Today I analyzed three videos of real classrooms to see how various teachers strive to create a high performance learning environment through their academic and behavioral expectations as well as established norms and procedures.
Roller Coaster Physics
The first video took place in a 5th grade STEM classroom with teacher Donna Migdol who was doing a roller coaster physics lesson. It was evident she had high performance expectations because of the complexity of the assignment and the amount of responsibility assigned to the students. They had to use math, science and creativity; they encountered problems along the way; and they were expected to be the problem solvers. She clearly communicated the goals each step of the way using technical language which she expected them to use as well. Throughout the project, she asked “why” a lot, expecting them to explain their reasoning behind their design choices and fixes. Students evaluated their work and the work of their peers frequently via group discussions and written analyses in order to promote critical thinking, problem solving and autonomous learning. Communication and collaboration were also major components of the lesson. One example was then they went from working individually on roller coaster sketches to working in groups in which they had to discuss the problems and merits of each sketch and then narrow it down to one sketch to use with the computer programming and 3D modeling parts of the project. And when it was time to build their models, they had to “buy” their materials with a limited budget (Ms. Migdol feels that working with constraints makes them better problem solvers).
Ms. Migdol’s behavioral expectations were never explicitly mentioned, but it was clear she expected full participation from each student and was able to achieve that by giving clear directions each step of the way, assigning individual jobs to each student, keeping them busy (no down time in which to get in trouble), and emphasizing the fun factor in designing their roller coasters. Judging by the way the students acted and interacted, I would guess some of her norms included:
- Be your own problem solvers
- Listen respectfully to other students (there were several large and small group discussions)
- Move carefully and appropriately around the room (there were bodies and supplies everywhere as kids made their models)
- Take care of supplies (they were not in limitless supply and could not be abused)
Here are some of the procedures she seemed to have in place:
- Use technical language when communicating or labeling your work
- Regularly assess your work and your peers’ work
- Use the assessments to improve your work
- Carefully plan and budget
In the end, Ms. Migdol wants to create lifelong problem solvers. She expects a lot of her students and loves to “see the students welcoming problems” with a “bring on the challenge” attitude.
3rd Grade Chinese Math
The second video I watched took place in Crystal Chen’s 3rd grade Chinese math class. It was not in China as I had expected, but rather in a Western classroom in an immersion program of some kind. The lesson shown began with the kids chanting a review of math facts. According to an article on TheConversation.com, Chinese students have to memorize a 2000 year old, traditional multiplication rhyme (Wai, 2014). So, I assume Ms. Chen was working in line with Chinese tradition. But as the camera panned the room, I noticed that not all kids were chanting along. The chant ended rather abruptly when the teacher was satisfied, but some of the kids kept right on going. Later, the teacher used a verbal cue that resulted in a mixture of chanting, hand clapping and physical signing. Obviously, the kids knew this cue and what was expected of them. Then she put a problem on the whiteboard and asked for student input. Some kids raised their hands, some just called out. At one point she had to put her finger to her lips to quiet the kids who did not raise their hands. Throughout the lesson, the kids talked while she talked. It appeared to be rather chaotic, but she just plowed ahead. It wasn’t clear to me whether or not any students were grasping the concept at hand because she never stayed with one student long enough to demonstrate that they had any kind of mastery.
Overall, and I could be wrong, it didn’t seem to me that her expectations were very high. She seemed to enjoy her students, and they seemed to enjoy certain aspects of the lesson, and weren’t bouncing off the walls. But there were not clear, consistent norms and procedures in place, nor did she seem to have high academic or behavioral expectations. This isn’t what I would expect to see in a classroom in China, where the academic rigor is high and discipline is strict. My thought is that Ms. Chen was attempting to emulate some Chinese methodologies, such as rote memorization, routine practice, and “whole-class instruction, engaging all students in the material and prompting feedback.” But she didn’t hold out for the typically high expectations of Chinese math teachers who require students to “develop and prove their solutions to problems in front of the whole class;” “emphasise (sic) logical reasoning, prompting pupils with questions such as ‘why?’, ‘how?’ and ‘what if?’ ”; and “also emphasise (sic) the use of precise and elegant mathematical language” (Wai, 2014). It’s possible that she wanted to avoid the overly rigid environment of a traditional Chinese classroom, but I could not tell if her more relaxed approach was, in the end, successful in promoting high performance in her students.
Whole Brain Teaching
First, I will say that after watching Roxie Mackens’ video and researching the Whole Brain Teaching website, I am absolutely enthralled with the Whole Brain Teaching method (WBT). It appeals to the actor-dancer in me and the way I get wholly involved in everything I do, including teaching. To use this method in my classroom would require the students to match my physical involvement and animated enthusiasm and would give them few opportunities to check out mentally. I like that the purveyors of this method acknowledge the benefits of positive reinforcement and have fun classroom contests to reward students for following the rules and actively participating. And they even have a method for dealing with students who don’t buy in.
Regarding the video, Whole Brain Teaching Richwood High - The Basics, I assume Ms. Mackens had high academic expectations although the video focused on behavior, norms and procedures. Of course, if those pieces are firmly in place, I would think that effective teaching and learning can take place. Behavioral expectations are obviously high and are incorporated into the very strategic, intentional and highly practiced norms and procedures. In teaching a lesson on longitude and latitude, Ms. Mackens demonstrated how WBT teachers use hand signs as they lecture, and the kids follow right along. She then released them to “teach” each other, and they taught each other using the same hand signs. When she released them, she used a method called “Teach-OK” which was one of several call-and-response methods used to which they knew the appropriate verbal and/or physical response (e.g. they said, “Ok!” and clapped their hands once). One part of the video showed them reviewing class rules, all of which also had accompanying hand signs. Later in the video, when she asked them to turn to a particular page in their textbook, they repeated the instructions out loud three times. I decided to refer back to the website, and it says that, “As students imitate your motions, their motor cortex, the brain’s most reliable memory area, is automatically engaged,” which confirmed what I assumed earlier, that the norms and procedures are set up to not only encourage desired behaviors but promote better learning (or “high academic expectations”).
I was most inspired by Ms. Migdol and Ms. Macken. They both had such clear strategies in place that their classes ran smoothly, students were well-behaved and engaged, and, I assume, academic performance was high. I’m worried that I am not disciplined enough, my personal style not structured enough, to establish that kind of classroom. I imagine that in spite of my best efforts, my classroom would look more like Ms. Chen’s, with limited structure, and ultimately limited learning. In order to create a high performance learning environment in my high school classroom, I want to incorporate two things I learned from these videos:
- Norms and procedures that are content-driven and integrate seamlessly into the lesson.
- Carefully rehearsed call-and-response WBT methods (with accompanying scoreboard game for older students) for calling students to attention, releasing them to group work, and transitioning from one activity to another.
I think if I can start with two clear, simple goals, I won’t give up early on. Consistency is key with kids of all ages. I also think that high school students are absolutely overwhelmed with input from multiple sources. And I don’t think it would be helpful or realistic to expect them to jump on board with overly complicated classroom methodologies when they are moving from room to room and teacher to teacher every 60 minutes (unless all of us teachers were using the same methods!).
Sources
Biffle, Chris. Whole Brain Teaching methods and resources. Retrieved from
http://wholebrainteaching.com/
Chen, Crystal. 3rd grade Chinese--math class.avi (video). 2011. Retrieved from
https://www.youtube.com/watch?v=h7LseF6Db5g
Mackens, Roxie. Whole Brain Teaching Richwood High - The Basics (video). 2011. Retrieved from
https://www.youtube.com/watch?v=8iXTtR7lfWU&feature=youtu.be
Migdol, Donna. Roller Coaster Physics: STEM in Action (video). 2011. Retrieved from
https://www.teachingchannel.org/videos/teaching-stem-strategies
Wai, Kan. Explainer: what makes Chinese maths lessons so good? March 25, 2014. The Conversation. Retrieved from
http://theconversation.com/explainer-what-makes-chinese-maths-lessons-so-good-24380