Students in STEM are often grade-driven, despite evidence of poor correlations between grades and professional success. Students who are overly-motivated by grades are more likely to ignore written feedback, take fewer risks, and try to maximize course marks while minimizing course effort. Many instructors have experienced the frustration of assigning partial credit for mediocre submissions, only to have students ignore the actual feedback in an effort to grade-grub. Further, many multi-section courses struggle imposing consistency in grades across sections. This session presents examples of course structures and assignments that shift focus from points optimization towards actual learning. The presenters will share their experiences of wha...
This paper aims to demonstrate the benefits of introducing the typical course grading process to a w...
This paper reports on an action research study on task design and constructive alignment in an optio...
In a meta-study [1] of STEM courses, use of active learning over traditional lecturing indicates an ...
Students in STEM are often grade-driven, despite evidence of poor correlations between grades and pr...
This article focuses on learning gains in the area of higher education STEM (science, technology, en...
This article reports on a novel higher-education course format exploiting choreographed peer reviews...
This article presents a case study that illustrates the paradigmatic shift in higher education from ...
Thesis advisor: George M. BarnettThere is currently a shortage of students graduating with STEM (sci...
The quality of education in science, technology, engineering, and mathematics (STEM) fields is an is...
After a gamified introduction to flipped classroom models, presentation of several years of research...
STEM education reform in higher education is framed around the need to improve student learning outc...
In recent years, a fair amount has been written about “ungrading”; a practice that is typically unde...
Abstract—Assessing student learning is a key component to education. Most institutions assess learni...
Abstract. Although decades of research have identified effective instructional practices for improvi...
New educational pedagogies are emerging in an effort to increase the number of new engineers availab...
This paper aims to demonstrate the benefits of introducing the typical course grading process to a w...
This paper reports on an action research study on task design and constructive alignment in an optio...
In a meta-study [1] of STEM courses, use of active learning over traditional lecturing indicates an ...
Students in STEM are often grade-driven, despite evidence of poor correlations between grades and pr...
This article focuses on learning gains in the area of higher education STEM (science, technology, en...
This article reports on a novel higher-education course format exploiting choreographed peer reviews...
This article presents a case study that illustrates the paradigmatic shift in higher education from ...
Thesis advisor: George M. BarnettThere is currently a shortage of students graduating with STEM (sci...
The quality of education in science, technology, engineering, and mathematics (STEM) fields is an is...
After a gamified introduction to flipped classroom models, presentation of several years of research...
STEM education reform in higher education is framed around the need to improve student learning outc...
In recent years, a fair amount has been written about “ungrading”; a practice that is typically unde...
Abstract—Assessing student learning is a key component to education. Most institutions assess learni...
Abstract. Although decades of research have identified effective instructional practices for improvi...
New educational pedagogies are emerging in an effort to increase the number of new engineers availab...
This paper aims to demonstrate the benefits of introducing the typical course grading process to a w...
This paper reports on an action research study on task design and constructive alignment in an optio...
In a meta-study [1] of STEM courses, use of active learning over traditional lecturing indicates an ...