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Michael & Albert's Ann. Bibiography

ANNOTATED BIBLIOGRAPHY Armbruster, P., Patel, M., Johnson, E., & Weiss, M. (2009). Active learning and student-centered pedagogy improve student attitudes and performance in introductory biology. CBE-Life Sciences Education , 8 (3), 203-213. This article describes a case study on the reorganization of a first-year university biology class. The three main points they have done include teaching specific contents with broader conceptual themes, incorporating active and problem-based learning, and making the environment more student-centered. The result of increased student interest and performance is relevant to our promotion of scientific thinking. Bell, R. L., & Trundle, K. C. (2008). The use of a computer simulation to promote scientific conceptions of moon phases. Journal of Research in Science Teaching, 45 (3), 346-372. doi:10.1002/tea.20227 Common misconception on how moon phases work is common, and all 50 pre-service teachers in this study held such misconceptio

Inquiry Project Annotated Bibliography (Amadeus, Steven, Tania)

Annotated Bibliography Abeysekera, L., & Dawson, P. (2015). Motivation and cognitive load in the flipped classroom: definition, rationale and a call for research. Higher Education Research & Development , 34 (1), 1-14. Flipped classrooms allow students to do the preparatory work ahead of the class, easing the cognitive load via a self-paced study process. Thus, it might decrease the homework load significantly since most of the work will be done in class. Bembenutty, Héfer, and Marie C. White."Academic performance and satisfaction with homework completion among college students. Learning and Individual Differences 24 (2013): 83-88. Homework and self-regulation increase the academic success of students, thereby increasing their motivation to do the homework. Calderwood, C., Ackerman, P. L., & Conklin, E. M. (2014). What else do college students “do” while studying? An investigation of multitasking. Computers & Education , 75 , 19-29.

Entrance Slip: Embodied learning -- Henderson & Taimina paper

Bodily experiences can be described as physical and visual learning that can consolidate knowledge in a way that typical classroom learning sometimes cannot do. In my opinion, bodily experiences are very useful as a learning tool in the classroom, however I don't feel that it should be the main, or the only way to learn. My philosophy for teaching at the moment involves teaching with several different techniques: oral, visual, physical, etc. I believe that in doing this, a greater range of learners needs will be met since everyone learns better through different techniques. Therefore, bodily experience will definitely be useful to me. Furthermore, as a hockey coach it is easy to see that physical learning has a huge impact on children's learning and consolidation. You can't learn to play hockey from watching a hockey game, you actually have to physically play it to learn it. In the same way, you can't fully learn in school until you put the concepts into practice. When

Exit Slip: Revisiting inquiry project ideas

I still feel that my ideas are relevant to me for my inquiry project (http://amadeuseduc450b.blogspot.ca/2017/09/entrance-slip-inquiry-topic.html). However, there are some new ideas that have grasped my interest, especially after today's class on "are marks accurate?" Marks have been a form of assessment for longer than I can remember and I don't think answering the question "are marks accurate" is black/white. However, I do feel that I stand more on the side of yes, they are accurate. This brings up the topic of assessments: what are the best ways for biology to be assessed (multiple choice, short answer, essay, presentations, etc)? Is there a best way? How can we prevent students from learning to take tests and get them to learn for their own knowledge? I believe this comes down to objectives that differ. Students often want to learn so that they can get good grades, while teachers often teach so that they can educate students. These objectives are subtl

Entrance Slip: Reading on marks in math or physics (Boaler or Sarte et al paper)

I liked this reading (http://einsights.ogpr.educ.ubc.ca/v14n01/articles/sarte/index.html) because it is highly relevant to me right now. I was in my first ever classroom observation session yesterday and students in Science 10 were learning about gene alleles and traits. Briefly, this has to do with how certain alleles are dominant over other alleles: if B=brown fur, b=black fur, then BB= brown animal, Bb= brown animal, bb= black animal. When I asked one of the students if she understood this concept she said "Yes, when the letters are both uppercase it's homozygous and when they aren't it's heterozygous." I took a step back and asked the student "Yeah, but do you understand where in the body these 'uppercase' and 'lowercase' letters come into play? Like how are these pairs of letters even relevant to our bodies?" She had no answer for me. Now this is just one student, but I feel like she represents more students in the lack of conceptual

Exit Slip: Role models and equity in the classroom - the media

The media plays a role in almost everything that goes on in the world, and for this reason I believe it is important for us to consider its role in the classroom, especially as a prospective teacher. I personally feel that the media plays its biggest role by instilling a certain attitude around schools, classrooms, and most importantly students, all prior to them even entering the classroom. They are given preconceptions about "coping with back to school stress" instead of being "excited to go back to school" just as an example. Furthermore, certain subjects are deemed to be "better for males or females" than others. The list goes on about some of the ways the media influences student's feelings towards school but I believe the media has the potential to generate joy and enthusiasm about school just as easily. The benefits of this would be that students will want to come to school and enjoy their time in whichever subjects they wish to take. As a teach

Exit Slip: Reflections on UBC Orchard Garden experiences

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Today we visited the UBC Orchard Garden and my experience, as a prospective teacher was one much different than I have had before. This time around, I took in the garden as a place of learning. It was a place where I could engage my senses and gain a sense of wonder for the space I was in. Susan did an excellent job of allowing us to show our wonder via the drawing activity we did. We were asked to draw man-made and natural things we saw but I found myself spending all 30 minutes drawing a pumpkin and a bit of its background. One thing I learned from this activity was that when drawing man-made objects there is often a start, and a stop. Contrastingly when I was drawing this pumpkin I saw the stem attached to another plant and the plant attached to the ground and the ground holding other pumpkins and insects on the leaves and on and on and on…What I took away from this is that natural objects are continuous, and are all interconnected. This struck a bell for teaching in