Why ‘Alternative’ Careers in STEM Aren’t ‘Alternative’
The stigma associated with pursuing alternative career paths may be discouraging scientists from wanting to engage the public in matters of science.
The stigma associated with pursuing alternative career paths may be discouraging scientists from wanting to engage the public in matters of science.
The charts and figures in this interactive article show the increasing diversity of today’s students in higher education.
Higher education is a critical engine of social mobility and economic development for our country. For students, earning a postsecondary degree or credential is the surest pathway to economic opportunity and the chance to lead a healthy, productive life.
Today’s college students are more diverse than ever before. They are older students who may be juggling other responsibilities such as work and family. They are first-generation college-goers and students from low-income families who have high hopes but face new and unfamiliar challenges. And they are students of color who have gotten to and through college at lower rates than their white peers.
To help more Americans achieve their dreams and to build a stronger economy for all of us, we need to better understand who our students are and what they need to succeed. READ MORE.
A number of studies suggest that student evaluations of teaching are unreliable due to various kinds of biases against instructors. Yet conventional wisdom remains that students learn best from highly rated instructors. What if the data backing up conventional wisdom were off? A new study suggests that past analyses linking student achievement to high student teaching evaluation ratings are flawed, a mere “artifact of small sample sized studies and publication bias.”
Read the whole article featured in Inside Higher Education here.
Find the study here: http://dx.doi.org/10.1016/j.stueduc.2016.08.007
Four years after two senior academics at Stanford University challenged medical schools to stop lecturing and start flipping their classrooms, major reforms at underway at a handful of colleges to change the way they teach medicine. Read the whole article here.
Researchers from Washington State University and CU-Boulder present a model for undergraduate chemistry curriculum development based on five important questions and offer a new general chemistry course — CLUE: Chemistry, Life, the Universe, and Everything — as an example of materials developed in this way.
Departments are increasingly hiring Science Faculty with Education Specialties (SFES) to help improve undergraduate science education. According to a recent study, SFES report their strongest impact is influencing other faculty’s teaching practices.
The public is invited to provide feedback on a draft National Academies report regarding national indicators to monitor undergraduate STEM education. Click through to download the report and offer comments.
Among the featured articles in this special issue are: