Maths Enrichment

Date

Monday 30 March to Friday 16 October 2026

Time

12–16 weeks

Cost

AUD $55.20 Ramanujan, Newton, Dirichlet

AUD $56.00 Euler, Gauss

AUD $56.20 Noether, Pólya

Maths Enrichment is an extension program for talented students to widen their mathematical knowledge and skills.

Teachers receive comprehensive printed support material to extend both student learning and their own mathematical teaching practice. Enrichment material develops mathematical concepts not covered by the standard curriculum. Printed materials can be retained by students as an enduring reference through their school years.

Teacher sets include:

a Teacher Guide with full problem solutions and detailed marking schemes
one Student Problems booklet per student with unique problems each year
one Student Notes book per student with a structured course of extension material.

Maths Enrichment is designed to be run over 12–16 weeks, with around 1 hour of class time and around 2–3 hours of individual study time per week.

Like all our competitions and programs, Maths Enrichment contains unique problems designed each year by leading educators and academics to challenge and extend your students’ problem-solving skills.

Key Dates

2026

Entries close:
Friday 24 July 2026
Submission of student solutions (if marked by AMT) closes:
Friday 25 September 2026
Submission of Enrichment Results Spreadsheet closes:
Friday 16 October 2026
Late submission of Enrichment Results Spreadsheet closes:
Friday 13 November 2026

Sign Up

Find out how to register your students for this competition.

Click Here

Divisions

Stages are not limited to school years, however general recommendations are as follows:
Ramanujan – Australian Years 4 and 5
Newton – Australian Years 5 and 6
Dirichlet – Australian Years 6 and 7
Euler – Australian Years 7 and 8
Gauss– Australian Years 8 and 9
Noether – Capable or very capable Australian Years 9 and 10
Pólya – Top 10% Australian Year 10

Question and Answer Format

Ramanujan, Newton, Dirichlet – 8 problems, written answers
Euler, Gauss – 10 problems, written answers
Noether, Pólya – 16 problems, written answers

Delivery Option

Printed problems provided, marking is done by teacher and marks submitted online
The experience of teachers using this program has been that students’ understanding of the problems is enhanced when teachers mark the student submissions and use the materials provided to give feedback.

TOPICS

Ramanujan

Includes fast arithmetic, special numbers (squares, triangular numbers, primes), counting techniques, polyominoes and specific problem-solving techniques.

Newton

Includes estimation, polyhedra, divisibility, sequences, patterns (including Fibonacci numbers), colouring graphs, arithmetics in different bases and specific problem-solving techniques.

Dirichlet

Includes logic problems, sequences, tessellations, counting techniques, primes and composites, clock arithmetic and specific problem-solving techniques.

Euler

Includes prime decomposition and the Euclidean algorithm, further counting techniques, graphs and networks, methods of proof including
the pigeonhole principle, introductory Diophantine equations, properties of angles, other number bases, sequences and figurate numbers, and modular arithmetic.

*New edition in 2024.

Gauss

Includes further sequences and counting techniques, properties of area and parallel lines, prime decomposition, congruence and similarity, expanding and factorising, the extended Euclidean algorithm and nonlinear Diophantine equations, Pythagoras’ theorem, and further modular arithmetic.

* New edition in 2026