NUWK - First Launch - Learning Roadmap : Learning Objectives, TOC, Outline, Script

ryandewitt

JMP® - New User Welcome Kit  (NUWK)

First Launch - Learning Roadmap

Learning Objectives, TOC/Outline, Master Video Narration and Activity Script

Current Build Link

smb://jmpsi/source/users/forRyan/nuwk/story_html5.html

First Launch - Learning Roadmap

Learning Objectives

• Users will be able to navigate and locate all major JMP windows  i.e. Starter Window, Reports, Graphs, Sample Data, etc.
• Users will be able describe, locate and identify the major platforms in JMP i.e. Tabulate, Fit Model, Fit Y by X, etc.
• User will be able to locate and launch linked sample data from the help menu by searching and listing in several ways
• Users will be able to import data from multiple applications i.e. Excel, Web Sites, Text files, etc.
• Users can enter new data, repeat sequences and create, apply and edit formulas
• Users can recode data in columns, and exclude, label, and hide certain data
• User will be able to explain the anatomy of a JMP data table, columns headers, saved scripts, data view, and table, columns, and rows panels.
• User will be able to describe and adjust different modeling and data classifications, continuous, ordinal, nominal, and character.
• Users can classify data with row states i.e. hidden, labels, colors, markers
• User can export data, copy and paste reports and share in presentations
• Users can connect JMP reports, models and graphs to data tables by saving scripts and using home menu to see an overview of their current analysis project.
• Users will be able to approach their data entry strategically, by deciding when to use Columns or Rows for data set up, observations, etc.
• User will understand and and launch then interact with JMP's Profiler platform.
• Users will understand what the JMP community is, how to add a document, start a discussion and upload a video or file
• Users will have a foundational data termionolgy vernacular , describing the differences between Character, Ordinal and Nominal data types
  

Table Of Contents

Introduction Video (Overview of the NUWK – First Launch - Learning Roadmap) ___

1.  First Launch

1. Ten foundational parts of JMP Video ___
2. First Launch in JMP ___
3. Basic Data Workflow in JMP ___
4. Activity - Grouping Observations Using Tables Summary ___
5. Activity - Calculating a Statistical Mean using the Table Summary Platform ___
6. Activity - Calculating a Statistical Mean using the Analyze Summary Platform ___

     

2. Data Prep

1. Formatting JMP Data by Editing Rows and Columns ___
2. JMP’s data table overview ___
3. Altering a JMP sample data table to learn data preparation techniques ___
4. Activity - Excluding Data Points or Rows From an Analysis ___
5. Activity - Column formatting in JMP ___
6. Activity - Excluding Data From an Analysis ___
7. Activity - Creating Random Numbers with JMP’s Formula Editor ___

3. Analyze

1. Using Distribution with JMP ___
2. Using Fit Y by X ___
3. Analyzing Distributions in JMP ___
4. Activity - Time plotting using Control Chart in JMP ___
5. Activity - Viewing Numerical Information in a Distribution Report ___
6. Activity  - Finding Standard Deviation In a JMP Distribution Report ___
   
   
1. 4. Graphs
   1. An Introduction to JMP Graph Types  ___
   2. JMP’s Dynamic Animated Bubble Plot ___
   3. Graphing a Cowboy hat with JMPs 3D Scatter Plot Video ___
   4. Activity - A brief introduction to JMP’s Scatterplot Matrix platform ___
   5. Activity - Using the JMP’s Variability Chart, Tree Map, Cell Plot and Parallel Plot Platforms
   6. Using JMP’s Surface Plot Platform ___

5. Graph Builder

1. JMP Graph Builder Drop Zones ___
2. How to create a JMP bar chart  ___
3. Using JMP’s Graph Builder and Maps Zones ___
4. Activity - JMP’s Graph Builder Grouping Activity ___
5. Activity - Combining & overlapping JMP graph elements in Graph ___
6. Activity - Dragging Variables randomly in JMP’s Graph Builder ___

6.  Best Practices

1. Time saving practices using JMP. ___
2. Right selecting in JMP
3. Using JMP’s Formula Editor ___
4. Activity - Using JMP’s Recode ___
5. Activity - Classifying Data in JMP ___
6. Activity - Selecting Matching Cells in JMP ___

7.  Sharing Results

1. Building a JMP Journal Presentation ___
2. Sharing and Exporting JMP graphics directly to PowerPoint ___
3. Exporting HTML Interactive Bubble Charts in JMP 12 ___
4. Copying and Pasting JMP Data Tables and Reports into other applications ___
5. Activity  - Exporting JMP files to HTML for Web ___
6. Activity - Creating a JMP Journal Activity ___

8.  Predictive Analytics

1. Creating a Bivariate Regression Using Fit Y by X in JMP ___
2. Using JMP’s Fit Model and Profiler ___
3. Creating a Multiple Regression in JMP with a linear model and two predictors ___
4. Activity - Running a Regression Analysis Using Fit Model in JMP __
5. Activity - Fit Y By X Analyses Examples ___
6. Activity - JMP’s Profiler Capabilities for Predictive Analytics ___

9.  Excel Users

1. Some Basic Similarities and Differences between JMP and Excel ___
2. Excel Pivot Tables vs. JMP’s Tabulate platform ___
3. Averaging columns or rows of data ___
4. Activity - JMP and Excel Differences - Spreadsheet vs. Data Tables ___
5. Activity - JMP and Excel Differences for Formulas ___
6. Activity - JMP and Excel Differences for Column Names ___

10. JMP Community

1. JMP Community Overview ___
2. The difference between a JMP Community discussion and a Document. ___
3. How to respond with email to JMP community discussions ___
4. How to upload files to the file exchange ___
5. Create a SAS Profile ___
6. Activity - Post a JMP Community Question or Comment ___

11. Review

1. First Launching JMP® ___
2. JMP’s Top Menu ___
3. Getting started with JMP using the Starter Window___
4. Exporting Data from JMP___
5. JMP’s starter menu___
6. Using JMP’s help menu___
7. Saving Graphs in JMP with the + Tool or fat plus sign___
8. Copying and Pasting from Excel into JMP®___
9. Importing data into JMP___
10. Using JMP’s Tools ___
11. Saving Our JMP Work Using Scripts Using JMPs Formula Editor___
12. Creating a Multiple Regression in JMP with a linear model and two predictors ___