BeyondChess sessions are 90 minutes of connected learning
Coach Lamont teaches chess — pieces, tactics, strategy, real games. The mechanics.
Same skill. Same thinking. Different world.
Deji shows how that chess skill maps to real technology, apps, and code.
“Chess teaches you to look at a whole system and find the ONE small thing that changes everything. That's the #1 skill in computer science and in life.”
When you play chess, you are the mind behind all 16 pieces. Each piece can only do one specific thing, but they're all YOU — you decide where each one goes. That's exactly how software works.
This is exactly how software engineers debug code
What did they just do? Is anything attacked?
Come up with 3 possible moves. Don't grab the first idea.
If I do this, what will THEY do? Is my setup safe?
Pick the best one. Commit. Put it on the board.
Their turn. Breathe. See the board fresh.
This is exactly how software engineers debug code. If a kid walks away with just this one habit, they're ahead of most adults.
50 weeks of chess concepts mapped to computer science skills
Chess
The Board & Squares
CS
Coordinate Systems & 2D Arrays
Every square has an address like e4 or d5. The 8×8 board is a map where every spot has its own location.
Chess
Pawns & The King
CS
Variables vs. Constants
A pawn's position changes every move (variable). The rule that it can't go backward never changes (constant).
Chess
Rooks & Knights
CS
Linear vs. Non-Linear Search
Rooks move in straight lines—easy to predict. Knights jump in L-shapes, skipping over everything in their way.
Chess
Bishops & Queen
CS
Specialization vs. Generalization
The bishop is a specialist (amazing at diagonals). The queen is a generalist (does everything but is expensive to lose).
Chess
Special Moves (Castling, En Passant, Promotion)
CS
Edge Cases & Software Upgrades
Castling and en passant are special rules for special situations. Pawn promotion is a software upgrade.
Chess
Check, Checkmate & Stalemate
CS
IF / THEN / ELSE Logic
IF the king is in check, THEN you must escape. ELSE IF you can't escape, it's checkmate. ELSE IF nobody can move, stalemate.
Chess
Piece Values & Trades
CS
Cost-Benefit Analysis
Give up 3 points, gain 5 points = net positive. Every trade is a calculation.
Chess
Mini-Tournament
CS
Testing & Debugging
Your first real competition. Games reveal mistakes you didn't know you were making.
The skills your child builds through chess + code
Chess teaches children to think ahead, anticipate consequences, and make decisions under pressure.
Every chess lesson maps to a computer science concept. Your child learns computational thinking through play.
Kids learn to look at any situation as a connected system and find the one small thing that changes everything.
Patience, focus, resilience, and sportsmanship built into every session.
Students earn badges, compete in tournaments, and track progress with tangible milestones.
Strategic planning, pattern recognition, and logical reasoning are the skills of tomorrow's workforce.
“The chessboard is a computer. The pieces are the code. The player is the programmer.”
“Chess teaches you to find the one small move that changes everything. That's the #1 skill in computer science.”
“Kids don't need a computer to learn computational thinking. They already have one — it's the chessboard.”
“Every chess game is two kids stress-testing each other's system in real time. That's computer science without a computer.”
“Most programs teach kids WHAT to think. We teach them HOW.”
In advanced sessions, students will build a working chess game in code. Every piece shares the same basics (it's on the board, it can move, it can capture) but each one moves differently. That's when chess stops being a game someone handed you and becomes a system you built from the inside out.