AMC 10 & 12
Masterclass.
The ultimate pipeline to the USAMO and IMO. Master advanced algebra, combinatorics, and trigonometry to secure your AIME qualification and engineer an Ivy-League academic profile.
Why EduGlobal?
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We train students specifically on risk/reward strategies (+6 correct, +1.5 blank).
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Rigorous preparation encompassing advanced combinatorics, Vieta's, and trig identities.
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Our proven pipeline consistently produces USAMO qualifiers year after year.
What are the AMC 10 and AMC 12?
Founded in 1950 by the Mathematical Association of America (MAA), the American Mathematics Competitions (AMC) are the preeminent math competitions in the United States. They serve as the first step in identifying the team that represents the USA at the International Mathematical Olympiad (IMO).
The AMC 10 covers the high school curriculum up to 10th grade (excluding trigonometry). The AMC 12 covers the entire high school mathematics curriculum, including advanced algebra, advanced geometry, and trigonometry (excluding calculus).
The Challenge & Scoring Strategy
- The Format: A grueling 25-question, 75-minute multiple-choice examination. No calculators are allowed.
- The Risk Matrix: The AMC uniquely penalizes guessing. A correct answer awards +6 points, an incorrect answer awards 0 points, but leaving a question blank awards +1.5 points (max score 150).
- AIME Qualification: Students in the top ~2.5% of the AMC 10 and the top ~5% of the AMC 12 receive an exclusive invitation to the AIME (American Invitational Mathematics Examination).
- The Progression: Exceptional performance on the AIME qualifies students for the USAJMO or USAMOβthe pinnacle of high school mathematical achievement.
The Advanced Elite Curriculum
We deconstruct non-routine problems using First Principles. Our syllabus covers advanced topics rarely taught in standard AP or honors mathematics classes.
Advanced Algebra & Polynomials
AMC 10 & 12 Core
- Polynomial Roots: Vieta's formulas and symmetric polynomial transformations.
- Inequalities: Arithmetic Mean-Geometric Mean (AM-GM) and Cauchy-Schwarz inequalities.
- Advanced Sequences: Arithmetic/Geometric progressions and telescoping series.
- Special Functions: Floor, ceiling, fraction part functions, and logarithms.
Modular Arithmetic & Theory
AMC 10 & 12 Core
- Divisibility: Prime factorization, counting factors, and GCD/LCM frameworks.
- Modular Arithmetic: Base conversions, systems of congruences, and last-digit logic.
- Advanced Theorems: Fermat's Little Theorem and Euler's Totient theorem.
- Diophantine Equations: Solving polynomial equations with integer constraints.
Olympiad Geometry
AMC 10 & 12 Core
- Synthetic Geometry: Angle bisector theorem, Power of a Point, and cyclic quadrilaterals.
- Analytic Geometry: Coordinate geometry manipulations and conics.
- Mass Points: Advanced center of mass techniques for triangle ratios.
Combinatorics & Probability
AMC 10 & 12 Core
- Advanced Counting: Complementary counting, Inclusion-Exclusion, and Ball & Urn (Stars & Bars).
- Probability: Conditional probability, dependent states, and recursions.
- Expected Value: Linearity of expectation in complex state-based games.
Trigonometry & Complex Plane
AMC 12 & AIME Exclusive
- Trigonometry: Law of Sines, Law of Cosines, advanced identities, and inverse functions.
- Complex Numbers: Roots of unity, De Moivre's theorem, and geometric transformations in the complex plane.
The USAMO Pipeline Strategy
Success on the AMC is heavily dependent on test-taking strategy. We train our students to identify which questions to skip. Because blank answers yield +1.5 points and incorrect answers yield 0, knowing when to deploy a strategic skip is critical for AIME qualification.
AIME Level Immersion
We introduce AIME-level free-response questions early in the curriculum, ensuring the multiple-choice format of the AMC feels effortless by comparison.
Ivy-League Leverage
MIT, Caltech, and Stanford explicitly ask for AMC and AIME scores on their applications. We engineer these scores to serve as undeniable proof of elite STEM capability.
Join the 2026 Cohort
Spots for our AMC Elite Masterclass are highly restricted. Apply now for a diagnostic evaluation.
Elite Mathematical Results
AIME & USAMO Qualifiers
Witness the extraordinary cognitive achievements of our elite students dominating the AMC 10/12 global leaderboards.
SIA EU JIN
Grade 12 β’ Global
GAN LIH YING
Grade 10 β’ Global
YOONSOO YEO
Grade 12 β’ Global
DO YUN KIM
Grade 11 β’ Global
ISAAC HEW KAI SHENG
Grade 12 β’ Global
ZHANG JINZHI
Grade 11 β’ Global
SIAH CHONG HAN
Grade 12 β’ Global
YEOH TECK EN
Grade 12 β’ Global
CHIN HANG YI
Grade 12 β’ Global
Gan Lih Ying
Grade 10 β’ Global
LEE QI YANG
Grade 12 β’ Global
HOWEN WANG
Grade 12 β’ Global
EUN BEOM WOO
Grade 11 β’ Global
ENZE ZHOU
Grade 12 β’ Global
TEE WEI LOON
Grade 12 β’ Global
SUN XINTONG
Grade 12 β’ Global
GAN RU YING
Grade 12 β’ Global
CHERN ZI YI
Grade 11 β’ Global
TYLER JORDANNIO KRISANTO
Grade 12 β’ Global
EVELYN TENG QIAO YUN
Grade 12 β’ Global
LEE JIA JIE
Grade 12 β’ Global
OUYANGWENGQING
Grade 12 β’ Global
SHI SHUANGSHUANG
Grade 12 β’ Global
SEONGHOON KIM
Grade 11 β’ Global
Xinqi Fu
Grade 8 β’ Global
SYITARTHAA PILLAI
Grade 12 β’ Global
SIA EU JIN
Grade 12 β’ Global
GAN LIH YING
Grade 10 β’ Global
YOONSOO YEO
Grade 12 β’ Global
DO YUN KIM
Grade 11 β’ Global
ISAAC HEW KAI SHENG
Grade 12 β’ Global
ZHANG JINZHI
Grade 11 β’ Global
SIAH CHONG HAN
Grade 12 β’ Global
YEOH TECK EN
Grade 12 β’ Global
CHIN HANG YI
Grade 12 β’ Global
Gan Lih Ying
Grade 10 β’ Global
LEE QI YANG
Grade 12 β’ Global
HOWEN WANG
Grade 12 β’ Global
EUN BEOM WOO
Grade 11 β’ Global
ENZE ZHOU
Grade 12 β’ Global
TEE WEI LOON
Grade 12 β’ Global
SUN XINTONG
Grade 12 β’ Global
GAN RU YING
Grade 12 β’ Global
CHERN ZI YI
Grade 11 β’ Global
TYLER JORDANNIO KRISANTO
Grade 12 β’ Global
EVELYN TENG QIAO YUN
Grade 12 β’ Global
LEE JIA JIE
Grade 12 β’ Global
OUYANGWENGQING
Grade 12 β’ Global
SHI SHUANGSHUANG
Grade 12 β’ Global
SEONGHOON KIM
Grade 11 β’ Global
Xinqi Fu
Grade 8 β’ Global
SYITARTHAA PILLAI
Grade 12 β’ Global
ROYCE LEE JIA LERH
Grade 12 β’ Global
DARYLL DHARSHAN ROY
Grade 12 β’ Global
LI CHENXI
Grade 11 β’ Global
VAN THIEN CAT
Grade 12 β’ Global
DORIS XU
Grade 10 β’ Global
JAEHOON LEE
Grade 11 β’ Global
IVAN CHAN GUAN YU
Grade 11 β’ Global
Isaac Ong Jun Jie
Grade 10 β’ Global
REZZEL LAU LI JIE
Grade 12 β’ Global
HOWEN WANG
Grade 12 β’ Global
Jung Hyun
Grade 9 β’ Global
TAN TZE HERRNG
Grade 12 β’ Global
Ziqi Na
Grade 9 β’ Global
ZHANG WANZHI
Grade 11 β’ Global
HENG CHEN GIAP
Grade 12 β’ Global
GAN RU YING
Grade 11 β’ Global
Joohyun Ryu
Grade 9 β’ Global
Yucheng Zou
Grade 10 β’ Global
LAU KAYSON
Grade 12 β’ Global
IVAN CHAN GUAN YU
Grade 11 β’ Global
GAN SHAO XUAN
Grade 12 β’ Global
CAMELIA CHEW YEE SUEN
Grade 12 β’ Global
DARSHAN SRINIVASAN
Grade 11 β’ Global
RUIYING (EMILY) XU
Grade 11 β’ Global
CHUA YAO FENG
Grade 12 β’ Global
ROYCE LEE JIA LERH
Grade 12 β’ Global
DARYLL DHARSHAN ROY
Grade 12 β’ Global
LI CHENXI
Grade 11 β’ Global
VAN THIEN CAT
Grade 12 β’ Global
DORIS XU
Grade 10 β’ Global
JAEHOON LEE
Grade 11 β’ Global
IVAN CHAN GUAN YU
Grade 11 β’ Global
Isaac Ong Jun Jie
Grade 10 β’ Global
REZZEL LAU LI JIE
Grade 12 β’ Global
HOWEN WANG
Grade 12 β’ Global
Jung Hyun
Grade 9 β’ Global
TAN TZE HERRNG
Grade 12 β’ Global
Ziqi Na
Grade 9 β’ Global
ZHANG WANZHI
Grade 11 β’ Global
HENG CHEN GIAP
Grade 12 β’ Global
GAN RU YING
Grade 11 β’ Global
Joohyun Ryu
Grade 9 β’ Global
Yucheng Zou
Grade 10 β’ Global
LAU KAYSON
Grade 12 β’ Global
IVAN CHAN GUAN YU
Grade 11 β’ Global
GAN SHAO XUAN
Grade 12 β’ Global
CAMELIA CHEW YEE SUEN
Grade 12 β’ Global
DARSHAN SRINIVASAN
Grade 11 β’ Global
RUIYING (EMILY) XU
Grade 11 β’ Global
CHUA YAO FENG
Grade 12 β’ Global
The Intel Vault: Elite Math
Download elite study plans, diagnostic tests, and strategy guides.
