Initial Publication Date: April 24, 2025 | Revision: November 13, 2025
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How to Use the Modules?

Making Your Plan

  1. Review your course syllabus and learning goals
  2. Define the quantitative skills your students need
  3. Select module(s) to help students accomplish those goals
  4. Decide how you will introduce and motivate student module use (see General Strategies and Specific Tips below)
  5. Plan schedule for module use, follow-up, and further application (Distributed Practice)
    (tip: it's always a good idea to work through a few of each module's questions yourself so you've seen what your students will see)

General Strategies for Integrating Quantitative Skills in Geoscience

Research shows that these strategies lead to more student success in applying math/stats to science disciplines.

  • Aim for distributed practice (or spaced practice) - reference math skills and have students apply them multiple times. Avoid "One and Done."
  • Support transfer of math to geoscience context - students need to learn how to apply math specifically to geoscience problems
  • Feature the relevance (and awesomeness) of math in solving Earth science questions
  • When you bring up math, aim for multiple representations where you might use words, images, a table, or an equation to depict the same concept.
  • Support the use of relevant technology for solving math problems (such as calculator, Excel, GSheets) through scaffolded instruction.

Specific Tips for Incorporating TMYN-Majors Modules

Experience from this project and the earlier The Math You Need - Intro shows that these practices can increase your students' success with our modules.

  • Plan in advance how you will incorporate the module(s) into your course and integrate them into the syllabus and course activities.
  • Going to say it again here - distributed practice - don't just assign them with no mention in class and assume they will work magic on your students' math skill (see graphic below).
  • The modules are designed for self-paced learning so students have the time to build comfort on their own time. Assign them as homework.
  • Make the TMYN modules fully part of the course.
  • Require/strongly encourage students to really interact with the Practice Problems before they attempt the quiz.
  • Assess student use of the modules.

Implementing Modules

Distributed Practice for a Module

Setting expectations and following up with data analysis or other applications solidifies students' ability to use the skill in geoscience contexts. Use Quantitative Activities in Earth Science Disciplines Browse to find tested and peer-reviewed activities.

Timeline for the Term - one or more modules

  • Before the term - get things set up in WAMAP (instructions below). Incorporate into the class schedule and syllabus.
  • Pre-test - early in the term
  • Assign the module/s (including quiz) and leverage the learning to help achieve larger course goals. This is typically done by assigning the modules right before the skill is used in a lab or activity.
  • If the quantitative skill is used subsequently in the course (a good practice), remind students of the module.
  • Post-test - later in the term, after all the modules have been assigned and the quantitative skills are used.

Examples of what "distributed practice" can look like

Giving module quizzes

After students have completed the modules, assess their knowledge with a short quiz. There are several ways to do this. The recommended way is to use WAMAP, a freely available learning management system (LMS) designed particularly for math. It has greater math capabilities than standard LMSs, such as varying numbers each time a question is reattempted or doing complex graphing such as ternary diagrams. At many institutions, the WAMAP portal can be embedded within another LMS such as Canvas or Moodle, so access is seamless for students. Additionally, we supply Word and PDF versions of the quizzes below (instructor-only access).

Using the WAMAP platform

Embedding WAMAP in other LMSs

Quiz files

Post-module Application of Skills

As described above, consider following up the modules with a more in-depth activity that uses the quantitative skills your students learned or practiced. Use the Quantitative Activities in Earth Science Disciplines Browse to find tested and peer-reviewed activities.

Quantitative Skills Courses

Some departments offer entire courses for applying quantitative skills in the Earth and environmental sciences. A set of The Math Your Majors Need modules can be used together in such courses.