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Complex Adaptive Systems And Quantitative Reasoning In An Interdisciplinary Stem Mathematics Classroom, Robert L. Mayes, Kania Greer
Complex Adaptive Systems And Quantitative Reasoning In An Interdisciplinary Stem Mathematics Classroom, Robert L. Mayes, Kania Greer
Interdisciplinary STEM Teaching & Learning Conference (2012-2019)
In this presentation we will share outcomes from the Real STEM project, which provides professional development for rural teachers in the Georgia Coastal Plains supporting implementation of interdisciplinary STEM courses as well as STEM modules in mathematics and science courses. Real STEM includes a number of innovative student-active strategies for teaching including: Understanding by Design (UbD) approaches to teaching for understanding, problem-based learning (PBL), place-based education (PBE), complex adaptive systems (CAS) thinking, and quantitative reasoning (QR). QR is the mathematical underpinning of the projects. The projects are ongoing so we will report our results on impact on teacher practice and …
Redesigning And Undergraduate Engineering Course, Elise Barrella
Redesigning And Undergraduate Engineering Course, Elise Barrella
Interdisciplinary STEM Teaching & Learning Conference (2012-2019)
The presentation will consist of two parts: (1) description of the introductory engineering course and the experience of using a backwards design approach to create a more learner-centered and active course and (2) group discussion of simple, successful techniques for creating a more learner-centered course. The course was redesigned as part of a preparatory teaching program for graduate students.
A Medley Of Successful Active-Learning Methods, Sarah Formica
A Medley Of Successful Active-Learning Methods, Sarah Formica
Interdisciplinary STEM Teaching & Learning Conference (2012-2019)
This workshop will present a medley of active-learning methods that have been implemented successfully in physics courses. The participants will engage in methods that include Just-in-Time Teaching, clicker questions, whiteboard activities, and virtual experiments. The workshop goal is to show how these active-learning methods can be applied in a STEM classroom to increase students’ conceptual understanding and problem solving skills.