EXPERIMENT DESIGN

Ask a precise question.
Build a useful experiment.

Define the design space before collecting data. Make factors, ranges, units, and measurement intent explicit.

Experimental factorsExample design
ObjectiveMaximize yieldDesignFull factorial
Independent variableLowHighUnit
Temperature60100°C
Catalyst0.52.5wt%
Reaction time2060min
3 factors × 2 levels8 combinationsbefore replication
Record your factors, controls, and run order.
LABVECTOR / EXPERIMENT DESIGN

Designed to make the trade-offs visible

01

Full factorial designs

Explore combinations of factor levels with seeded randomized run order. These designs support estimating effects under suitable replication and independent measurements; the number of runs grows quickly with each factor.

02

Latin hypercube sampling

Distribute a fixed number of runs across continuous factor ranges. This space-filling design is exploratory; it does not by itself provide balanced replication or establish causation.

03

Factors and measurement context

Record numerical or categorical factors, units, intended bounds, a response, and an objective. Add controlled conditions and measurement procedures in the experiment notes.

04

Versioned design decisions

Preserve design configurations and factor definitions with an author and time. New versions keep earlier decisions available for comparison.

Randomization, independent replication, measurement validity, confounding, and practical feasibility still require scientific review. A generated matrix is a plan, not a validated experiment.

START WITH A QUESTION

Your next experiment.
A better starting point.

Explore the sample study, then bring your own research.