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Scripting and Automation in JMP: Empowering University Students to Solve Assignments

September 25, 2023
Daniel Wyatt
Daniel Wyatt
Scripting and Automation Using JMP
With a Master's degree in Data Science from the University of Sydney, Daniel Wyatt is a seasoned expert in the field of statistical analysis.

In the world of data analysis and statistical modeling, JMP stands out as a powerful tool that empowers users to extract valuable insights from data. For university students studying statistics, engineering, or any data-intensive field, JMP offers a wealth of features and functionalities to aid in their assignments and research projects. However, as with any software, there's a learning curve involved in mastering JMP. This is where scripting and automation come into play. It enables students to streamline their workflows, customize analyses, and complete their assignments efficiently using Scripting and Automation with JMP.

The Power of Scripting and Automation

JMP offers a scripting language known as JMP Scripting Language (JSL). With JSL, users can automate routine tasks, customize analyses, or create new methods. For university students, this opens up a world of possibilities, making it easier to work with data, perform statistical analyses, and generate reports. Here's how scripting and automation can benefit students working with JMP:

Scripting and Automation in JMP
  1. Efficiency and Reproducibility
  2. One of the primary advantages of scripting in JMP is the ability to automate repetitive tasks. Students often find themselves performing the same data preprocessing steps, analyses, or visualizations for different assignments or experiments. By writing scripts to handle these tasks, they can save significant time and ensure that their work is reproducible.

    Imagine having a dataset with hundreds of variables that need to be cleaned and transformed consistently. Writing a script to perform these tasks not only saves time but also reduces the likelihood of errors that can occur when doing these tasks manually. This is particularly crucial in fields like biomedical research or environmental science, where data quality is paramount.

  3. Customization
  4. JMP is a versatile tool with numerous built-in analyses and visualization options. However, every research question or assignment may have unique requirements. Scripting allows students to tailor their analyses and visualizations to suit their specific needs.

    For example, suppose a student is working on a project that involves advanced statistical modelling beyond the standard features of JMP. By using JSL, they can implement custom algorithms and statistical procedures, ensuring that their analysis is aligned with the project's objectives. This level of customization can be a game-changer when dealing with complex data.

  5. Learning and Exploration
  6. Scripting also serves as an excellent educational tool. As students dive into the world of JSL, they gain a deeper understanding of data analysis concepts and statistical techniques. Writing scripts requires students to think critically about their data and analysis goals, promoting a more profound learning experience.

    Moreover, scripting encourages exploration. Students can experiment with different approaches and algorithms, gaining insights into how different statistical methods work and when to apply them. This hands-on experience is invaluable in building their analytical skills.

Getting Started with JSL

Now that we've established the importance of scripting and automation in JMP, let's explore some fundamental concepts and practical tips for students to get started with JSL.

  1. Script Editor
  2. The Script Editor is where students will write, edit, and execute their JSL scripts. It's accessible from the "File" menu in JMP. The interface is user-friendly, with syntax highlighting and auto-completion features to assist students in writing error-free scripts.

  3. Basic JSL Syntax
  4. JSL has a straightforward syntax, making it accessible to beginners. Here are a few essential components:

      Variables: Students can declare and manipulate variables just like in other programming languages. For example, x = 10; assigns the value 10 to the variable x.

      Functions: JMP provides a range of built-in functions for data manipulation and analysis. Students can call these functions in their scripts. For instance, mean(data) calculates the mean of a dataset named data.

      Loops and Conditionals: Students can use loops (e.g., For and While) and conditionals (e.g., If-Then-Else) to control the flow of their scripts.

  5. Working with Data
  6. In JMP, students can import data from various sources, including spreadsheets and databases. Once the data is loaded, JSL allows them to perform data cleaning, transformation, and summarization operations efficiently.

  7. Visualization
  8. JSL can be used to create customized visualizations that go beyond the standard JMP options. Students can create bar charts, scatter plots, and even interactive dashboards using scripting. This is particularly useful when they want to present their findings in a unique and informative way.

  9. Reporting
  10. After performing analyses and generating visualizations, students can use JSL to automate the generation of reports or presentations. They can create dynamic reports that update automatically when new data is added, making it easier to track progress over time.

Tips for Success

Here are some additional tips to help university students excel in scripting and automation using JSL:

  • Start Small: Beginners should start with simple tasks and gradually tackle more complex challenges. Building a strong foundation in JSL takes time and practice.
  • Learn from Examples: JMP provides a comprehensive library of sample scripts and examples. Students can use these as references to understand how different tasks can be accomplished using JSL.
  • Seek Help: Don't hesitate to seek help from online forums, communities, or professors when encountering challenges. JSL has an active user community, and there are many resources available for students.
  • Documentation: Encourage students to explore JMP's official documentation, which provides detailed information about JSL syntax and functions. It's a valuable resource for both beginners and advanced users.
  • Collaborate: Collaborative learning can be highly beneficial. Students can work together on scripting assignments, share their knowledge, and learn from each other's experiences.
  • Practice Regularly: Like any skill, scripting in JSL improves with practice. Assignments, personal projects, and research tasks provide ample opportunities to hone scripting skills.


Scripting and automation in JMP using JSL offer a potent toolkit for university students seeking to excel in their assignments and data analysis projects. By harnessing the power of JSL, students can save time, customize their analyses, and gain a deeper understanding of statistical concepts. The ability to script and automate not only enhances their analytical skills but also makes them more valuable in data-driven fields. So, whether you're a student just starting or an experienced user, remember that JSL is your ally in the world of data analysis, waiting for you to explore its potential.

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