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Mathematics Teacher Education Partnership: Actively Learning Mathematics Research Action Cluster: A nationwide network of 38 teams — spanning 30 states, 69 universities, 87 school systems, 9 community colleges, and a variety of other interested institutions — working collaboratively to reform…
Pedagogy | Scaffolding | Educational Practices | Faculty Professional DevelopmentIn 2014, the University of Michigan launched an NSF-funded program to reinvent introductory teaching and learning in the core STEM disciplines. REBUILD (Researching Evidence-Based Undergraduate Instructional and Learning Developments) aimed to promote recruitment, retention, and academic…
Pedagogy | Scaffolding | Cultural Change | Articulated Learning Goals | Educational Practices | Assessments | Access | Faculty Professional Development | Technology | Data | Facilities | Leadership Commitment | Establish Strong Measures of Teaching Excellence | Align Incentives with the Expectation of Teaching ExcellenceBrown University focuses on improving the mathematical competency among STEM majors by seeking to introduce evidence-based, high impact practices in first and second year STEM courses. The goal, reducing attrition from science and improving students’ identification with science as a career.
Pedagogy | Scaffolding | Cultural Change | Articulated Learning Goals | Educational Practices | Assessments | Faculty Professional Development | Facilities | Leadership Commitment | Align Incentives with the Expectation of Teaching Excellence | Establish Strong Measures of Teaching ExcellenceThe Center for Innovative Teaching and Learning (CITL) at Indiana University Bloomington provides leadership and expertise to enable innovation in curricula, implementation of powerful technologies and pedagogies in and beyond the classroom, and student engagement with learning resources and…
Scaffolding | Cultural Change | Faculty Professional Development | Technology | Data | Establish Strong Measures of Teaching ExcellenceThe Helmsley Charitable Trust supports four Helmsley Postdoctoral Teaching Scholars at Yale University, two in physics and two in math. The Helmsley Scholars pioneer innovative teaching approaches in their respective Yale departments as well as at area partner institutions, employing the use of…
Pedagogy | Educational Practices | Scaffolding | Faculty Professional DevelopmentThe University of Pittsburgh's Discipline-Based Science Education Research Center (dB-SERC) promotes and supports evidence-based teaching practices which bridge the gap between teaching and learning.
Pedagogy | Scaffolding | Cultural Change | Articulated Learning Goals | Educational Practices | Assessments | Access | Faculty Professional Development | Data | Establish Strong Measures of Teaching Excellence | Align Incentives with the Expectation of Teaching ExcellenceUKanTeach supports effective STEM learning, effective communication about STEM, supports service learning, while exploring secondary mathematics and science teaching as an option at graduation. If you wish to be a better science communicator or teach secondary (grades 6-12) math or science, then…
Pedagogy | Scaffolding | Cultural Change | Articulated Learning Goals | Educational Practices | Assessments | Access | Faculty Professional Development | Data | Facilities | Leadership Commitment | Establish Strong Measures of Teaching ExcellenceSeeking to raise the level of STEM literacy, the UKanTeach STEM Teacher Preparation Program provided a leverage point to address STEM literacy at multiple levels of formal schooling. Since UKanTeach students are regular undergraduate STEM discipline majors it became very important that CSTEM…
Pedagogy | Scaffolding | Cultural Change | Articulated Learning Goals | Educational Practices | Assessments | Access | Faculty Professional Development | Technology | Data | Facilities | Leadership Commitment | Establish Strong Measures of Teaching Excellence | Align Incentives with the Expectation of Teaching ExcellenceThe mission of an AAU-UCD partnership is to foster evidence-based, sustainable innovation in STEM instruction through development of cultures of data and evidence around instruction and learning that encourage experimentation, build urgency, and enable change.
Pedagogy | Scaffolding | Cultural Change | Articulated Learning Goals | Educational Practices | Assessments | Faculty Professional Development | Technology | Data | Leadership Commitment | Establish Strong Measures of Teaching Excellence | Align Incentives with the Expectation of Teaching Excellence