age, current level, mathematical interests, and goals. We will suggest the most appropriate Math Lab pathway.
Hello, my name is Qupy! I’m the Chief Learning Companion here at Quplex.