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Slot Game Design & Mathematics Fundamentals
Published 9/2026
MP4 | Video: h264, 1920x1080 | Audio: AAC, 44.1 KHz, 2 Ch
Language: English + subtitle | Duration: 1h 31m | Size: 350.58 MB
Learn slot probability and RTP, build an Excel maths workbook, debug errors and verify paytable changes. No coding.
What you'll learn
Identify reels, rows, symbols, reel strips, paylines, and paytables in a simple slot game.
Trace a spin from a valid request and reel-stop selection to screen construction, win evaluation, and balance updates.
Calculate simple symbol and cross-reel probabilities using an explicitly defined reel-strip model.
Evaluate a single payline using left-to-right matching rules and a paytable.
Distinguish gross awards from net balance changes using worked examples.
Write a small game design brief and use manual test cases to check its rules.
Calculate expected gross awards and introductory theoretical RTP from a complete payout distribution.
Compare paytables with equal RTP and explain how their award patterns differ.
Diagnose sample-space, overlapping-payment and RTP-denominator errors using reproducible tests.
Create a versioned slot-maths report with a checked paytable, exact ledger, test cases and a justified recommendation.
Build and reconcile a formula-driven Excel maths workbook using all 1,024 outcomes of an original teaching model.
Repair workbook defects, verify an isolated paytable change and prepare a versioned technical handoff.
Requirements
Basic arithmetic and percentages. Probability concepts are introduced step by step.
No programming experience is required for this beginner edition.
A computer or tablet for watching lessons, plus paper or a document editor for the design exercise.
No previous experience with slot game mathematics is required.
A basic calculator and Microsoft Excel or a spreadsheet application that can open and recalculate .xlsx files for the workbook workshop. Basic spreadsheet navigation is helpful.
Description
This course contains the use of artificial intelligence.
Learn to read a slot game as a designer, calculate what its rules imply, and explain a design decision with evidence. This beginner course uses an original, deliberately small teaching model called Clockwork Orchard so you can inspect every stop and follow the mathematics step by step.
Across 18 video lessons, begin with screen anatomy, the sequence of a spin, ordered reel strips, symbol probabilities, paylines, paytables and manual win evaluation. The model has five reels, three visible rows, three ordinary symbol types and one middle-row payline. Its short strips make the rules concrete without requiring programming.
Next, calculate expected gross awards, distinguish them from net balance changes, and build a complete payout ledger. Derive the model's theoretical return to player (RTP), include losing outcomes correctly, and calculate how a controlled paytable change affects return. Learn why RTP is neither hit frequency nor a guarantee about an individual session.
Go beyond definitions in the practical design workshop. Translate a fictional brief into acceptance tests, compare two paytables with equal RTP but different award patterns, and defend a recommendation using numerical evidence. Diagnose a deliberately faulty maths report and turn counterexamples into useful regression tests. Complete an independent small design-report challenge with a checked paytable, exact ledger, test cases and an honest explanation of limitations.
Then apply those habits in a five-lesson Excel maths workshop. Trace input-linked formulas, reconcile a complete 1,024-outcome ledger with a separately derived analytical calculation, distinguish positive awards from net wins, and inspect the award distribution, variance and standard deviation. Repair three deliberately planted workbook defects. Predict and verify an isolated paytable change before preparing a versioned handoff another person can reproduce.
three editable Excel workbooks: a learner starter, an instructor solution and an intentionally faulty challenge. Attempt a different candidate target before opening the solution; more than one answer is valid, so the emphasis is on reasoning rather than copying a number. The demonstrations use enlarged calculated workbook extracts and timed teaching callouts, not recordings of a live Excel editing session.
Test your understanding with the six-question interactive quiz and individual answer explanations. The new workbook workshop adds a separate learner assignment, six downloadable knowledge-check questions and an explained answer key. Practice worksheets, the eight-page design-workshop workbook, an editable report template and twenty-point self-assessment rubrics are also included. No personal grading or response-time commitment is included.
You need basic arithmetic, fractions and percentages, a calculator, and Microsoft Excel or another spreadsheet application that can open and recalculate the supplied .xlsx files for the workbook workshop. Basic spreadsheet navigation is helpful. No programming or prior slot-maths experience is required.
This is foundations training with practical workbook projects, not the complete professional expansion or a comprehensive certification. It does not include a C# simulator, implemented Wild or free-spin features, comprehensive statistical simulation or regulatory analysis. A single variance value is not presented as a universal commercial volatility classification.
The course uses AI-assisted production and AI narration alongside original teaching visuals, examples and instructor-reviewed material. All briefs and example credits are fictional. The focus is game design and mathematics, not betting systems, casino-winning strategies, guaranteed returns, job guarantees, commercial certification or regulatory approval.
Who this course is for
Aspiring game designers who want a clear introduction to slot-game rules.
Game developers who are new to reel-based slot models and win evaluation.
Mathematics and computer science students interested in introductory game-probability models.
Game testers and analysts learning to check screens, awards, and specification consistency.
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