The University-Track Curriculum
A Principle-First Roadmap
From 2nd Grade to University Calculus.
Designed by Dr. Young Ryu, PhD, to provide a seamless ascent to elite engineering and scientific mastery.
The 5-Series Framework
A structured progression ensuring mastery at every stage of development.
Junior Lab Series
Elementary Logic
Building the foundation of logical reasoning and joyful discovery through Singapore Math principles.
The Bridge Series
Arithmetic Architecture
Transitional mastery from arithmetic to abstract algebra, ensuring no gaps in fundamental understanding.
Structural Series
University-Track Core
Rigorous Algebra I and Geometry sequences standardized to elite university requirements.
Advanced Analysis
Honors & AP
Algebra II, Pre-Calculus, and AP Calculus AB/BC using Stewart's Calculus, the gold standard for engineering majors.
Professional Elite
High-Performance Outcomes
Decoding the Digital SAT as a system and mastering competitive logic for Ivy+ admissions distinction.
Competitive Logic & AMC Prep
To ensure maximal readiness, PRISMMath has moved away from 'subject-based' long-tail courses to a highly compact, 18-week contest-based structure.
AMC 8 Fast-Track
An elite program transitioning high-performing students to competitive problem-solving heuritsics. Master Structural Logic to decompose complex problems and build a foundation for future STEM success.
Target Goal:
High Distinction on AMC 8 / Mathcounts
Primary Resource
Mastering AMC 8 (OmegaLearn)
Secondary Resource
AoPS Introduction to Counting & Probability and Introduction to Number Theory
AMC 10/12 Strategy
A "Portfolio Closer" for top 2.5% competitors aiming for the AIME. Focuses on Computational Dominance—mastering advanced algebraic identities, recursive probability, and synthetic geometry for Tier-1 university distinction.
Target Goal:
AIME Qualification
Primary Resource
Mastering AMC 10/12 (OmegaLearn)
Secondary Resource
The Art of Problem Solving (AoPS) Vol. 1 & 2
The Invitational Lab
The pinnacle of our logic sequence. This intellectual proving ground shifts focus to Extreme Heuristics—inventing new pathways for problems with no standard solutions, elevating AIME qualifiers to USAMO contenders.
Target Goal:
AIME Mastery / USAMO Path
Primary Resource
AoPS Vol 2 / AIME Past Papers
Secondary Resource
Mastering AMC 10/12 (OmegaLearn) For Formula Verification.
Why PrismMath?
Dr. Ryu applies PhD-level systems thinking to help students decompose complex competition problems from first principles, rather than relying on rote shortcuts. This builds true mathematical resilience.