6/07/2015

How is a 59% F different from a 0% F?

The follow guest blog post is from David Cook, who teaches 7th Grade Language Arts in Indiana.

In "No-Zero Policy: Students Don’t See Zeroes The Same Way Adults Do," Stocker makes a statement that I have heard from multiple teachers throughout my career (as a student and as a teacher). She states that when it comes to zeroes, "Oftentimes, teachers say they are teaching students that they can’t be late on assignments, that in the real world, if you’re late with work you get fired."


I have also heard fellow teachers say, "What are we supposed to do if they didn't even try? You can't give them points for something they didn't do!" Let me tell you what I did.

I've done away with zeroes.

                I no longer use them.
 

I refuse to give students anything less than a 59%.

There are several reasons why I no longer use zeroes. One reason is that I found myself taking some pleasure in assigning a zero to a student that hadn't done his/her work.

After reflection, I realized that I was not assessing students' work, but their behavior in getting the work done. My score did not reflect the assignment, and it also gave me an excuse to not have to follow up with the student to get the work completed.

I'll admit that I fell into this trap and didn't push my students to complete the assignment. Stocker reinforces this by saying, "We’re also undermining kids’ ‘stick-to-it-ness’ when we allow them to get zeroes. By allowing zeroes, we’re giving them the message that they don’t have to be persistent in their learning."

My next reason reflects reason number three in Stocker's article that zeroes can "make a student’s grade tank quickly." In my first year of teaching, an administrator came in to discuss the damaging effects of a zero.

If you look at a meter stick with 100 centimeters, you can see our outdated grading scale. From 100-59 represents our system of A-F. That means that 59-0 is ALL F.

The question was asked of us, "How is a 59% F different from a 0%F?"

Because if you look at it, all 59 points are an F. The letter grade doesn't change within the F scale. When we assign a 0, we are giving more like a Z aren't we? Pair that with the fact that it's nearly impossible to recover from a large scale 0, and that a 0 is not the motivator teachers think it is.



Stocker, Heather M. "No-Zero Policy: Students Don't See Zeroes The Same Way Adults Do." TeachThought. N.p., 10 Apr. 2013. Web. 04 June 2015.

4/27/2015

Creativity has no Fear


In the Leadership Mindset course I developed, I ask participants to do something creative that they've never done before. They follow up with a reflection on what went well, what frustrated then,  and what seemed to impede or advance the process. It's a great exercise as they then apply their personal experiences to how they interact with students or others as leaders.

The logic, I figure, is that we need personally undergo the ins and outs of the creative process, if we're going to ask our students to do so. That way, we can offer more personalized strategies and suggestions.

Yet this exercise proves to be one of the more difficult for my teacher-participants. The biggest issue is time, of course, but even once they make the time, they are sometimes still uncertain. Often, they lean towards doing things for their students or in-line with instruction, somehow. There's a fear, there, about doing something for themselves or, more aptly, as themselves, not as teachers.

For those who do set out on a personal endeavor, the creative experience is far more rich and rewarding, so this is my attempt to motivate those participants, who might be thinking about doing something for their classes or students,to move towards more "me" thinking. To do something creatively as themselves.

In the spirit of walking the talk, here are my reflections on my current creative "thing": writing a screenplay.


It had been awhile since I tackled something new, but I was inspired a couple of months ago by one of my former students, Vincent Stalba, who is developing a web series: Job Interviews (very funny, donate if you can--I did).



Vince was kind enough to let me read the scripts, and as I was reading them, I thought...Now, that's something I've never done. That's something I have no idea how to do. How can I use this to help motivate my course participants? Gosh, how does a person even start this process?

First, in undertaking this project, I have been happily surprised to learn so many new things. This process has been one, great-big, long practice in research. From the more concrete stuff (how to format a spec script) to the more intangible topical stuff. I can only imagine that if the NSA is watching my online searches, they've probably flagged me for stuff like: chemical warfare, effects of neurotoxins, gas attacks, and floor-plan of the Pentagon. 


The plot of my screenplay entails quite a few details of things I just don't know about. For example, I have no idea what kinds of medical tools or machines a prison infirmary has. However, if my characters are going to be "in" a prison infirmary and have to do things, I need to know what's there. I find myself often stopping after about two typed lines of information to search for answers before I can continue.

(Thinking as a teacher, I find the experience of developing a screenplay would be a powerful one for students, perhaps in lieu of a research paper? Why not? After I'm done with this, I think I'll develop a unit on it.)

My research sometimes takes me to things that I'd just not considered. I have often had to stop writing for the day after seeing exceptionally moving images or documentaries. My eyes have been powerfully opened on a number of topics.

What has advanced my creative process is the fact that I have only a self-imposed deadline. As such, I've shared with participants that if they need additional time for this particular module component, they can certainly take as long as they'd like.

Far better for them to have a positive experience than just a "get it done" experience. (Can we do this for students? hmm.)


I haven't really been frustrated in this process (at least, not yet) as I'm well aware that what I'm doing is flexible and rough. I'm just enjoying the "doing" of it. I'm allowing my mind to imagine and reach without worrying about perfection.

I certainly don't have any notions of it ever going to the big screen, but it would really neat if it did, of course. I think being reasonable and realistic in my expectations also helps with the frustration. I will have someone in the business review it, though, and offer advice. We'll see.

The thing is: I'm not afraid. 

Is that the key to creativity? Not being afraid of the process, the outcome, or the judgment of either?

#thingstosharewithstudents  #thosewhocan  #creativityhasnofear







Check it out!







4/15/2015

The Best Gift to Give Your Students




The best gift you can give to students is NOT your knowledge.  Knowledge is immediately available.

The best gift you can give is an explanation of how to ask questions in order to discern what knowledge is needed and how to evaluate the credibility of that information.

The best gift you can give is  an explanation of how to wield, use, and apply that knowledge for their personal betterment or the betterment of others.

The best gift you can give is the ability to create new things and share them, to communicate clearly and kindly with all whose paths you cross, and to embrace failure with interest and humility.

The best gift you can give your students is to be a learner.

#thosewhocan


Image retrieved April 15, 2015 from http://www.christmasmagazine.com/en/mc/wrap04.asp

3/15/2015

Expanding Possibilities, Technology in the Classroom

Guest blog post: Pete Oleson teaches middle-school and high school Science courses. Thank you for sharing this with us!
 
I don’t really think in terms that isolate technology from everything else that I do. Technology is another tool in the toolbox. Nothing more and nothing less.

For instance, in my Advanced Placement Environmental Science class, we're working on a project on the ENSO or El Nino in which students had to develop a hypothesis on the effects of an El Nino. They then had to locate data to test the hypothesis.

This would have been very difficult to do even 10 years ago, but now the data is available quite readily. By the time we are done, students have learned how to access computers at NASA using the Giovanni interface and finding data to test it. They also know how to locate historical weather records from NOAA (the weather service). They generate maps which are then scaled and analyzed using an analytical tool from the National Institutes of Health called ImageJ.

What they study is completely self-chosen, and what I do is look at their work in progress and offer suggestions on where to look for information and how to present it. When they're done, they generate a lab report that I critique using the same criteria I used when I got research ready for publication when I was an Industrial scientist. They revise it at least twice until it’s “good enough."

The truth is-- in the end--these are all transferable skills. They’re not about just doing my lab. They are about asking questions, making hypotheses, accessing up-to-date information, using cutting edge tools to analyze it, and presenting it coherently. What profession doesn’t want those skills?

To be honest, the kids are screaming.

This is hard. This is not playing with computers. This is very much using them as tools. Students are mad that they don’t have a step-by-step do-this, do-that procedure. Sometimes, it’s important to give them that. That is indeed part of science.

But the other part--the part they’ve never done, the exciting part--is to really think about questions and how best to answer them. Can I justify what we’re doing? You bet I can. Maybe there are those who think it would be better to have a “canned lab” that an “educator” has put together using 10 year-old data where everything works, spend 90 minutes on it, and then declare a success.

I want students who are working someday and come up against a problem and start thinking “How can I find that?” and “You know, there is a tool that you can use to find measure that, and I can access it and use it right now on my desktop.”

Remember ImageJ? Today, we might use it to analyze sea surface temperatures or chlorophyll concentrations that NASA collected--not 10 years ago, but last week. But it’s a tool that is also used to measure growth of tumor cells in MRIs and other digital images of cancer cells.

It’s not about computer as toy, anymore. It’s about the computer as a tool to expand possibilities.

Don’t think that it’s not hard work and time-consuming for me or anyone to master those tools because I spend hours doing it before I try to show them how to use them. But it can be done if you want to do it. In the end, science or learning isn’t about teaching a bunch of factoids for someone to regurgitate on a test and forget tomorrow. They can get a book or go to Wikipedia for that.

In the end, it’s about helping my students turn their challenges into possibilities...their “what ifs” into answers. How much is that worth?

~Pete Oleson

"ImageJScreenshot" by Original uploader was MarcoTolo at en.wikipedia - Originally from en.wikipedia; description page is/was here.. Licensed under Public Domain via Wikimedia Commons - http://commons.wikimedia.org/wiki/File:ImageJScreenshot.png#/media/File:ImageJScreenshot.png

3/02/2015

It's not the Project that matters. It's the Thinking.



When I first started this blog on incorporating Project-Based learning (PBL) and developing those kinds of projects, I started off with the usual suspects: distinguishing between projects and PBL, emphasizing authenticity and “real world” applications, and so on. Then I stumbled upon a video on Socratic Questioning from the Foundation for Critical Thinking with Richard Paul. 

Within the first two minutes of that video, I was blown away by Paul’s premise as it pertained to thinking. He posits: 

The main goal is to help students think in some way (e.g., historically, geologically, anatomically, chemically, philosophically, mathematically) or to think like an artist, a writer, an analyst, a researcher, an historian, etc.  (Paul, 2013)

I paused the video at that point to marinate. Then, I started it over at the beginning again, just to be sure I got it. I thought:

 Isn’t this kind of thinking what we want from our students, ultimately? 

Doesn’t PBL revolve around the idea that students will be doing this kind of  thinking, this depth of thinking? 

Then, I considered one of the distinctions between Projects and PBL: projects focus on a product (a diorama or PowerPoint) (Mayer, 2012) whereas PBL focuses on how a student works with and within a real-world scenario or problem or one that simulates authentic real world situations (Larmer, 2012).

Having students create a presentation on a president falls short of PBL. It is a project, but it is not by and of itself project-based learning. It is project-based presenting.

Having students think like biographers or journalists is the goal.  Why does someone write about a president? For what purpose?  How would a journalist share what he/she found out? Consider, too, how the significance of the thinking changes when writing/reading about George Washington versus Bill Clinton—the shift from thinking like a biographer versus a journalist. 

Real world thinkers are thinking like researchers, analysts, artists. Real world thinkers are thinking geologically, astronomically, and environmentally. They care about accuracy, clarity, depth, logic, and significance—all things that, if we were to witness them in a student project, would give us that teacher glow!

We don’t want students to “make a Prezi” or “make a brochure.” We want them to care about what they are reading and exploring (the content). We want them to care not just about the content, but about their thinking, their content.
  
If you really want to integrate PBL in your classes, step back and consider how you can move your students towards striving to understand things for the purpose of finding a resolution to problems yet to be resolved/continue to persist, or to provide a new perspective on something. 

That’s what researchers, engineers, poets, dramatists, global citizens, historians, architects, artists…do.

References

Larmer, J. (2012, May 24). What does it take for a project to be “authentic”? Retrieved from http://bie.org/blog/what_does_it_take_for_a_project_to_be_authentic

Mayer, A. (2012, November 27). What’s the difference between doing projects and project-based learning? Retrieved from http://www.friedtechnology.com/2012/11/whats-difference-between-doing-projects.html

Paul, R. [CriticalThinkingOrg]. (2013, September 18). Socratic questioning series [disk 1] [part 1] [Video file]. Retrieved from https://www.youtube.com/watch?v=cvMGza0Roo4&list=WL&index=12





2/04/2015

New Word: Creativifying

I've been talking with other teachers about teaching for creativity and teaching creatively. Good stuff! It seemed like, though, that we needed a new word for what we were doing--something that would capture it all up into one, concise focus. Here's what I came up! Let me know what you think in the comments! =D