Showing posts with label curriculum. Show all posts
Showing posts with label curriculum. Show all posts

Friday, September 2, 2011

The Evolution of a 21st Century Educator -- post #37

Anyone that is involved in education has heard the phrases “21st century education” and “21st century learners” ad infinitum. I don’t know their origin but these words, and more importantly, their meanings slowly crept up on us during the last decade or so.
There are a wide variety of educational, and other, resources which attempt to define and expand on what 21st century education is, or should be. One of the most succinct and comprehensive is Learning for the 21st Century: A Report and Mile Guide for 21st Century Skills , an American publication from the Partnership for 21st Century Skills.              
It is outside of my purpose for writing this blog post to argue for definitions around any of the “21st century . . . “terms. If you are unsure of what I am referring to by these terms, this publication is a good overview of what I understand them to be and I am using this as my standard reference.
This summer I started purging all the paper I have accumulated over my ongoing career as an educator. This included filling recycling boxes with dozens of obsolete Ministry, Board and School publications but much more interesting was the walk-through-time that my own personal binders provided. I have taught many courses over the years; suffice it to say that my binder portfolio included 90% of every science course that ever existed in the province of Ontario along with a smattering of courses from completely unrelated subject areas. Being the type of person I am I have always kept beautifully organized binders for each of these courses, and the more times I taught the course the bigger and more numerous the binders became.
So here is what I observed as I purged through my personal binders. At the beginning of my career I used a lot of material that I photocopied from other educators. These included worksheets, projects, assignments, and even tests. The notes for the students were long and detailed, I would write them word by word onto the blackboard and they would sometimes spend entire periods copying them down. In fact, I remember the advice of my mentor, a master-teacher, gave me during my first year teaching when I had a particularly unruly class, “Just keep them copying out notes all period and they won’t have time to cause any trouble.” Now, I am horrified to think that I actually took this advice and relished in its effectiveness!
Over time the work in my binders became more and more my own. Beautifully designed and produced worksheets, text book activities and lab assignments. All the labs were strictly “cookbook” labs with the purpose, safety, materials, procedure all precisely laid out step-by-careful-step. Observation tables and questions were purposely designed to keep the student tightly focused on the task, analysis and discussion questions flowed one from the other and the conclusion was not even always present! Oh, how magnificent these labs were! The preparation for them, although time consuming, was a very exact affair and I would often leave my classroom at night with everything methodically set up for the next day’s lab -- exactly the right number of beakers, and other required equipment laid out next to my carefully measured and prepared solutions of which I would have neither too much nor too little because I knew exactly what would happen during the upcoming lab.
Do not think, dear reader, that I was alone in my anal ways of teaching high school science. My techniques were widely admired and my resources eagerly sought after by colleagues both near and far. I was well respected for never asking the students a question whose answer could not be found on a specific page of our current text book, for integrating literacy and numeracy throughout my curriculum (before it was cool) by the use of teacher guided practice, for running carefully controlled labs whose outcome was never in doubt and which never took longer than the allotted time. Oh yes! I would proudly share my work with anyone that was interested and even gave workshops and made presentations highlighting my wonderful skills. Imagine how flattered I was when publishers took an interest in my magnificence!
But that was then and this in now. As I continued purging my beautiful binders I could see how my teaching had gradually shifted over time. Some of the change was prompted by the powers that be but most of it was in direct response to what worked and what didn’t work, a little thing we like to call “personal reflection” in the teaching field. Lessons that at one time worked like a well oiled machine had to be tweeked as the nature of the learner changed. Rather than stress myself out because the students no longer carefully read the cookbook lab prior to doing it, sketched out the equipment set up and even answered the analysis questions prior to lab day it was much easier to meet them where they were.
At the time I would have described my evolution as “choosing my battles”, after all one has a finite amount of energy, but in retrospect I see it now as being respectful of who the learners were and what worked for them. Gradually I learned to release control yet facilitate the learning occurring. As the years passed, my binders became less dictatorial and more loosey-goosey. Instead of going from day one to day ninety with rigid lesson plans for each and every day they started to reflect the unit we were working on the “big ideas” that we needed to cover on a weekly basis.
My classroom labs changed from being teacher-directed and controlled as well. Over time I started producing lab handouts with less and less detail filled in thereby allowing the students the opportunity to think about what we were doing. I did, however, keep control of what the lab purpose was; but I expected them to do more of the design, observations and analysis themselves.
Luckily for my students, as the 21st century progressed I became familiar with the Smarter Science way of teaching science. This approach is strictly inquiry based with the students not only designing and conducting the labs themselves but also coming up with the purpose, or question. Through brainstorming the students generate a list of questions that they are wondering about. Then, they answer the ones they can through research. Due to having 21st technology in the classroom this research component can be incredibly quick, even as short as five minutes, depending on what the questions are and what strategy the teacher employs. No more booking the library, searching through vertical files, card catalogs and encyclopedias for this generation! Instant access to quality information is the order of the day. The advent of the Internet has truly been a game changer in our quest for knowledge.
After finding the answers they can by research, the students are now left with maybe one or two outstanding questions. Following the Smarter Science framework and 21st century educational philosophy it is time for them to design their lab investigations to answer the questions they are wondering about. This means they have already established a purpose for doing the lab.
Developing hypotheses often flow from a combination of knowledge acquired during their self directed research and ensuing lively classroom discussions. The teachable moment here is the concept that all hypotheses are acceptable, proving them right or wrong is the point of the lab investigation. Literacy is also naturally built in as the teacher demonstrates the correct method of wording a hypothesis. Since each student “owns” their hypothesis they want to learn how to state it correctly, there is nothing rote or boring about it.
In my binders, which I am now thinking about as historical archives, I actually had activities where I gave the students the crux of the hypothesis and they had to phrase it correctly and even worse than that, labs with the hypothesis given! No wonder there wasn’t any critical thinking happening in their poor little minds.
Once the students have determined for themselves why they are doing the lab (purpose) and what they think the outcome will be (hypothesis) all that  is left for them to do is the fun stuff –design, perform and analyze the lab. This is where it is essential that the teacher is an expert in their field because they are the ones ultimately responsible for the safety of their students. They must ensure that nothing the students propose could potentially cause any harm. They must also be prepared to advise student on various techniques in a just-in-time teaching manner. This means that we teach the technique when the student needs to use it, not when it is on the next page of the text book.
In my binders I had an entire lesson plan with the objective of learning to use a graduated cylinder! I used overheads to show a picture of a meniscus and distributed worksheets with diagrams of graduated cylinders for the students to read the volume level. No actual graduated cylinder was ever in play! I am so embarrassed! And this was a lesson plan I really liked and shared widely!
As I conclude this blog post the recycle truck is actually rolling up my street. Three recycle boxes full to over flowing are being heaved over the side of the truck; all my 20th century teacher “gold” is being hauled away. It was fun while it lasted but nothing compares to the excitement of teaching the 21st century way! I wonder what great discoveries my students will make this year, and in the years to come?

Thursday, May 5, 2011

Of Spiders and Butterflies -- Posting #29

So, not only was the launching of the space shuttle STS-134 delayed yet again but all of our spiders have escaped from their carefully designed and constructed habitats!  See blog post #25. Just another day in the life of a classroom teacher! These circumstances have brought an untold number of teachable moments.

While we have been waiting for the space shuttle to launch to launch so we can compare our spider webs to the ones spun in microgravity we have been learning about butterflies. All this information on arachnids and insects will eventually tie together in our Ecology Unit. Since these students have no prior knowledge I am using these circumstances to teach them some.
By combining the overlapping units on space and ecology we have had the opportunity to study:
  • Insects vs arachnids
  • Requirements for life in space
  • Habitats
  • Incomplete and complete metamorphosis
  • Food chains and food webs
  • Spiral tongues
  • Technical glitches at NASA
  • Space shuttle disasters
  • Use of Twitter to monitor NASA launches


In the meanwhile I have also ordered Painted Lady Butterfly larvae from one of the biological suppliers. Once these arrive we will be able to witness the wonder of Mother Nature up close and personal! Stay tuned for more information!
How have used insects or arachnids in your classroom? Send me a tweet @EurekaTeacher

Monday, February 21, 2011

What to Teach in the SNC1L / SNC2L Science Courses – Post 20

My blog posting last week contained several tips for teaching the locally developed grade 9 and 10 science courses, in Ontario. Since then I have been contacted by several readers who have asked me, “But what am I going to teach them?”And that my friend is the big question!

The Ontario Ministry of Education provides us with well thought out course outlines as well as detailed course profiles. These resources are an excellent starting point, especially for the new teacher. But, due to the nature of the learner in these classes I suggest that these two high school science courses are probably the ones with the most flexibility built into their curricula.

There are five units of study set forth for each of the courses. In grade nine they are:

Unit 1 Scientific Inquiry: Science in Daily Life

Unit 2 Biology: Staying Alive

Unit 3 Physics: Electrical Circuits

Unit 4 Chemistry: Properties of Common Materials

Unit 5 Making Personal Decisions

In grade ten they are:

Unit 1 Scientific Inquiry: Science in Media

Unit 2 Biology: Living Together

Unit 3 Chemistry: Interactions of Common Materials

Unit 4 Physics: Using Electrical Energy

Unit 5 Community Action Plan

The Ministry’s intention for the course is that the first units (Science in Daily Life and Science in the Media) be interwoven throughout the course content. In the grade nine course students examine personal and workplace situations with an emphasis on health and safety, for both themselves and others. In the grade ten course relationships between the student and the environment, the effect of individual choices and actions affect the community, and an individual can make a difference in his or her community.

It did not escape my notice that when the entire high school science curriculum was overhauled by the Ministry in 2009 the only courses that were left untouched were the SNC1L and SNC2L courses. I don’t know why this is, but I am sure that the Ministry has their reasons. One consequence of their failure to act means that these are the only two courses offered in my science department that are not subjected to the “big ideas”. The “big ideas”, as every high school teacher in Ontario knows, are the over arcing themes that the learner needs to take away from the course with them.

As an experienced science teacher who is intimately familiar with the documents used in our system I would venture to suggest that these are the big ideas:

Grade 9 – Health and Safety

Grade 10 – The Environment and what one can do to keep it healthy

So what should one teach? Here’s what it comes down to:

1. What the students want to learn,

2. What you are comfortable teaching,

3. What facilities are available to you?

What the Students want to Learn

The units defined by the Ministry and listed above are great suggestions, I have focused on all of them in various ways over the years but what one should really teach is what the students want to learn! How do I know what the students want to learn? Simple, first of all I ask them and secondly, I observe them.

It is not uncommon to have non-verbal students, or those identified with other types of communication exceptionalities, enrolled in these science classes so asking them has to be done in a different manner than just standing in front of the class and asking, “What do you want to learn?” Instead one must set the stage and employ some unconventional techniques to get the students to communicate their desires to you. I have the advantage of teaching in a real science lab so there are lots of visual prompts all around my room to get kids thinking and talking about science, these include lab equipment, posters, an aquarium, books, safety equipment, the layout of the room, examples of student work, a word wall and even an attached greenhouse.

To get the kids thinking about science and what it is we often do a walk-about where I point things out and invite discussion about them and also ask lots of open ended questions. Such questions usually begin with a how, what, when, where, and why. So I can point to a glass-fronted cabinet full of beakers and ask, “What could these beakers be used for?” or I can take the students into my greenhouse and ask, “Where could all these plants have come from?”; or I can offer a carrot stick to the turtle in my aquarium and say, “Why does this turtle like carrots?” The beauty of asking opened ended questions like this is that there are (almost) no wrong answers and gradually everyone becomes engaged, even if they are not talking.

The question remains, “What do you want to learn about?” After the students have completed their walk-about I give them large (8 cm x 13 cm) sticky notes and have them write, draw, sketch or DOODLE the answer to the question. Oh yes, research tells us that doodling is actually thinking in disguise! Each student is invited to tell the class what is represented on their note and post it on the front board. After class, I collect all the sticky notes, jot down what they mean and file them away. Now I have my ideas for the semester! Inevitably you will have someone who wants to “blow things up” and someone who is interested in “outer space”. The first is easily accomplished by demonstrating blowing up a gummy bear whereas the second is an excellent segue into a research inquiry.


Besides having the students tell you what they are interested in learning about your observations of the students will help you decide what they should or should not learn about. I once taught a student who was always talking about his dog and the weird and cruel things he would do with it – that semester I designed and taught my unit on “Pets”. This unit included not only a research project into maintenance of various pets but an experiential field trip to a pet store where students were presented with facts about the costs of a keeping a pet as well as a classroom visit from a therapy dog. On the other hand I once taught a student with Tourette syndrome whose tic was to shout out words associated with genital anatomy. That semester we did not study reproduction! Another time I had a student with extreme sensitivity to aromatic chemicals, a consideration to keep in mind when deciding what chemistry labs to do.

What You are Comfortable Teaching

Another important thing to consider when planning your semester is your own strengths and weaknesses. One of my passions is caring for the environment. I have kept a vermi composter for years and have integrated it into many lesson plans, which I will blog about soon. Go with what you know and love, your passion is contagious!

What facilities are available to you?

The facilities available to you are also an important consideration when planning your curriculum. For example, if you have no fume hood you probably don’t want to be blowing up gummi bears! If you don’t have running water you are limited even more. If you are in a portable, may God Bless you! Since I have a greenhouse I do lots of projects that involve plants, their germination, fertilization, growth rates, etc but don’t dwell on what you don’t have, look around you, take advantage of what you do have! Your biggest asset is the students and no matter where you are assigned to teach you will have those! And never overlook the myriad of learning opportunities right outside your classroom door – both inside and outside the school. Setting up a school recycling program or doing an electrical use audit gets the students out of their desks and into the rest of the building. And once you walk through the school doors, even if you remain on school property the possibilities are limited only by your creativity!

Have fun and good luck!