I Am Science from Mindy Weisberger on Vimeo.

 

I found this inspiring video the other day while perusing through all of my favorites on the Twitter machine and it got me thinking.

Twitter is a great resource for teachers.  I’ve participated in #edchat #scichat and #ntchat (education chat, science education chat, and new teacher chat, respectively).  I follow other teachers for support, inspiration, and great teaching ideas.  A while ago, one of the science teachers tweeted this video that included one of his tweets with the hashtag #IAmScience.

Everyone has their story when it comes to science.  I’ve posted a similar blog before about falling in love with science but it’s just such a great story to tell.  So here’s mine – in 140 characters or less.

Wanted to be a vet – didn’t keep the As. Fell in love with teaching science and never looked back #scied

End of semester
Trying to complete papers
It’s gonna be May

Extracted from Reader’s Digest (Asian Edition), April 1991, pp. 47-48.

“Mr. Whitson taught sixth-grade science. On the first day of class, he gave us a lecture about a creature called the cattywampus, an ill-adapted nocturnal animal that was wiped out during the Ice Age. He passed around a skull as he talked. We all took notes and later had a quiz.

When he returned my paper, I was shocked. There was a big red X through each of my answers. I had failed. There had to be some mistake! I had written down exactly what Mr. Whitson said. Then I realized that everyone in the class had failed. What had happened?

Very simple, Mr. Whitson explained. He had made up all the stuff about the cattywampus. There had never been any such animal. The information in our notes was, therefore, incorrect. Did we expect credit for incorrect answers?

Needless to say, we were outraged. What kind of test was this? And what kind of teacher?

We should have figured it out, Mr. Whitson said. After all, at the every moment he was passing around the cattywampus skull (in truth, a cat’s), hadn’t he been telling us that no trace of the animal remained? He had described its amazing night vision, the color of its fur and any number of other facts he couldn’t have known. He had given the animal a ridiculous name, and we still hadn’t been suspicious. The zeroes on our papers would be recorded in his grade book, he said. And they were.

Mr. Whitson said he hoped we would learn something from this experience. Teachers and textbooks are not infallable. In fact, no one is. He told us not to let our minds go to sleep, and to speak up if we ever thought he or the textbook was wrong.

Every class was an adventure with Mr. Whitson. I can still remember some science periods almost from beginning to end. On day he told us that his Volkswagon was a living organism. It took us two full days to put together a refutation he would accept. He didn’t let us off the hook until we had proved not only that we knew what an organism was but also that we had the fortitude to stand up for the truth.

We carried our brand-new skepticism into all our classes. This caused problems for the other teachers, who weren’t used to being challenged. Our history teacher would be lecturing about something, and then there would be clearings of the throat and someone would say ‘cattywampus.’

If I’m ever asked to propose a solution to the problems in our schools, it will be Mr. Whitson. I haven’t made any great scientific discoveries, but Mr. Whitson’s class gave me and my classmates something just as important: the courage to look people in the eye and tell them they are wrong. He also showed us that you can fun doing it.

Not everyone sees the value in this. I once told an elementary school teacher about Mr. Whitson. The teacher was appalled. “He shouldn’t have tricked you like that,” he said. I looked that teacher right in the eye and told him that he was wrong.”

*Miss S says: Well, that’s one way to foster critical thinking in the classroom!  While I do not like that this teacher tricked his students, I do like how he encouraged students to use evidence to back up their claims.  Hello, Common Core!  Despite tricking his students, this teacher was able to establish amazing rapport with his students.  This student states something very powerful when he says that he remembers some science classes from beginning to end.  I applaud this teacher for giving his students the courage to challenge authority and think for themselves.  I hope that I may also do the same for my students.  

Haiku Wednesday
Talking about school stuff
Don’t worry, it’s back

When I was home this week, I had the great opportunity to return to my high school and have a conversation with the Director of the Upper School.  I really love going back and visiting my high school and saying “hi!” to my former teachers, and Friday was no different.

During my conversation with Mr. H, he asked a question along the lines of – “What is your opinion about teacher education programs?  Many are getting a bad rap right now.”

I had to pause before answering this question.  What could I say about Get Real! Science?  How could I possibly explain this program?

I started at the beginning.

We are not told how to teach; we are shown how to teach.  We were thrown into Lake Ontario and did real science and answered a culturally relevant question and defended our work in front of community members.  Then we threw a bunch of middle schoolers into Lake Ontario and provided proper scaffolding for them to answer the same culturally relevant question.  We made camp fun.

We learned to lesson plan by planning REAL lessons.  We struggled with and analyzed educational theory.  We geeked out by listening to Carol Lee speak in Hoyt Auditorium.  We griped about leaving our field experience placements early every Thursday, only to have our faces light up when our STARS girls walk into the room.

We wrote blog after critical commentary after critical synthesis after response paper after discussion board pre-post and post-post.  Pages and pages and pages of struggles and victories.

We took over classes.  We strived to make our classrooms safe and equitable.  We multitasked and stayed up late because we knew we had to…for the kids.  It was always for the kids.

We collaborated.  We leaned on each other and we helped each other brainstorm lessons.  We pushed each other to be better.

We made it through student-teaching and a zillion hours of master’s coursework at the same time.

Today, some of us got together and collaborated to brainstorm evidence for our portfolio standards.  It’s been a real trip to look back on what we’ve done so far in this program.  May 2011 seems like so long ago.  I find it mind-blowing to see how far we’ve all come in 12 short months.  August will be here before we know it.

I cannot speak to teacher education programs as a whole.  I can speak to mine.  In this program, we emphasize real science for all students.  I believe that every child can become scientifically literate.  I value student voice and have learned multimodal instructional strategies to meet the needs of students with all learning styles.  I can not only assess student knowledge and understanding, but I can use those assessments to understand what my students already know, what they have learned, and what they are struggling with.  I know the importance of safety – both in terms of physical safety in the science classroom and emotional safety for students.

So what’s my opinion on teacher education programs?  I love mine.  It has not only provided me with the tools I need to teach science and make a difference in the lives of my students, but it has also connected me with some of the most incredible people I’ve ever met.

Rock on, rockstars.

When I gave my students my exit survey last week, I added a question that Joe told us that he used to ask his students.

“What is the most important thing you learned from Miss S?”

They’re responses were both helpful and humorous.  Here are some samples:

  1. That invertebrates made up 95% of all animals (I had thought otherwise!)
  2. Not to give up but to keep trying (never say never!)
  3. Science is fun
  4. Try your hardest to get the best of your results
  5. To keep organized
  6. That there are fun ways to learn science
  7. How invertebrates are like humans
  8. Do your homework one step at a time and to have fun
  9. That I am capable of doing things on my own.  I just have to take my time and look carefully.
  10. To listen
  11. How invertebrates are different from humans
  12. Never be afraid to ask a question
  13. Invertebrates don’t have backbones!
  14. That Ms. S is awesome

Gosh.  I miss them.

I am currently blogging from my hotel room in Boston, MA after playing in my first game in the USA Hockey National Tournament.

(I’m not going to lie, that sounds really cool, doesn’t it?)

It was really difficult to say goodbye to my students yesterday.  It’s amazing what can be accomplished in 8 short weeks.  I felt like I really found myself in this placement and I had so much fun every day with each class.  They did science and they learned and they loved it.

Since I could not be with my students today, I decided to record a video for them.  It didn’t sit well with me that I was just going to up and leave without truly saying goodbye to my B day kids, so I recorded this video and had my CT show it in the beginning of class.

My CT emailed me this afternoon and told me that the kids loved the video. Apparently some even waved at the Smartboard when I said hello! I wish I could’ve Skyped into class, but I’m not entirely sure how I would have pulled off teaching in between shifts in my game this morning. I’m glad that my students enjoyed the video – it’s pretty powerful what you can accomplish with technology!

M: “I really liked science today.  I had a lot of fun doing the stations.”

A: “You’re like my favorite teacher because you explain things really well and it helps me understand.”

(Disclaimer: Idealistic post ahead.)

It really does amaze me when the most widespread idea we read about for fixing America’s schools is to “fire ineffective teachers.”  This seems like the simplest answer to our problems.  If we fire all the ‘bad’ teachers, then our kids will only have ‘good’ teachers and therefore will learn more.  Problem solved!

This is the opinion of Mayor Jackson in Cleveland, Ohio.  The Cleveland City School District has been under mayoral control for 13 years, but continues to be ranked as “academic watch” on the state’s school report cards.  It makes me wonder what the state of the Rochester City Schools would be if the proposal for putting the schools under mayoral control had gone through two years ago.  It seems backwards to be putting schools under the watch of a politician.  Why not put more control in the hands of professionals – teachers that have studied educational theory and reflect constantly on their practice?  Why not give students more control?  Ater all, it is their education.

On my second day of my current student-teaching placement, I did a “Getting to Know You” survey.  I distinctly remember one student writing down that he likes teachers who don’t treat him like a kid.  Granted, he’s 11 and in 6th grade and still is a child, but he’s on to something here.  Students want responsibility and they want their voices to be heard.  Why not have a school that is run by student voice and student opinions?  (Granted, teacher supervision and adult direction here would be critical, but providing a space where each student can be a leader in his or her own way seems like a ridiculously valuable life learning experience to me.)

Mayoral control does have some pros – the mayor’s job is to know what is right for his or her city.  That being said, school districts should put trust in teachers.  Teachers are entrusted every day with helping students learn content and life skills in a variety of classroom and outside-the-classroom situations.  And lastly, both districts and teachers should trust students to gauge and guide their own learning.  Students can do some pretty incredible things when given the reins.

It’s true: my kids are widely impressive.  I kicked off my unit at the beginning of the week by telling the kids that we were going to look in depth at the behavior and structure of invertebrates using pill bugs and earthworms as models.

After a “Getting to Know You” session with the pill bugs, in which the students made observations about the animals and I twirled around the room pretending to be Julie Andrews, we started making testable questions using the format: “How does ________ affect pill bug behavior and show preference for ________?”  I laid out the materials that students could use (vinegar, water, paper towels, black cardstock paper, and cat food) and told them to discuss with their groups what they would like to know about the behavior of these animals.  That’s when I fell in love with inquiry again.

There’s something interesting that happens in a classroom when you let your students be free in what they want to learn.  You anticipate the way they will do things.  You figure that there will be a group that puts black paper on top of one of the sides of the animal behavior tray and another group that places it on the bottom of the tray and then asks for a piece of white computer paper too – you know, to make sure that the fact that the paper is there is not a variable too.  You assume that the groups using cat food will just put cat food on one side and nothing on the other side to see if pill bugs will eat cat food.

You don’t assume that one group will come up with the idea to put dry cat food on one side and then wet cat food on the other.

And when you ask why, the group will tell you, “Well, you said we could use any of the materials as long as we considered our variables.  So we did.  It’s the same cat food, we just wet the food we put on one side.”

A group testing pill bug preference for wet or dry cat food

 

Other highlights:

Superstars making observations

I just had to include this one because it's adorable

Being awesome