This tree diagram design template for Microsoft PowerPoint offers an alternative representation that you can use to model a decision tree in a PowerPoint presentation. Free Download – Tree Diagram Design for PowerPoint (FREE) It has many names, including Pugh matrix, solution matrix, decision making matrix, decision grid, problem selection grid, grid analysis, decision matrix analysis, and even the acronym MAUT, which stands for Multi-Attribute Utility Theory!Ĥ. You can find this template by other similar names including Pugh matrix, decision matrix method, decision making matrix, decision grid, problem selection grid, decision matrix analysis, solution matrix or even as a MAUT grid. MAUT stands for Multi-Attribute Utility Theory.
This is a simple matrix design for PowerPoint inspired by the decision making process grid that can be used to support your decision making processes. A decision making process grid has a matrix design that helps you to compare multiple options when there are also several criteria to consider. Free Download – Decision Making Grid (FREE) Alternatively, the slide #3 allows you to represent a horizontal tree diagram with elements highlighted in a different color.
The template also contains multiple slide designs with other tree diagram variants for PowerPoint and Google Slides, for example the org chart illustration in the slide #2. This decision tree diagram contains three levels and editable fields. This free decision tree PowerPoint template contains a tree diagram layout in PowerPoint that you can easily edit to model a decision tree slide. Free Download – Decision Tree PowerPoint Template (FREE) This PERT template can also be useful to help analyze the tasks involved in completing a project with the minimum time.
The graph-style representation and given that this template was created with PowerPoint shapes, gives you the flexibility to modify the slides and use it as a business decision tree for decision making process or analysis slides. PERT stands for Program Evaluation Review Technique and provides a framework for designing work flows by combining other methods such as critical path analysis and planning techniques.
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