Math Olympics & Problem Solving
My journey with mathematics, from early curiosity to creating challenging problems for competitions.
My Mathematical Journey
Mathematics has been a constant companion throughout my life, shaping not just my academic pursuits but also my approach to problem-solving in AI research and product development. From early fascination with numbers and patterns to creating challenging problems for math olympics competitions, mathematics has taught me the value of logical thinking, persistence, and creative problem-solving.
Early Mathematical Curiosity
ChildhoodMy fascination with mathematics began at a young age, driven by curiosity about patterns, logic, and problem-solving.
Key Activities & Experiences:
- •Spent countless hours reading mathematical literature and exploring complex theories
- •Found joy in discovering elegant solutions to seemingly impossible challenges
- •Developed a deep appreciation for the beauty and logic inherent in mathematical structures
- •Enjoyed the process of breaking down complex problems into manageable components
- •Was particularly drawn to number theory, algebra, and geometric proofs
Math Olympics Problem Creation
Student YearsTransitioned from solving problems to creating them, developing challenging questions for local and national math olympics competitions.
Key Activities & Experiences:
- •Created original mathematical problems for local and national math olympics competitions
- •Focused on problems that required creative thinking rather than just computational skills
- •Designed problems that tested logical reasoning, pattern recognition, and proof techniques
- •Collaborated with teachers and fellow students to refine problem difficulty and clarity
- •Received positive feedback on problem originality and educational value
Analytical Thinking Development
OngoingThe mathematical foundation I built continues to influence my approach to complex problems in AI research and product development.
Key Activities & Experiences:
- •Developed strong analytical thinking skills that later influenced my approach to AI research
- •Learned to approach complex problems systematically and methodically
- •Gained experience in pattern recognition and abstract reasoning
- •Built confidence in tackling unfamiliar mathematical concepts and proofs
- •Developed patience and persistence when working through challenging problems
Types of Problems I Created
I focused on creating problems that tested not just computational skills, but creative thinking and logical reasoning.
Number Theory
Problems involving properties of integers, divisibility, and modular arithmetic
Finding patterns in prime numbers and exploring Diophantine equations
Algebra
Equations, inequalities, and algebraic structures
Creating problems involving polynomial equations and functional relationships
Geometry
Spatial reasoning, proofs, and geometric constructions
Designing problems that require creative geometric insights and proof techniques
Combinatorics
Counting, arrangements, and discrete structures
Problems involving permutations, combinations, and graph theory concepts
Problems I Created on Brilliant.org
During my active period on Brilliant.org (2013-2015), I created several mathematical problems that challenged users to think creatively and apply various mathematical concepts.
Guess the Digits
A logic problem that challenges players to deduce the correct sequence of digits through systematic reasoning.
View Problem →From Mathematics to AI Research
The analytical thinking and problem-solving skills I developed through mathematics have been fundamental to my success in AI research. The ability to break down complex problems, recognize patterns, and approach challenges systematically has directly influenced how I tackle problems in machine learning, information theory, and product development.
Whether it's designing neural network architectures, optimizing algorithms, or building scalable AI products, the mathematical foundation I built continues to guide my approach to innovation and problem-solving in the field of artificial intelligence.
Explore More of My Journey
Discover how my diverse interests and experiences have shaped my professional path.