I have my anatomy students do a bone practicum when we study the skeletal system. Instead of going over each bone in class, I made four videos that point them out. Then, I use the class time to have them do a disarticulated skeleton lab where they examine each bone and figure out what it is, where it goes, and what it does.
I could not get the videos to load directly to the site, so here is the link to the videos.
Bone Practicum
I am getting test results from the classes that used the same test and activity but did not have access to the videos. These grades do not include any extra credit, scaling, etc.
The students were asked if they watched the videos (the answers corresponded with the view counter).
Average score for those that did NOT watch videos: ~70%
Average score for those that did watch videos: 98.8%
Blog for facilitators and participants in the Marshall University Harless Center Flipped Classroom Project.
Thursday, December 18, 2014
Thursday, December 11, 2014
STEM Concept Videos from MIT
MIT has posted some STEM concept videos that have come to my attention and I believe are worth viewing. I am less concerned about the content of the videos for our purposes but rather the organization.
Each video is 12-15 minutes in length, perhaps a little long for most K-12 students but appropriate for MIT students. The videos start with an interest sequence to draw the viewer in. Then the goals are stated and the explanations begin accompanied by visuals and examples. The review at the end brings it all together back to the stated goals. I also appreciate that the videos are accompanied by a through yet concise teachers’ guide. This can be a good model for our lessons.
The videography is a lot more slick that we need to be concerned with but the way the MIT professors organize their lessons is a good design model for us.
http://tll.mit.edu/help/stem-concept-videos
Each video is 12-15 minutes in length, perhaps a little long for most K-12 students but appropriate for MIT students. The videos start with an interest sequence to draw the viewer in. Then the goals are stated and the explanations begin accompanied by visuals and examples. The review at the end brings it all together back to the stated goals. I also appreciate that the videos are accompanied by a through yet concise teachers’ guide. This can be a good model for our lessons.
The videography is a lot more slick that we need to be concerned with but the way the MIT professors organize their lessons is a good design model for us.
http://tll.mit.edu/help/stem-concept-videos
Wednesday, December 10, 2014
Some Recent Test Stats
I finished up my unit on the Body. I separate that unit into 3 sections: Skin, Skeletal, and Muscular. I gave the students a pre-test on the unit as a whole, then taught each sub section with a test for each. Last, I gave a post-test on the whole unit.
From the pre-test to the post-test, my scores went up 10%.
More interestingly were my sub unit tests scores compared with the type of video I created.
First, the video on skin was a quick "reminder" type video without much instruction. My students average score was an 89%.
I did not do a video on the skeletal system. The average score was 83%.
My video on the muscular system was more of an informative video. The average score was 98%.
The three tests were set up similar to each other, the content was of the same complexity, and none of it was previously taught by me prior to this unit. I also shared a video for each section from www.kidshealth.org.
Here are my links to the videos:
Skin: https://www.youtube.com/watch?v=hkSnveFVnW4
Muscular System: http://youtu.be/j7Ir1kiH2uk
From the pre-test to the post-test, my scores went up 10%.
More interestingly were my sub unit tests scores compared with the type of video I created.
First, the video on skin was a quick "reminder" type video without much instruction. My students average score was an 89%.
I did not do a video on the skeletal system. The average score was 83%.
My video on the muscular system was more of an informative video. The average score was 98%.
The three tests were set up similar to each other, the content was of the same complexity, and none of it was previously taught by me prior to this unit. I also shared a video for each section from www.kidshealth.org.
Here are my links to the videos:
Skin: https://www.youtube.com/watch?v=hkSnveFVnW4
Muscular System: http://youtu.be/j7Ir1kiH2uk
Friday, December 5, 2014
Sound Inquiry Labs Instructions Video
This is the video that I made to introduce the students to the inquiry labs for sound waves. We will be doing this end of January.
https://www.youtube.com/watch?v=jLu1bTwDuZ0
https://www.youtube.com/watch?v=jLu1bTwDuZ0
Muscular System Sub Unit
This is what my lesson plan looked like for the muscular system, a sub section from our unit on the body. I know that some things may not make sense, but wanted you to be able to see what I was doing. The students were required to watch the video that I created at https://www.youtube.com/watch?v=j7Ir1kiH2uk
I gave them an "assignment" in this video, plus they had to answer a question on the test from the video. Other than copying and pasting the assignments, I don't have any way to link them to you. All of my assignments and resources are uploaded to Edline for student use. If anyone wants anything that I do, I will be happy to email the lessons, assignments, resources to you.
Date
|
Daily
Learning Targets
|
Grouping
|
Modifications
Specific for this Lesson
|
Differentiation
|
|||
11/12-11/18
|
Students will
be able to explain how the muscular system works in the human body to perform
life processes.
|
4 Small Groups—Directional
|
Peer helpers
Modified Lab Reports
Modified Muscle sheets
|
Anchor
Activities
Stations
Flexible
Grouping
Graphic
Organizers
Journal Writing
|
|||
CSOs
Addressed for Science 7
|
|||||||
SC.0.7.2.03
|
SC.0.7.3.01
|
||||||
Instructional
Sequence
|
|||||||
*****Period 5
only is working on #4. After the blinking lab, they will finish up their previous assignments. We will start grading the skeletal system stations.
Students will
be placed into 4 groups based on their directional inventory done at the
beginning of year. Each group will rotate stations every day
1. Notes on the muscular system. Note
taking guides are in the file folder. Students are to write on these and
staple them into their journals.
Muscle Mania Lab: Students will need a bowl of warm water and a bowl of ice water
and towels. Instructions are in file folder and on flash drive.
Grade the groups quickwrites, Microscope Bone drawing, Skeleton
Sheets, and Lab.
2. Work on the Sec 2 Muscular System
Sheet and Muscular system reinforcement worksheet. Both sheets are in the
file folder. Answers go in the students’ journals.
3. Students need to choose a topic and
begin working on their RAFT. The options and rubric for the RAFT are in the
file folder and on flash drive. This needs to be written in their journals.
4. Blinking Lab. Students in this group will need
to pair up. Instructions are in the file folder. Give each pair one set of
instructions. They need to make a chart and answer the questions in their
journals. Next they will do the online muscle
activities. Use one computer per pair. The list of activities are in
the file folder and on flash drive.
When students
are finished with their day’s work, they must first look at the muscles in
the microscope (by printer) and draw what they see in their journals. Next,
they can work on one of the “dessert” options on the board: Science world, Skeleton Games online, Muscle Activities online,
Muscular Wordsearch
Video for Homework: https://www.youtube.com/watch?v=j7Ir1kiH2uk |
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Comments/Reflection:
|
Brainstorm
I have stumbled across this library of videos. I really like them, and they are great for me to use when I don't make a video for the subject. You may want to check them out. You can make a free account, or you can view videos without making one.
www.brightstorm.com
www.brightstorm.com
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