Project EDDIE
Project EDDIE develops flexible, stand-alone, and modular classroom activities for undergraduate students using long-term and high-frequency datasets to explore the core scientific concepts and develop quantitative literacy. Throughout the lifetime of the project, the SERC team has taken on a number of roles such as initially providing expertise on modular activity development and website development and student assessment.

Building Strong Departments
The Building Strong Departments website is a discipline-agnostic look at the issues facing STEM departments and grew out of the successful programming associated with the Building Strong Geoscience Departments program. SERC served as a lead for the earlier efforts and adapted the geoscience-specific resources for broader use on this site.

Supporting STEM Success in a Liberal Arts Context
Supporting STEM in a Liberal Arts Context synthesized the experiences of 11 institutions striving to strengthen the undergraduate experiences in science and mathematics for all of their students. These predominantly undergraduate institutions were selected by the Howard Hughes Medical Institute as 'Capstone Programs' and had extensive experience in strengthening students experiences in STEM programs. SERC provided support for synchronous meetings, gathering expertise, and writing and publishing the suite of program models and institutional examples that resulted from the work of the project.

STEM Futures
The STEM Futures project was a week-long virtual design-studio workshop experience for faculty in STEM disciplines to collaboratively develop new programs and curriculum materials. The goal was to advance innovative visions for STEM education that go beyond the acquisition of core content knowledge to integrate mindsets and values. SERC helped design and facilitate the online workshop process hosted through our website.

Science for Non-Scientists
This project shared a wealth of teaching materials from a general education course designed to introduce non-science majors to scientific ways of thinking; the course developed remarkably strong critical thinking skills. SERC provided a platform to post these resources for wider use.

Math You Need
Math You Need, When You Need It provides online, student-centered, math tutorials for introductory geoscience students.

SAGE 2YC
By engaging 2YC geoscience faculty in professional development, the SAGE2YC project disseminated advances in STEM education to improve teaching, support students in geoscience technical training, and help prepare geoscience majors and pre-service teachers for college transfer. This program shared successful strategies for teaching students with a range of abilities, experiences, and goals, and for preparing 2YC students for the geoscience workforce.

Teaching Quantitative Skills in the Geosciences
Quantitative skills are an essential tool for both the geoscientist and the citizen. This site provides resources for faculty that include pedagogic methods, teaching resources, supporting materials for students and a discussion of the issues. SERC was the leader of the project, planned and implemented the professional development workshops that generated content for the project, and hosts the website.

Oceans in the News
The Oceans in the News course uses polar science examples to build student skills in data analysis and use of media and other sources. Students will develop proficiency in data visualization and its application to the analysis of news stories about polar regions. SERC adapted it course publishing format to allow dissemination of these course materials.

CUREnet
CUREnet supports networking among faculty developing, teaching, and assessing Course-based Undergraduate Research Experiences (CUREs), to share CURE projects and resources, and to develop new tools and strategies for CURE instruction and assessment.