AR ABSTRACT
How
will using inquiry-based teaching with my 10th grade biology
students impact their ability to think scientifically?
The question guiding my research is as follows: How will the
use inquiry-based teaching with my 10th grade biology students
impact their ability to think scientifically? A review of the literature suggested
strategies in several areas of my practice that could help me bring about
higher levels of scientific thinking. As a result of my literature review areas
for change include: 1) re-defining and using true inquiry 2) increasing questioning skills 3) establishing and incorporating collaborative groups and 4) intentionally
fostering 21st century leadership skills.
Through my research I have come to understand many things.
First off, what true inquiry is. Old labs and activities can be easily adapted
to inquiry style where students design their own procedure, data tables, and
draw their own conclusions. I plan to use weekly inquiry labs/ activities which
I hope will give students more opportunity to foster thinking skills. I will be keeping a journal of my feelings and observations during these lessons as I move toward an inquiry-style instructor.
Research suggests that questioning is a skill that must be practiced. I spent a lot
time creating a questioning environment and generating lists of questions to
foster discussion and thinking during individual lessons. I used random
calling, think-pair-share, and extended wait time as well not stopping at the “first”
or “right” answer to increase overall thinking. I am interested to know if the
number and type of questions students encounter correlates with perceived
thinking level.