Posts Tagged ‘context’
Who does not like the TPACK framework for technology integration?
It provides broad considerations for leaders, teachers, instructional designers, and others when thinking about how the pieces of the puzzle — content, pedagogy, technology — fit together.
I am glad that context has been added to the model because it is the backing upon which the puzzle pieces rest. Without it, the puzzle falls apart.
However, no model is complete or perfect. At the moment, I see a missing “Connectedness Knowledge” piece.
Some might argue that such a connection is the nexus of all three pieces or even when two elements overlap. That is the connection a teacher makes with regard to the model.
I am referring to the content, social,
real wider world, and possibly other forms of connectedness.
CK refers to knowledge of content. Content connectedness refers to the ability to join the dots between content silos, different disciplines, and even content experts. The last content connection links to social connectedness in that people become resource nodes in a network.
real wider world connectedness because the contexts that schools might create are not always authentic. A school context might be an exam, a math homework problem, or even a lesson that has little or no bearing in life in the short or long term. Including real wider world connectedness challenges educators to think about why they are integrating technology.
I hope to test an enhanced TPACK model over workshops that I will be conducting with a range of educators, instructors, and trainers. It will be interesting to hear their thoughts!
A little over a year ago, I reflected on the three dimensions of educational technology: IT, ICT, and IDM. These evolutionary dimensions focused largely on technology affordances.
by Dean Hochman
This year, I reflect on another three dimensions, this time from the social and pedagogical perspectives.
In the era of IT, teachers and media folks used technology to create content. We leverage on technology to do that to this day. This might be why Bill Gates declared “content is king” when predicting the ascent of the Web in the 90s.
While content is important and will not lose relevance, how policy makers, school leaders, teachers still treat it with reverence is passé. We can comfortably declare that we now live in an information-rich world. We need to question if any content we create is new or if it adds any value (to the next dimension, context).
However, schools now still largely process and reprocess old content. Teachers are evaluated on their ability to recreate such content, get students to practice it, and test how much content students retain temporarily.
What matters more is context. It shapes why we need content and it makes learning meaningful. Context also provides an authentic platform for practice and application. If teachers and lessons are labelled as not being relevant, it is because they are poor or lacking in context.
These contexts provide learners with opportunities to connect with knowledgeable others in order to create new content, context, and connections.
The technologies that kids embrace today, e.g., video games and social media, are not just places for learning content. Teachers who think inside their content box and try to create cool lessons are only partially reaching their students.
Video games and social media are also the platforms that provide context and connectedness.
One example: The content behind the skill of being able to make a prediction is learnt in-game as well as practiced and negotiated in that context.
Another example: Fans learn Korean by watching K-pop on YouTube or English as a Second Language learners watch English game play videos; YouTube as a platform is an authentic context for learning, conversing, and connecting.
Technology becomes educational not just when teachers create content with it, but especially when learners can do the same while in context and in connection with each other. To do any less is to provide a disservice to our learners and not do our job as educators.
Yesterday I read this ST article, Have at least two homework-free days a week, and shook my head. I did this not in disagreement, but because of what I predict could happen if such an idea was implemented.
A member of parliament suggested that MOE require schools to mandate two homework-free days a week and reduce curricula by 20-30%. Most Singaporeans can predict what the official response is going to be: It is up to schools to decide homework policies and there have been curricula reductions in the past. But any suggestions will be reviewed and implemented on merit.
Two homework-free days a week. Does that mean the whole week or the school week? If you include the weekend, most schools already have two days teachers do not meet students in person to dish out homework.
If the week refers to the five-day schooling week, then consider one response. The same amount of homework gets spread over three days instead of five. If you play the numbers game, others will find workarounds also based on numbers.
Doing this does not deal with the issues of homework: What is homework, why have we come to expect it, and is it even necessary?
Some people might suggest that flipped classrooms become policy. I would ask them if they are just changing the nature of homework instead of dealing with the problems that homework creates (no support at home, more tuition, less quality family time, more unnecessary stress, etc.).
I am not sure that content reduction will help. I recall being involved in curricular reduction more than 15 years ago when I was a teacher. Now there only seems to be more to do. Why? Instead of filling the time with exploratory or creative ventures, teachers filled the time with anything linked to test preparation.
In an effort to develop kids holistically, curriculum time was also filled with other activities. In theory, this is a wonderful idea. In reality, this breaks down when things like zoo visits become administrative, logistical, and legal challenges instead of pedagogical ones. Kids then spend their time following orders and rushing from one station to another instead of learning deeply.
I do not think that a good solution lies in homework or curriculum reduction. I believe that there should be no homework (the type we understand now) and there should be a curricular redesign.
I say there should be no homework not to keep the home and school life silos separate. That is an impossibly difficult game to win. The silos were created simply because school was created for a different context, the Industrial Age, and because schools do not bring in enough real world context.
For example, in current social studies about tourism, much of the content is just about that. Content. Delivered in a book. Possibly practised with homework and then tested with exams. How about bringing in real world context?
As some families here prepare to go on June holidays, consider the amount of logistical and financial planning it takes. Why not give kids some virtual money to spend on a trip. Let them use current technologies to plan itineraries, do price comparisons, suggest travel and accommodations, debate and document their processes, etc. Make this the curricular default instead of an enrichment activity done only after exams are over.
These are activities that might start and end in class. If not, they spill over naturally at home or in the social lives of learners because the activities are fun, meaningful, or seamless.
This is homework of a different kind. It can be very difficult, but engages naturally. To do this would not require so much a content revamp but a contextual one. The change in context is from a theoretical one created in schools to a more realistic one that already exists outside of it.
Recently I had to remind my son how to clear and rinse a dirty dish instead of just dumping it in the kitchen sink. That incident spawned lessons on values, Science, a brief the history on language, and perspective taking.
When my son left an uncleared dish in the sink, I realized that he should not only learn WHAT to do but WHY he should do it. The why was not limited to “because I said so”.
The lesson in values was obvious. He had to help out around the home because we do not have a maid. It was the responsible thing to do.
But I decided that he also needed a Science lesson to know why dishes are harder to clean if you leave them unrinsed in a sink. I had to teach him why gunk is hard to remove or starts to smell. I had to teach him about oxidation.
I had to link oxidation with something he was familiar with, our need to breathe. He understood how oxygen was necessary to burn fuel. The good thing about this type of oxidation was that it gave us energy.
But oxidation could also be a bad thing when you consider things like rust. Which was the common name for iron oxide otherwise known as ferrous oxide. Which was the link to the Latin roots for some of our English words.
I pulled us back to why oxidation was bad not just because it could cause rust, but also how it caused fats in food to turn rancid and smell.
In the end, it was an opportunity to look at something from different perspectives. Oxidation could be helpful or harmful. My son thought he was helping by putting the dish in the sink, but my perspective was that a job half done was one not done at all.
Later on I reflected on how contexts create moments for meaningful learning. Teachers need to think and operate outside their content silos to take advantage of such learning moments.
My son remarked that this was the best Science lesson he had, especially when compared to the ones he was getting at school. Flattering words.
I will only know that he has learnt something if he consistently rinses his dishes when he puts them in the sink. And if he can tell me why.
This video was featured in LifeHacker and soon ended up on the popular list in YouTube. It provides arguments on why one should run instead of walk in the rain.
But the lessons here are not just in the video. They are in the comments in the LifeHacker page.
If you watched the video for a Science or Math lesson, then you are missing a more important point. Critical thinking is not just logical math or science. It is about thinking in context.
Look at it this way. If your context is the classroom or the textbook, then the argument is just an academic exercise.
In the real world, other contexts (like the ones highlighted in the LifeHacker comments area) present themselves. In the real world, some academic answers are not answers at all.
One might argue that some theoretical knowledge is important. But the ultimate test (not just the paper test) is whether the strategy works in context in real life.
I argue that there is no point having head knowledge without heart and soul knowledge. There is no point touting one’s test scores if they do not translate to real world use.
Here is one more reflection I had on last week’s MOE Work Plan Seminar 2011.
The image of this T-shirt was the closest thing I could find that matched what was on one of the Education Minister’s slides.
Whenever someone wants to show Singapore on the world map, you get the typical view of the Americas on your left, the Asian continent on your right and a little red dot where Singapore is.
I think that it was at around point #21 of our Education Minister’s speech that Mr Heng mentioned changes in Singapore’s context:
…education must suit our unique context. We must always be humble and we must always learn from the best in the world. But we must not simply copy what works elsewhere, or do what is fashionable, without bearing in mind our unique culture, context and circumstances, and what we have achieved. We should have the courage and confidence to do what we think is right, and evolve our system to what is best for us.
His point was that we must do what is best for our context. With the map on screen, visually and verbally I received the message that the context meant the red dot.
I read things further in between the lines (or dots in this case). In today’s world, the entire globe is our context. What happens far away elsewhere affects us locally. Take the haze and financial fallouts as examples. The waste products that we generate every day affect us not just in space but also in time.
Our context should be global and we need learners with complex, worldly and systemic views. So what might we do to prepare such learners?
Stop dumbing down schooling and start providing as realistic contexts as possible.
- Learning how to speak and write a new language? Learn it in context as an amateur news reporter or author.
- Exploring a scientific concept? Solve a problem in real life or interact in a believable simulation.
- Grappling with math? Again contextualize its use in life and emphasize the thinking over the drilling process.
I’m reminded of something funny I saw at 9gag. The math problem was: John has 20 donuts. He eats 13 donuts. What does John have? The answer: Diabetes. John has diabetes.
Let us not forget the wider context and to learn within realistic contexts instead of made-up ones.
This Wikipedia article provides links to the theory behind the practice in the video.
When I watched the video, I thought about how this was mirrored in life. You can take the exact same practice and apply it in two different contexts and you will get different reactions or results.