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The 2025–2026 season is now underway, and students preparing for Australian university applications are likely already familiar with the Australian Mathematics Competition (AMC). As one of Australia’s largest and longest-running school-based math competitions, the AMC enjoys high international recognition and serves as an important reference for evaluating students’ mathematical thinking skills at top universities.

For students and parents new to the AMC, this article provides a detailed introduction to the competition and a curriculum-specific preparation guide.

1. Overview of the Australian AMC

The Australian Mathematics Competition (AMC) was founded in 1978 by the renowned mathematician Peter O’Halloran and is organized by the Australian Mathematics Trust (AMT). It is one of the largest school-based mathematics competitions globally, attracting students from over 30 countries each year. The AMC is also a key selection criterion for Australia’s International Mathematical Olympiad (IMO) team.

1. Competition Dates (Reference from Previous Years)

• Registration Deadline: September 16, 2025

• Exam Date: Saturday, September 27, 2025

• Time Schedule:

  • Levels A & B: 10:00–11:00 (60 minutes)

  • Levels C, D & E: 14:00–15:15 (75 minutes)

2. Eligible Participants

• The AMC is suitable for students in Grades 3–12, with levels divided as follows:

  • A – Primary Beginner (Grades 3–4)

  • B – Primary Advanced (Grades 5–6)

  • C – Junior (Grades 7–8)

  • D – Intermediate (Grades 9–10)

  • E – Senior (Grades 11–12)

3. Registration

• Students can register through authorized test center schools or partner schools via ASDAN.

4. Competition Format

• Participation: Individual

• Number of Questions: 25

• Duration:

  • Levels A–B: 60 minutes

  • Levels C–E: 75 minutes

• Scoring: Total 135 points

  • Questions 1–10: 3 points each

  • Questions 11–20: 4 points each

  • Questions 21–25: 5 points each

  • Questions 26–30: 6, 7, 8, 9, 10 points respectively

  • Incorrect answers: 0 points

5. Awards

• Global Award: PETER O’HALLORAN AWARD OF EXCELLENCE for full-score students

• National Awards:

  • PRIZE: Top 0.3%

  • HIGH DISTINCTION: Top 3% (Top 5% for Senior Division)

  • DISTINCTION: Top 20% (Top 25% for Senior Division)

  • CREDIT: Top 55% (Top 60% for Senior Division)

6. Topics Covered
The AMC assesses arithmetic, algebra, number theory, geometry, measurement, probability, statistics, combinatorics, and logical reasoning. The focus is on mathematical thinking rather than heavy computation, and all problems can be solved without a calculator, testing understanding of concepts and problem-solving strategies.

2. Australian AMC Curriculum Alignment Guide

1. AP Curriculum Students

• AP courses provide a foundation in pre-calculus and calculus, which aligns with AMC topics.

• Preparation for AMC requires deeper problem-solving practice and additional topics such as competition-style equations.

• Calculus knowledge helps cover algebra and analytic geometry basics and enhances computation skills.

2. A-Level Curriculum Students

• There is significant overlap in foundational knowledge, but differences exist in exam style.

• A-Level emphasizes fixed topics and computational accuracy, often within a rigid framework.

• Australian AMC prioritizes mathematical thinking, flexibility, and problem-solving, with the last 5 questions being particularly challenging.

• A-Level students benefit from their strong computational foundation but need to shift their thinking style and supplement with competition-specific exercises.

3. IB Curriculum Students

• IB and AMC share many foundational topics, though IB covers a broader scope.

• For IB students, AMC preparation is relatively straightforward, focusing on reviewing basics and adding counting, number theory, and competition-style problems.

Many parents wonder which math competition is suitable for children below Grade 3. Should they start with Math Kangaroo or AMC8? While AMC8 is well-known and attractive, how can parents make the best choice for their child? This article breaks down the three major competitions, their features, sample questions, and a practical roadmap for selection and preparation.

1. Core Features of the Three Major Competitions

(a) AMC8

The AMC8 is a youth mathematics reasoning competition organized by the Mathematical Association of America (MAA). It serves as a stepping stone for higher-level contests such as AMC10 and AMC12. The content covers upper elementary and middle school mathematics, emphasizing flexible application of knowledge.

Sample AMC8 Problem:
Four squares with side lengths of 4, 7, 9, and 10 units are arranged in increasing order, with left and bottom edges aligned. The colors alternate white-gray-white-gray. What is the total visible area of the gray squares?
(A) 42 (B) 45 (C) 49 (D) 50 (E) 52

(b) Australian AMC

The Australian Mathematics Competition (AMC), organized by the Australian Mathematics Trust (AMT), is divided into five difficulty levels and suitable for Grades 3–12. It is currently the largest school-based mathematics competition.

To support Chinese participants, the Australian AMC offers bilingual exams (English and Chinese), with an award rate as high as 60%. It is highly respected in Australia.

Sample Australian AMC Problems:

1. A square has an area of 16 cm². What is its perimeter?
   (A) 4 (B) 8 (C) 12 (D) 16 (E) 24

2. Marlie was born in 2016. In which year will she turn 14?
   (A) 2026 (B) 2028 (C) 2030 (D) 2032 (E) 2034

3. In a theme park, one ride costs $8. Sally has $65. How many rides can she take?
   (A) 5 (B) 6 (C) 7

(c) Math Kangaroo

The Math Kangaroo is the largest international mathematics competition for students in Grades 1–12. Introduced in China in 2019, it has become popular among young learners, particularly kindergarten seniors and Grades 1–2.

The problems are moderately difficult, progressing gradually in knowledge level, and rarely exceed the curriculum. Math Kangaroo emphasizes engaging, visual, and creative problem-solving, with colorful question papers designed for young children.

Sample Math Kangaroo Problem:
Little La spins her windmill. Which windmill below is hers?
(A) (B) (E)

2. How to Choose Among the Three Competitions

(a) Based on Current Skill Level

Lower elementary students:

• First choice: Math Kangaroo – helps children experience competition, build logical thinking, and develop a love for mathematics. The focus is on imagination and observation rather than formulas.

• Second choice: Australian AMC (Middle level) – once a basic foundation is established, it tests comprehensive skills.

• Optional: AMC8 basic and intermediate questions can be introduced for preparation for future competitions.

(b) For Future Academic Advancement

• For applications to top US or domestic schools and pursuing STEM competition tracks, AMC8 certificates are essential. They add value to early applications, especially for elite schools and Ivy League early admissions.

• Math Kangaroo is an ideal starting point, providing enjoyable learning without early frustration.

(c) Preparation Strategy

A recommended progression pathway:
Lower elementary → Math Kangaroo → Australian AMC (Middle/Senior) → AMC8

Annual participation plan:

• March–April: Math Kangaroo (warm-up and interest-building)

• September: Australian AMC (award opportunity)

• Next January: AMC8 (aiming for top honors)

When it comes to AMC math competitions, many students immediately think of the well-known American AMC. However, today we turn our attention to the southern hemisphere—the Australian Mathematics Competition (AMC). With a long-standing history and global recognition, the Australian AMC is also an important academic credential for admission to Australia’s top universities.

For those unfamiliar with it, preparation may seem daunting. While the official 2026 schedule has not yet been released, we can refer to previous years’ timelines to plan ahead and start preparation methodically. Let’s take a closer look at this prestigious competition.

Overview of the Australian AMC

The Australian Mathematics Competition (AMC) was founded in 1978 by renowned mathematician Peter O’Halloran and is organized by the Australian Mathematics Trust (AMT). It is one of the largest school-based math competitions in the world.

Today, students from over 30 countries participate annually. AMC also serves as a key selection benchmark for Australia’s national team for the International Mathematical Olympiad (IMO).

Key Dates (Reference from Previous Years)

• Registration Deadline: September 16, 2025

• Exam Date: September 27, 2025 (Saturday)

• A/B Level: 10:00 – 11:00 (60 minutes)

• C/D/E Level: 14:00 – 15:15 (75 minutes)

Eligible Participants

The Australian AMC is suitable for students in Grades 3–12 (as of September 2025), with different levels based on grade:

Registration

Students may register through authorized or partner schools via ASDAN.

Exam Format

• Format: Individual competition, 30 questions

• Duration: 60 minutes (A-B), 75 minutes (C-E)

• Scoring: Total score 135 points

  • Questions 1–10: 3 points each

  • Questions 11–20: 4 points each

  • Questions 21–25: 5 points each

  • Questions 26–30: 6, 7, 8, 9, 10 points

  • Incorrect answers: 0 points

Awards

Global Award:

• Peter O’Halloran Award of Excellence: Awarded to all students who achieve a perfect score

National Awards:

• Prize: Top 0.3%

• High Distinction: Top 3% (Top 5% in senior group)

• Distinction: Top 20% (Top 25% in senior group)

• Credit: Top 55% (Top 60% in senior group)

Exam Content

The Australian AMC tests arithmetic, algebra, number theory, geometry, measurement, probability, statistics, combinatorics, and logical reasoning.

• Emphasis is on mathematical thinking rather than calculation

• Calculations are straightforward and can be completed without a calculator

• Focuses on conceptual understanding and reasoning skills rather than rote computation

Curriculum Alignment and Preparation Tips

For Students in Different Curricula:

AP Curriculum:

• AP students can leverage their pre-calculus knowledge for AMC preparation

• Australian AMC requires deeper engagement with algebra and analytic geometry and some competition-specific content

• Calculus knowledge helps with understanding algebra and geometry fundamentals and improves computational skills

A Level Curriculum:

• Many foundational topics overlap with AMC content

• A Level emphasizes fixed frameworks and procedural problem-solving, whereas AMC focuses on mathematical reasoning and flexible problem-solving

• Students should adjust thinking strategies, practice competition-style questions, and strengthen advanced problem-solving skills for the final 5 high-difficulty questions

IB Curriculum:

• IB content overlaps significantly with AMC fundamentals but is broader in scope

• AMC is relatively approachable for IB students

• Focus should be on consolidating fundamentals, practicing counting and number theory, and training for competition-style problem-solving

The Australia AMC (Australian Mathematics Competition) is one of the world’s oldest and largest middle school mathematics competitions, recognized internationally for its authority and scale. In the 2025–2026 season, the competition introduces four major structural adjustments, increasing its difficulty and placing higher demands on students’ knowledge, thinking skills, and solution presentation.

1. Four Key Adjustments for 2026

Adjustment 1: Increased Difficulty Across Levels

• Level A (Grades 3–4): now requires mastery of original Grade 5 content, including fraction operations and simple equations.

• Level B (Grades 5–6): incorporates Grade 7–8 algebra, such as linear equations and coordinate geometry.

• Level C (Grades 7–8): introduces early abstract algebra, number theory, and modular arithmetic.
  Impact: Traditional grade-based preparation strategies are no longer sufficient; students may need to study 1–2 years ahead to secure awards.

Adjustment 2: Increased Weight of Logic and Geometry

Adjustment 3: Higher Weight for Final Problems

• Questions 26–30 (last 5 questions) are now worth 10 points each (previously 6 points).

• Each problem carries more than 7% of the total score, and correctly solving even one can create hundreds of ranking positions of difference.

• These problems are often open-ended proofs or combinatorial optimization, requiring creative problem-solving.

Adjustment 4: Stricter Scoring Standards

• For proof-based questions (especially C/D/E levels), students must present a complete logical chain.

• Correct answers without full justification, skipped steps, or ambiguous statements may receive partial or zero points.

• The use of formal mathematical language (e.g., “∵…∴…”, “Let … then …”) is now explicitly required.

2. Academic and Personal Value of Australia AMC

Institutional Recognition:

• Hosted by the Australian Mathematics Trust (AMT), AMC enjoys high global recognition and is one of the largest school-level mathematics competitions worldwide.

• Admission Value:

  • Australia’s Group of Eight (G8) universities, including the University of Melbourne, University of Sydney, and UNSW, consider AMC awards as part of academic assessment.

  • For domestic primary-to-secondary transition, especially in major cities like Beijing, Shanghai, Guangzhou, and Shenzhen, AMC certificates can enhance competitiveness.

Personal Development:

• Confidence Building: Winning awards fosters a strong sense of accomplishment and boosts students’ confidence.

• Mathematical Thinking: The competition emphasizes logical reasoning and problem-solving skills. Students encounter complex and engaging problems that enhance logical reasoning, analytical thinking, problem-solving, and creative thinking, effectively improving their overall mathematical ability.

3. 2026 Australia AMC Preparation Tips

1. Practice Extensively:

• Use past papers for practice, as they provide an accurate reflection of question difficulty and distribution.

• Conduct timed mock exams to manage time for simpler questions while allocating sufficient time for challenging problems.

2. Focus on Problem-Solving Approach:

• Difficulty often lies in methodology rather than knowledge gaps.

• Study official solutions carefully, analyze the problem-solving approach, and align your strategies with the logic used in official explanations.

3. Read Questions Carefully:

• Australia AMC problems often have lengthy or subtle question statements.

• Avoid assuming standard question patterns; carefully mark all given conditions and constraints to prevent misinterpretation and time loss.

In recent years, with the rising popularity of international mathematics competitions, the Australian Mathematics Competition (AMC) has become one of the most influential math contests for primary and secondary students worldwide. Each year, it attracts participants from over 30 countries, totaling more than 16 million students. The number of participants from China has grown by over 40% annually for the past five years.

Despite its popularity, many parents and students still have questions:

• What is the Australian AMC?

• When is the registration period?

• How valuable are past AMC papers?

• How significant is the AMC credential?

• How difficult is the competition?

• How does AMC compare to other competitions?

This article provides a comprehensive analysis from three perspectives: basic competition information, difficulty assessment, and the value of past papers—helping students prepare effectively.

1. What is the Australian AMC?

• Language: Bilingual (English and Chinese)

• Difficulty Levels: Divided into 5 levels, from Grade 3 to Grade 12

• Venue: Participating schools nationwide (schools can provide online testing services)

• Format: Individual competition

• Scoring: 30 questions, total 135 points (no penalty for unanswered or incorrect answers)

  • Questions 1–10: 3 points each

  • Questions 11–20: 4 points each

  • Questions 21–25: 5 points each

  • Questions 26–30: 6, 7, 8, 9, 10 points respectively

• Awards:

  • Peter O’Halloran Award: Full score globally

  • Prize: Top 0.3% in Levels A–E

  • High Distinction: Top 3% for Levels A–D, Top 5% for Level E

  • Distinction: Top 20% for Levels A–D, Top 25% for Level E

  • Credit: Top 55% for Levels A–D, Top 60% for Level E

  • Proficiency: Passing score varies yearly; average ~32 points

2. Australian AMC Registration and Exam Dates

• Registration Deadline: September 16, 2025

• Exam Date: Saturday, September 27, 2025

• Time Schedule:

  • Levels A & B: 10:00–11:00 (60 minutes)

  • Levels C, D & E: 14:00–15:15 (75 minutes)

3. How Valuable is the Australian AMC?

The value of AMC can be observed in several dimensions:

1. University Recognition: The Group of Eight (G8) universities in Australia explicitly consider AMC performance as a key academic reference. Leading institutions such as UNSW prioritize award winners in scholarship evaluation.

2. International Recognition: AMC results are acknowledged in countries like the USA, UK, Singapore, and other top schools worldwide.

3. Domestic School Admissions: Many international and elite high schools in China consider AMC scores as an important evaluation metric.

Unique Advantages Compared to Other Competitions:

• Unlike American AMC, which is primarily a selection competition, Australian AMC balances novelty and fun with logical thinking and practical problem-solving.

• Compared to Math Kangaroo, which leans toward lower-grade participants, Australian AMC has greater academic depth.

• Compared to Euclid Mathematics Contest, Australian AMC provides a reasonable difficulty gradient, making it a balanced benchmark for assessing math ability.

4. Difficulty Assessment: Australian AMC vs Other Competitions

1. Australian AMC vs AMC 8 (USA)

• Difficulty: Lower-grade Australian AMC is easier than AMC 8, but higher-grade AMC problems may involve complex logic, elementary algebra, and geometry, comparable to AMC 8.

• Question Types: Both are mainly multiple-choice; Australian AMC includes some fill-in-the-blank questions for senior levels, with stronger focus on real-world application and mathematical modeling.

• Content: AMC 8 is strictly middle school math; Australian AMC senior levels include more high school topics (e.g., combinatorics, basic number theory).

2. Australian AMC vs SASMO (Singapore)

• Difficulty: SASMO is close to Australian AMC for middle and high grades but emphasizes Olympiad-style techniques (number theory, combinatorics). Australian AMC emphasizes flexible application of fundamental knowledge.

• Question Types: Both have multiple-choice + fill-in-the-blank; SASMO sometimes uses reverse-thinking problems, while Australian AMC is more straightforward.

3. Australian AMC vs Math Kangaroo

• Difficulty: Math Kangaroo is generally easier, especially for Grades 1–6, focusing on fun problems. Australian AMC is more systematic, with clearer difficulty progression.

• Purpose: Math Kangaroo aims at cultivating interest, while Australian AMC is closer to traditional math competitions.

4. Australian AMC vs Chinese Math Olympiad (e.g., Hua Cup, Spring Cup)

• Difficulty: Chinese Olympiads are harder, especially finals requiring deep number theory, combinatorics, inequalities. Australian AMC senior questions are roughly beginner Olympiad level.

• Question Types: Chinese competitions are largely proofs; Australian AMC is multiple-choice / fill-in-the-blank, emphasizing speed and accuracy.

5. Australian AMC vs Euclid Mathematics Competition (Canada)

• Difficulty: Euclid is significantly harder for high school students, with comprehensive algebra, geometry, and number theory proof problems. Australian AMC is more basic.

• Purpose: Euclid serves as a benchmark for top Canadian universities (e.g., Waterloo), while Australian AMC is more widely accessible.

6. Australian AMC vs BMO (UK)

• Difficulty: BMO is a high-level competition for advanced students (IMO selection), far exceeding Australian AMC. It involves abstract algebra, combinatorics, and proof-based questions.

• Positioning: Australian AMC is an entry to intermediate-level competition, while BMO challenges professional Olympiad students.

Summary Difficulty Ladder:

While the AMC is widely known as the American Mathematics Competition, Australia also offers a prestigious and globally recognized mathematics competition. Established in 1978, the Australian Mathematics Competition (AMC) engages students from 32 countries, covering Grades 3–12, with a friendly difficulty level and a high award rate exceeding 60%. This article provides an in-depth look at the Australian AMC, its content, value, and how it compares to the American AMC, helping parents identify the right starting point for their children in international mathematics competitions.

1. Introduction

The Australian Mathematics Competition (AMC) is one of the largest interschool mathematics competitions worldwide. Covering Grades 3–12, it offers a reasonable difficulty gradient and a high award rate of over 60%, making it an ideal entry-level competition for students interested in mathematics.

Parents often confuse the Australian AMC with the American AMC due to the similarity in naming. Compared to the US AMC8, the Australian AMC’s A, B, and C levels are easier to handle and serve as a confidence-building introduction to competitive mathematics.

2. Overview of the Australian AMC

The Australian Mathematics Competition is organized by the Australian Mathematics Trust (AMT). Since its launch in 1978, it has become one of the longest-running and largest interschool mathematics competitions globally, with over 16 million students from 32 countries participating.

The competition is used as a reference for selecting the Australian team for the International Mathematical Olympiad (IMO) and provides students with a platform to showcase their mathematical skills and thinking ability. It is divided into five levels based on difficulty, suitable for students from Grade 3 to Grade 12.

3. Advantages of Participating

1. International Recognition:
   Organized by the AMT, the Australian AMC is highly respected worldwide and is among the largest interschool mathematics competitions.

2. University Admissions Support:
   Many top universities, both domestic and international, consider mathematics competition achievements in admissions. Australian AMC awards can enhance a student’s profile and improve admission chances, particularly in major Chinese cities such as Beijing, Shanghai, Guangzhou, and Shenzhen.

3. Skills Development:
   The competition emphasizes mathematical thinking, logical reasoning, problem-solving, and innovative approaches.

4. Confidence Building:
   With an award rate of around 60%, students can gain significant confidence and motivation after receiving recognition.

4. Australian AMC Exam Details

Exam Format:

• Language: Bilingual (English and Chinese)

• Eligible Grades: Grade 3 to Grade 12

• Exam Month: Usually September (2025 exam: September 27, Saturday)

• Duration:

  • Levels A & B: 60 minutes (10:00–11:00)

  • Levels C, D & E: 75 minutes (14:00–15:15)

• Format: 30 questions (25 multiple-choice + 5 fill-in-the-blank), total score 135

• Results: Released 6–8 weeks after the exam

Content Coverage:
Arithmetic, algebra, number theory, geometry, measurement, probability, statistics, combinatorics, and logical reasoning. Questions emphasize flexibility, creativity, and problem-solving ability.

Question Structure:

• Questions 1–20: Basic knowledge assessment; moderate difficulty; tests computation, numerical analysis, logic, and geometric reasoning.

• Questions 21–25: Mathematical thinking assessment; increased depth; requires flexible thinking and fast problem-solving.

• Questions 26–30: Reasoning and calculation assessment; fill-in-the-blank; highest difficulty; involves combinatorics and derivations; requires careful time management.

Difficulty Levels:

• A (Middle Primary): Grades 3–5

• B (Upper Primary): Grades 6–7

• C (Junior): Grades 8–9

• D (Intermediate): Grades 10–11

• E (Senior): Grade 12

Scoring:

• Questions 1–10: 3 points each

• Questions 11–20: 4 points each

• Questions 21–25: 5 points each

• Questions 26–30: 6, 7, 8, 9, 10 points respectively

• Incorrect or unanswered: 0 points

5. Awards

Global Awards:

• Peter O’Halloran Achievement Award: Awarded to students with full marks

China Regional Awards:

• Prize (Excellence): Top 0.3% (A–E levels)

• High Distinction (First Prize): Top 3% (A–D levels), Top 5% (E level)

• Distinction (Second Prize): Top 20% (A–D), Top 25% (E)

• Credit (Third Prize): Top 55% (A–D), Top 60% (E)

• Proficiency Award: Students exceeding minimum total score without receiving above awards

6. Registration Channels in Mainland China

1. School Registration: Through AMC partner schools

2. WeChat Mini Program: Search “Astun International Science Assessment” and follow registration steps

3. Authorized Agencies: Professional institutions may register on behalf of students

7. Comparison Between Australian AMC and American AMC

Key Differences:

• Australian AMC caters to a broader age range (Grades 3–12) with five levels, suitable for beginners.

• US AMC has higher difficulty, especially AMC12, covering extensive school math and Olympiad knowledge.

• Australian AMC is typically held in September in China; US AMC8 is held in January.

8. Conclusion

The Australian AMC is a long-standing, internationally recognized mathematics competition that assesses students’ mathematical skills while cultivating logical thinking and problem-solving ability. Parents are encouraged to plan early and provide opportunities for their children to participate, as strategic early exposure can greatly benefit long-term academic development.

In recent years, with the rising popularity of international mathematics competitions, the Australian Mathematics Competition (AMC) has become one of the most influential mathematics contests for primary and secondary students worldwide. Each year, it attracts students from over 30 countries, with more than 16 million participants globally. In China, the number of AMC participants has increased by over 40% annually for five consecutive years. Despite its popularity, many parents and students still have questions:

• What is the Australian AMC?

• When is registration open?

• How valuable are past AMC problems?

• How prestigious is the AMC?

• How difficult is the AMC?

• How does AMC compare to other competitions?

This article provides a detailed breakdown of the AMC in terms of basic information, difficulty analysis, and the value of past problems. It also includes a collection of past AMC papers and training course recommendations to help students prepare effectively.

01 What is the Australian AMC?

• Language: Bilingual (Chinese and English)

• Difficulty Levels: Five levels corresponding to grades:

  • Level A: Grades 3–5 (Primary)

  • Level B: Grades 6–7 (Upper Primary/Lower Secondary)

  • Level C: Grades 8–9 (Middle Secondary)

  • Level D: Grades 10–11 (High School)

  • Level E: Grade 12 (Senior High School)

• Exam Location: Participating schools nationwide (online options may be provided for partner schools)

• Exam Format: Individual competition

• Scoring: 30 questions, total 135 points; incorrect or unanswered questions do not deduct points

  • Questions 1–10: 3 points each

  • Questions 11–20: 4 points each

  • Questions 21–25: 5 points each

  • Questions 26–30: 6, 7, 8, 9, 10 points respectively

• Awards:

  • Peter O’Halloran Certificate of Excellence: Full marks (Global)

  • Prize (Excellence Award): Top 0.3% in Levels A–E

  • High Distinction (First Award): Top 3% in Levels A–D; Top 5% in Level E

  • Distinction (Second Award): Top 20% in Levels A–D; Top 25% in Level E

  • Credit (Third Award): Top 55% in Levels A–D; Top 60% in Level E

  • Proficiency Award: Scores above the passing threshold (average ~32 points), but not earning higher distinctions

02 AMC Registration and Exam Schedule

• Registration Deadline: September 16, 2025

• Exam Date: September 27, 2025 (Saturday)

  • Levels A & B: 10:00–11:00 AM (60 minutes)

  • Levels C, D & E: 2:00–3:15 PM (75 minutes)

Past AMC Papers & Study Resources

• 2014–2024 past papers in PDF format, covering Levels A–E

• High-frequency topics clearly marked for focused practice

• Detailed solutions for every question

• Printable PDF versions for flexible practice

03 AMC Prestige and Recognition

The value of AMC lies in multiple dimensions:

• Academic Recognition: AMC is explicitly recognized by Australia’s Group of Eight (G8) universities. Leading institutions such as the University of New South Wales consider AMC awardees preferentially for scholarships.

• International Recognition: AMC results are widely accepted in top schools and universities in the US, UK, Singapore, and other countries.

• China Recognition: AMC scores are increasingly used in independent admissions by international and top-tier schools in China.

Unique Advantages of AMC Compared to Other Competitions:

• Unlike the American AMC, which is primarily a selection exam, the Australian AMC emphasizes creativity, logical thinking, and practical problem-solving.

• Compared with Math Kangaroo, AMC offers greater academic depth for students.

• Compared with Euclid Mathematics Competition (Canada), AMC provides a more balanced difficulty gradient, making it an ideal standard to evaluate mathematical ability.

04 AMC Difficulty Analysis Compared to Other Competitions

Australian AMC vs. AMC 8 (USA)

• Difficulty: Lower-level AMC is easier than AMC 8, but the higher-level AMC (Senior Division) includes more complex logic, algebra, and geometry questions. Difficulty is comparable to AMC 8.

• Question Types: Both primarily multiple-choice; AMC includes some fill-in-the-blank questions in higher levels and emphasizes practical applications and mathematical modeling.

• Knowledge Coverage: AMC Senior levels include high school topics like combinatorics and basic number theory, while AMC 8 is limited to middle school mathematics.

Australian AMC vs. SASMO (Singapore)

• Difficulty: SASMO is similar to AMC mid-high levels but emphasizes Olympiad-style techniques (number theory, combinatorics), while AMC focuses more on flexible application of fundamental knowledge.

• Question Types: SASMO combines multiple-choice and fill-in-the-blank with more competition-style problems; AMC questions are more straightforward.

Australian AMC vs. Math Kangaroo

• Difficulty: Math Kangaroo is generally easier, especially for lower grades (1–6), with fun-oriented questions and minimal complex calculations. AMC offers a more systematic difficulty progression.

• Purpose: Math Kangaroo emphasizes cultivating interest; AMC is a traditional competition suitable for students with solid foundations.

Australian AMC vs. Chinese Olympiads (e.g., Hua Cup, Spring Cup)

• Difficulty: Chinese Olympiads are more advanced, involving deep number theory, combinatorics, and inequalities. AMC hard problems correspond to basic levels in Chinese Olympiads.

• Question Types: Chinese Olympiads focus on proof-based problems, while AMC emphasizes speed and accuracy with multiple-choice and fill-in-the-blank formats.

Australian AMC vs. Euclid Math Competition (Canada)

• Difficulty: Euclid is significantly harder, targeting high school students with algebra, geometry, and number theory proofs. AMC Senior questions are more basic.

• Purpose: Euclid serves as a reference for Canadian top university admissions, while AMC is more widely accessible.

Australian AMC vs. BMO (British Mathematical Olympiad)

• Difficulty: BMO is a high-level competition for advanced students (IMO selection), far exceeding AMC difficulty, with abstract algebra, combinatorics, and proof-based problems.

• Positioning: AMC is an entry-to-intermediate level competition; BMO is for professional Olympiad students.

Difficulty Ladder Summary:

• Beginner/Fun: Math Kangaroo < SASMO ≈ AMC (lower levels) < AMC 8

• Intermediate: AMC (upper levels) < Euclid < Chinese Olympiad Preliminary

• Advanced: BMO / Chinese Olympiad Finals ≈ CMO

Introduction
The Australian Mathematics Competition (AMC), organized by the Australian Mathematics Trust (AMT) and founded in 1978 by renowned mathematician Peter O’Halloran, is one of the largest school-based mathematics competitions in the world. Each year, students from over 30 countries participate. The AMC is also a key benchmark for selecting Australia’s national team for the International Mathematical Olympiad (IMO).

Competition Levels
The AMC is divided into five levels based on grade:

• A – Middle Primary: Grades 3–4

• B – Upper Primary: Grades 5–6

• C – Junior: Grades 7–8

• D – Intermediate: Grades 9–10

• E – Senior: Grades 11–12

Students should register for the level corresponding to their grade as of the September competition.

Exam Format

• Duration:

  • Levels A & B (Grades 3–6): 60 minutes

  • Levels C, D & E (Grades 7–12): 75 minutes

• Language: Bilingual (Chinese and English)

• 2025 Competition Date: September 28

Question Types and Scoring
The total score is 135 points:

• Questions 1–10: 3 points each

• Questions 11–20: 4 points each

• Questions 21–25: 5 points each

• Questions 26–30: 6, 7, 8, 9, 10 points respectively

Key Topics

• Geometry: From basic observation and counting to complex statistical graphs

• Distance, Speed, and Time Problems: Including pursuit and meeting problems using the formula $s=vt$

• Area and Volume: Mastery of basic formulas, often combined with factorization

• Equations: Linear systems in practical applications

Awards

Global Awards:

• Peter O’Halloran Certificate of Excellence: Awarded to students achieving full marks worldwide

China Regional Awards:

• Prize (Excellence Award): Top 0.3% in levels A–E

• High Distinction (First Award): Top 3% in levels A–D; Top 5% in level E

• Distinction (Second Award): Top 20% in levels A–D; Top 25% in level E

• Credit (Third Award): Top 55% in levels A–D; Top 60% in level E

• Proficiency Award: Students who exceed the passing score but do not receive higher distinctions

Preparation Recommendations

1. Stage 1 (1–2 months): Build foundational knowledge and establish a complete mathematics framework

2. Stage 2 (3–4 months): Develop problem-solving skills and tackle medium-to-high difficulty questions

3. Stage 3 (5–6 months): Final sprint, focus on high-difficulty, competition-style problems

Australian AMC vs. American AMC

• For younger students: Australian AMC is recommended due to moderate difficulty

• For middle and high school students: American AMC provides a higher-level challenge

• Strategy: Students can prepare for both competitions simultaneously, using Australian AMC as practice for the American AMC

The Australian Mathematics Competition (AMC), organized by the Australian Mathematics Trust (AMT), is one of the largest inter-school mathematics competitions in the world. Launched in 1978, the AMC has attracted over 16 million students from 32 countries globally. The competition serves as a key indicator for selecting Australia’s national team for the International Mathematical Olympiad (IMO) and provides students with a platform to showcase their mathematical skills and problem-solving abilities.

Competition Details

Exam Schedule
The AMC is usually held in September each year. The 2024 AMC will take place on September 28, with the following schedule:

• Levels A & B (Grades 3–6): 10:00 AM – 11:00 AM (60 minutes)

• Levels C, D & E (Grades 7–12): 2:00 PM – 3:15 PM (75 minutes)

The 2025 AMC is expected to be held in late September, with exact dates to be announced by the organizers.

Exam Structure
The AMC paper is bilingual (Chinese and English) and consists of 30 questions with a total score of 135 points:

• Questions 1–25: Multiple-choice

• Questions 26–30: Fill-in-the-blank

Scoring System

• Questions 1–10: 3 points each

• Questions 11–20: 4 points each

• Questions 21–25: 5 points each

• Questions 26–30: 6, 7, 8, 9, 10 points respectively

Difficulty Levels
The AMC is suitable for students from Grades 3 to 12 and is divided into five levels:

• A – Middle Primary: Grades 3–4

• B – Upper Primary: Grades 5–6

• C – Junior: Grades 7–8

• D – Intermediate: Grades 9–10

• E – Senior: Grades 11–12

Note: Students should register for the level corresponding to their grade as of June before the September competition.

Awards

Global Awards:

• Peter O’Halloran Achievement Award: Awarded to students who achieve full marks.

China Regional Awards:

• Prize (Excellence Award): Top 0.3% in levels A–E

• High Distinction (First Award): Top 3% in levels A–D; Top 5% in level E

• Distinction (Second Award): Top 20% in levels A–D; Top 25% in level E

• Credit (Third Award): Top 55% in levels A–D; Top 60% in level E

• Proficiency Award: For students who meet the passing score but do not receive higher distinctions (average passing score is 32 points)

Registration Methods

1. Through Schools: Students whose schools are AMC partner schools can register via their teachers.

2. Via WeChat Mini Program: Search “阿斯丹国际理科测评” (Astern International Science Assessment) on WeChat and follow the registration instructions.

3. Through Educational Agencies: Students can register through professional educational institutions or tutoring organizations, ensuring that the agency is legitimate and reliable.

Differences Between Australian AMC and American AMC

• Target Audience:

  • Australian AMC: Covers Grades 3–12, divided into five levels (A–E), suitable for a wide range of students.

  • American AMC: Includes AMC 8/10/12 series. For example, AMC 8 targets students in Grade 8 or below and may be challenging for younger students.

• Difficulty Level:

  • Australian AMC: Offers a balanced mix of foundational and challenging questions to accommodate most students.

  • American AMC: Generally more difficult, covering a wider range of knowledge, including advanced mathematics and Olympiad-level content, particularly AMC 12.

• Competition Timing:

  • Australian AMC (China, 2024): September 28

  • American AMC 8: Typically held in January each year