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Student Exoplanet Projects Using Data from the Kepler Mission: Exoplanet projects

by Michael Lopresto

Hands-on projects with Kepler data

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AlbakiReads Editorial

Hands-on projects with Kepler data

Michael Lopresto’s book pairs an introduction to the Kepler Mission and its detection methods with structured research projects using mission datasets. Topics include habitable zones, planetary temperatures, and the densities of different planetary types, including Super-Earths and Mini-Neptunes. Excel templates and selected data accompany the projects, with instructions intended to support independent work or use with a course leader. The activities also ask students to consider caveats in their findings and place results in a broader context. A closing overview summarizes Kepler findings and looks toward other missions that continue its legacy.

Good fit for readers who enjoy

  • Students seeking guided, independent projects in planetary science.
  • Course leaders introducing students to Kepler data and its analysis.
  • Learners interested in exoplanets, habitability parameters, and working with datasets.

Themes

Kepler Mission and exoplanet detectionPlanetary habitabilityData analysis and research methodsScientific caveats and context

Based on publisher information and book metadata.

Book overview

The book describes the Kepler Mission and its detection methods, providing the reader with a fundamental background from which to explore Kepler datasets independently. The book then outlines student research projects using the mission's data that can conducted independently or guided by a course leader. These projects cover various aspects of Kepler data, including habitable zones, planetary temperatures, and the densities of different planetary types, Super-Earths, and Mini-Neptunes. Excel templates for each project are accessible alongside the book with selected data for students to analyse, and detailed instruction is provided to ensure self-sufficiency and independence. The projects are designed to teach students to consider the caveats of their findings throughout the work, placing their findings in a greater context. Key Features:

  • Provides instructional material and datasets for independent student projects
  • Acts as a guide for course leaders looking to introduce students to Kepler data and how to analyse planetary habitability parameters
  • Provides excel templates and custom datasets for self-contained research projects
  • Covers the background of the Kepler Mission necessary for independent student projects
  • Summarises Kepler findings and offers an outlook to other missions continuing Kepler's legacy
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