The Start of Another Year.....
Chad Husting explains how he used two hands on activities to get a sense of where his students were at within the realm of labwork and the scientific process as school began.
Chad Husting explains how he used two hands on activities to get a sense of where his students were at within the realm of labwork and the scientific process as school began.
As many teachers are preparing to teach online, we are revisiting posts from the ChemEd X archives like this one that might be of help. The original Build a Boat challenge was used to help create a classroom culture of teamwork and growth mindset. The author has updated the Build a Boat activity by providing a modified slide show presentation specifically to help those teaching remotely this fall.
Students’ preconceived notions about concepts may clash with the material that they are expected to learn. This cognitive dissonance creates discomfort for students.
I teach in a school that was originally designed to be an “open air” school. The school was built with support walls all on the outside of the building. The building, built in the 1970’s, was built with “classrooms without walls”.
"The Learning Pit" metaphor constructed by James Nottingham can serve as an important part of establishing a culture for learning in the high school science classroom.
In this post, I share my thoughts about positive relationships as well as some of the activities that I do on the first day of school to make connections with my students.
It all started with a couple of summers spent on fellowships at the Institute for Chemical Education at the University of Wisconsin: Madison. In 1990 after two years of teaching high school chemistry I transferred to help open a school to specialize in Health and Medical education. I was 23 years old and ready to take on the world. The school’s student body was high poverty, 96% of the students qualified for the federal lunch program, and almost the entire student body was classified as minority. It was a good first year.
This post was submitted for the 2017 ChemEd X Call for Contributions: Creating a Classroom Culture.
Teaching students the proportional reasoning skills needed for stoich doesn’t have to be that daunting. By adjusting how your students talk about stoich, you will adjust how they think about it; eventually, they’ll proportionally reason in a more effective manner.
This post was submitted for the 2017 ChemEd X Call for Contributions: Creating a Classroom Culture.
Because my teaching philosophy assumes that both quality and quantity of learning increases with interest in subject matter, I have spent years exploring ways to engage my students in chemistry (of course fire, explosions, and color changing reactions are certainly helpful). I have recently begun using an approach that I have found to be quite fruitful, albeit counterintuitive: I don’t try to get my students interested in chemistry. You read that right. I don’t try to interest my students in chemistry. Rather, I get to know the hobbies and interests of my students. Then I work to demonstrate how chemistry relates to those activities. This post was submitted for the 2017 ChemEd X Call for Contributions: Creating a Classroom Culture.
What is the very first impression that I want to make on students? Do I want to pass out a bunch of papers about the syllabus, rules and policies? Do I want kids to be thinking and acting like scientists? Deep down inside, my hope is always for the second idea. I decided to steal an idea I got from master chemistry teacher Linda Ford at an local ACS meeting. Linda introduced a group of teachers to the "Miracle Fortune Teller Fish".
This post was submitted for the 2017 ChemEd X Call for Contributions: Creating a Classroom Culture.