One of our framework’s competencies is curiosity, and at CCR we consider it crucial to integrate it into all that we do. In our work, we’ve developed several tools, including software products and applications, to help us conduct novel research and to support our courseware and development. We enjoy playing with and leveraging these tools in our work, and so we’ve shared some of them here. We hope you enjoy playing too!

World Literature TextsThis is a screen shot from: It shows how filters can be used to find texts in the World Literature Database, such as literary period, genre, and Lexile Grade level.

World Literature Texts is a curated database of world literature, containing 345 works from 20 cultures. Works were evaluated against accessibility, modernity and relevance, diversity and representation, message, and merit to determine inclusion. Included texts are tagged to categories such as literary period, topic, and genre. The database helps users connect the texts to the present and future and to other domains such as history and philosophy.

This is a screen shot from: It uses the discoveries at Menlo Park Laboratory as an example of the information the World History Database can display, such as core concepts, themes, and related events and artifacts.World History Site

The World History website is a curated database of 770+ global items (670 events and more than 100 artifacts). Content is tagged to categories such as areas, epochs, and related events, enabling a learner to see the ways in which history is interconnected. Learners can use these distilled lessons from history to “think like an historian” and transfer learning from one context to another.

This is a screen shot from: It shows the home page of the Passions Projects Portal. It shows the four types of project plans users can search for: Investigations, Explorations, Adventures, and Quests.

Passion Projects Portal

The Passion Projects Portal is designed to cultivate curious, engaged, and passionate learners through a 4-part progression of growing learners’ interests into deeper passions. The portal contains 340 exemplary learning experiences: brief Investigations, deeper Explorations, and project Adventures and Quests. Using a number of search options, including project categories and competencies, teachers can find the perfect project plans for their students.

This is a screen shot from: It shows a 3D visualization of physics concepts created by neural network. STEM concepts, such as Zoology and Biology are indicated by purple dots; the Arts, such as sculpture and dance, by green dots; and the Humanities, such as History and Philosophy, by orange. They are connected by green lines that grow thicker when the connection is stronger.Knowledge Navigator

When educators talk about interdisciplinary learning, it often is making simple links between math and science or history and English. Wikipedia provides information to  identify disciplines that might be closer to one another than previously realized, which creates opportunities for educators to make innovative interdisciplinary links. The navigator allows users to see which disciplines are, according to Wikipedia, most closely related to foster inspiration for interdisciplinary learning experiences.

This graph is a screen shot from: It shows the weighted demand by employers for CCR's framework competencies in job seekers. Resilience is most valued, followed by courage, collaboration, critical thinking, and communication, all of which were valued in the top quartile. Creativity, Curiosity, Metacognition, and Ethics, Leadership, and Mindfulness followed, with above half, and Psychomotor skills and Knowledge were just below 50%. The purple bars indicate skills in demand in 2026, with the red bar our projection of need in 2026.JobNeeds O*NET/BLS Explorer

JobNeeds CCR Explorer

The JobNeeds Explorers allow users to see the relative importance of Competencies for different types of jobs. In aggregate, the data shows that Knowledge is necessary but not sufficient, and that employability implies demand for the Competencies that CCR advocates.

This is a screen shot from: It shows an example of how the Bayesian Toolkit can be used to better understand probability. It displays a Two-Way Table, a Bayesian Update Table, and an Area Diagram at the Joint Probabilities step of the process. User can also display a Tree Diagram, and work through all of the steps from Hypothesis to Normalized Posterior.

Bayesian Toolkit

The Bayesian Toolkit visualizes the components of probability questions by stepping through each component used in Bayes’ Theorem. Students can compare several visuals at each stage, giving them a deeper understanding of how the problems work, why we get surprising results, and how to interpret the answers in the context of the problem. Users can select to display up to four visualizations at a time, re-label numerical values, and have the final result unveiled in steps. Users can add a custom problem and save a link to share the problem with others.

This is a screen shot from: It shows an example of a 3D visualization of physics concepts that the Physics Concepts Extractor can create.Physics Concepts Extractor

This tool was created to explore if there is an automated or semi-automated way to extract the Core Concepts of a given Discipline by using Physics as an example. Using a neural network trained to determine the relationships between words and then assigning those words positions in a 300 dimensional space so that strongly related words are placed in close proximity to one another, the extractor creates an interactive 3D visualization of physics concepts. Users can filter by topic and explore the relationships between concepts.