Live tool
01 / Chapter labs
Business Statistics Labs
Practice study design, inference, group comparisons, and categorical risk through four chapter-specific, browser-local evidence labs.
Interactive course tools
Quantitative ideas, made visible.
Explore statistics, optimization, and Lean process improvement with focused tools that turn ideas into experiments you can see, change, and discuss.
Optimize
Measure
Decide
From model structure to evidence-backed decisions.
Tool directory
Explore the tool directory.
Every tool runs directly in your browser with a ready-to-use starting example. Nothing to install and no account required.
BUS-2150 · Business Statistics
BUS-2150: Find patterns inside variation.
Use focused chapter labs for complete evidence workflows, or open a general-purpose explorer to investigate a model directly.
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02 / Probability
Normal Area Explorer
Drag z-score cutoffs and watch shaded probability regions respond across left, right, between, and two-tail questions.
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03 / Simulation
Sampling Distribution Explorer
Draw unusual populations, follow individual samples, and watch the distribution of sample means take shape through repeated simulation.
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04 / Relationships
Linear Regression Studio
Build datasets, compare your line with least squares, and inspect residual, ANOVA, extrapolation, and variance diagnostics.
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05 / Investigation
Statistical Investigation Studio
Practice the complete evidence workflow and diagnose hidden data-quality, model, and interpretation challenges across the course.
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06 / Probability
Student t Distribution Explorer
Explore how degrees of freedom shape tail areas, find critical values, and connect shaded probabilities to worked mathematics and Excel formulas.
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07 / Test design
Power & Error Explorer
Drag decision cutoffs, change sample size, and connect sampling distributions to Type I error, Type II error, and statistical power.
Live tool08 / Random simulation
Inverse Transform Lab
Turn a uniform random number into a simulated outcome. Trace the inverse CDF for Normal, Exponential, Poisson, Uniform, and Binomial models, then compare repeated samples with theory.
BUS-3150 · Operations Analysis
BUS-3150: Model decisions under constraints.
Build a model, see its geometry, and test how the best decision changes.
Live tool
01 / 2D optimization
2D Linear Programming Explorer
Add constraints, reveal the feasible polygon, and drag the objective function to discover the optimum rather than merely calculate it.
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02 / 3D optimization
3D Linear Programming Explorer
Build three-variable constraints, rotate the feasible solid, and move the objective plane to see how an optimum emerges in three dimensions.
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03 / Decision labs
Operations Decision Labs
Move from prediction to model to recommendation in four browser-local labs: LP sensitivity, network and integer choices, simulation risk, and forecasting carried into inventory.
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04 / Queue simulation
Value Stream Studio
Simulate a shared waiting line with one or more servers, choose arrival and service-time distributions, and explore queue-performance measures.
Live tool05 / Random simulation
Inverse Transform Lab
Turn a uniform random number into a simulated outcome. Trace the inverse CDF for Normal, Exponential, Poisson, Uniform, and Binomial models, then compare repeated samples with theory.
Live tool06 / Simulation and risk
Monte Carlo Studio
Build an editable uncertainty model, follow one trial, and compare thousands of outcomes. Explore Sanotronics profit and risk, or create your own model and save it for another session.
MGMT-4570 · Lean Operations Management
MGMT-4570: Make the work visible.
Map how work flows today, find sources of delay, and explore a better future state.
Live tool01 / Lean tools
Lean Operations Teaching Labs
Map the value stream, test whether measurements are trustworthy, and investigate process changes with fixed-baseline control charts. Three focused tools for existing Lean lessons.