Good plans start with better questions.
Understand supply chains, learn forecasting, and see what happens when you change a plan. Start with curiosity. Build your confidence.
Free to exploreMade for curious minds
Forecast 100u fully covered by 80u stock + 20u receipts (0u projected ending stock).
Learn the 5-Track Course
Start with everyday stories, worked Northstar bottle calculations, 25 HD narrated videos, and 250 practice questions.
Experiment in the Digital Twin Lab
Test multi-echelon lead times, factory bottlenecks, rolling-origin forecasts, and balance-sheet ensembles in your browser.
Explore 300+ Briefs & AllIdeas
Read concise practitioner briefs on forecasting, safety stock, MRP, finite scheduling, and everyday science in AllIdeas.
One supply chain.
Five ways to understand it.
Follow the full course or start with the decision in front of you. Every track connects to the next.
Demand Planning
Understand what customers need.
100 estimated hours 02Supply Planning
Match the need with a supply response.
100 estimated hours 03Constraint Planning
Check what your resources can really do.
100 estimated hours 04Manufacturing Planning
Turn a product recipe into a build plan.
100 estimated hours 05Production Scheduling
Decide what runs, where, and when.
99 estimated hoursSeparate unconstrained customer demand from shipped sales
Recent monthly sales were 40, 44, and 46 bottles (baseline 43). A verified campus event adds +8 units, giving 51 fresh demand units. An existing 10-unit order is already inside the 51 forecast, so it is consumed rather than double-counted.
499 estimated learning hours across reading, exercises, quizzes and capstones—not 499 hours of video. See how the course works.
Make a change.
See the consequence.
A plan you can play with.
Change demand, inventory and receipt timing. Watch service and stock respond.
Open the planning dashboard ↗PATTERNS TO PREDICTIONSGet a feel for forecasting.
Explore trend, seasonality and noise. Compare forecasts against held-out data.
Step into Forecast Lab ↗ANIMATED GAME · AGES 10+Toy Factory Express.
Guide suppliers, factory gears, warehouse buffers, and trucks in an animated game even a 10-year-old can play!
Play Toy Factory Express ↗MODULAR ENTERPRISE PLATFORMSCIERP — A New ERP.
Create products, post purchase orders and goods receipts, reserve ATP on sales orders, explode BOMs, and inspect double-entry ledgers.
Launch SCIerp v1.0 ↗GLOBAL DISRUPTION & RIPPLE SIMULATORSCI WorldPulse.
Explore maritime chokepoints, simulate port closures and transit delays, and trace multi-tier shortages in the Supply Chain Ripple Engine.
Launch SCI WorldPulse →A little reading.
A clearer way to think.
How does a forecast become a feasible plan?
Follow the connection from uncertain customer demand to materials, capacity and production.
Read the field guide →Accuracy without score-chasing
Choose useful metrics, spot bias and test fairly.
What is your safety stock protecting?
Understand the assumptions behind a buffer.
A schedule that fits the real world
Connect available time, due dates and changeovers.
A plain-language planning glossary
Find an unfamiliar term and a useful example.
Good ideas don't stay in one lane.
AllIdeas is a space for everyday science, patterns, perception and probability. Try a thought, change a value, and see what you notice.
Explore AllIdeas
See why model choice & holdout testing matter.
Compare four classical forecasting baselines against 6 periods of held-out Northstar seasonal demand (40, 48, 55, 42, 49, 57 units). Use arrow keys or click a model tab to inspect its accuracy and bias.
Captures recurring 3-period seasonal peaks cleanly with minimal holdout error and near-zero bias on seasonal SKUs.
Test your own series in Forecast Lab →Diagnose a planning bottleneck & compute your buffer policy.
Select your primary operational challenge and adjust your demand, variability, lead time, and service target. This deterministic engine computes statistical safety stock and reorder points locally in your browser—no external API keys or data uploads required.
To protect a 95% cycle service level over a 9-day replenishment lead time, hold 50 units of safety stock and trigger replenishment when inventory position reaches 410 units.
Transparency note: Uses normal-approximation lead-time demand math (SS = Z × σ_d × √L, assuming independent daily demand and constant lead time). Verify distribution shape and supplier reliability before operational use.
Frequently asked questions.
Is the 499-hour Supply Chain Forecasting Course completely free?
Yes. All 5 tracks, 25 HD narrated module videos, 50 worked lessons, 250 practice questions, and interactive labs are 100% free to access in your browser with no subscription or login required.
Can I study the entire website and course in Hindi?
Yes! Click the single “Open in Hindi · हिंदी में खोलें” button in the hero section at the top of this page to switch the entire website—including all 416 pages and video closed captions—into Hindi, and click it again anytime to return to English.
How does the FBS Scientific Engine v2.0 work while keeping financial PDFs private?
FBS extracts text from your 5 annual Balance Sheet PDFs and 1 Inventory Forecast PDF locally inside your browser using a local PDF worker—never uploading your files to any server—and runs a 4-model econometric & working-capital ensemble with P10/P50/P90 bands.
Who is Supply Plan Sprint: Toy Factory Express designed for?
It features two modes in a 60fps HTML5 Canvas simulation: Kid Explorer Mode (designed so even a 10-year-old can intuitively learn suppliers, factory gears, warehouse buffers, and delivery trucks) and Pro Planner Formulas Mode for practitioners.
Start with your question.
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