Last year, Kevin and I taught a yr 7 digital technology module based around the digital technology curriculum. (If you like, you can read about our efforts here and here). Part way through last year we got a new Technology HoD, who has ‘encouraged’ us to include more from the technology curriculum, and we are reporting based on the technology curriculum rather than the progress outcomes like we did last year. This was a real challenge for me and took me a bit to get my head around – being a science teacher I knew the sci curriculum pretty well, and I have spent a lot of time working on being more familiar with the digit tech curriculum. But the technology curriculum was a whole new experience and initially I really struggled to get my head around it, especially ‘planning for practice’.
So, I went and tried to learn up. And slowly but surely I think I’m finding my way – a work in progress shall we say.
Planning for Practice
The CD for Tech (who is awesome, fyi, it has been good to be challenged and have crunchy conversations and to try new things) asked if we could ‘assess’ on planning for practice so across all the yr 7 and 8 modules they have a range (our modules are 6-7 weeks with 4 periods a week).
I also used this resource from TKI which explains planning for practice in a bit more detail, and got some exemplars from TKI and from the other technology teachers in the school
Essentially, I figured out that Kevin and I already did some of this without making the learning explicit. To try and make it more explicit, I modified a TKI resource and asked the students to do a little more planning around the minecraft design than last year.
We got some nice examples of planning and work 🙂
But (there is always a but!!) there were a couple of things that hindered us this time. One was the students got SO excited building in Minecraft that they often forgot to record changes they had made, or progress they have made into their Onenote. We have a policy of if it isn’t in the Onenote it doesn’t exist, but in this case there has been some fabulous learning that didn’t get recording. So I am having a wee think over the next 2-3 weeks (before we get to this in the next module which starts on Thursday) of how else I could record this? There were such rich discussions occurring with the groups building collaboratively that I just didn’t capture…..
AND I need to modify our template a little more. I hadn’t used one like this before for this purpose, and see now it doesn’t quite fit….And we also ended up running out of time to do this properly, we thought we had 6 full lessons and ended up with 4 (because schools have things come up!) so we will try to get a full 8 lessons for the next module
Fortunately, we also did some planning with algorithms and coding with the microbits so we can make a holistic judgement around students abilities to reach an outcome from their evidence portfolios. And we will tweak it for next time 😉
So, again to ensure that across all the junior modules, we adapted the module to cover inputs, transformations and outputs.
This was way easier to incorporate, given we had already been doing a lot of it without realising.
Through out the module we spent a little more time on inputs and outputs around the microbit, and when introduced the topic. We also included some questions in the ‘form’ we used for an assessment
Progress outcomes for digitech
We still also incorporated progress outcomes from the digitech curriculum around computational thinking. We covered data representation with binary and ASCII code. We walked through algorithms (love making toast) and did some coding. with hour of code and with the microbits. Kevin put some of this into the assessment as well so we had a bit more ‘hard data’ around whether the students understood the aspects of code in addition to their evidence portfolios. It wasn’t a memory test, students were encouraged to copy the code and test it to see what it did.
What the students thought
We gave an end of module survey, and generally got positive feedback. Minecraft was a clear favourite with the students
And it was really heartening to see that some students picked up on prototyping and multiple ways, although most felt they gained skills in simple coding and using office 365 (which is awesome, as these students are new to TC this year and getting them upskilled with office 365 is really awesome as an ‘offshoot’ of the module.)
So overall I think it was a good first go. We do need to tweak the planning template, and I’d like to find a way to get students to design a success rubric (we ran out of time this time round). And I’ll keep working on building my own confidence and understanding of the technology curric.
Would love any ideas/feedback as we work through, or happy to talk it through if you are doing something different
Today I got a gentle reminder to look through my students eyes a little more often that I do. It was timely as all those classroom routines and tasks start to bog down all that beginning of the year energy.
On Tuesdays I have my delicious yr 13 Chemistry class, followed by my energetic yr 8 Science class. Yr 8 start the year looking at weather, and today I had planned to boil some water so they could learn, be reminded, or I could check that they could read a thermometer. It also gives a chance to practice drawing a graph. But really, in my eyes, boiling water is as dull as a dull thing, and I remarked to my yr 13 Chem class about how I wasn’t especially looking forward to yr 8’s and boiling water, pondering how else I could practice using thermometers. And one chap piped up with
‘I loved doing that in year 8’
I looked at him to see if he was being sarcastic, and he wasn’t. In response to my raised eyebrows he reminded me that back then Bunsen burners were super exciting, and it was new to him and he did really enjoy it. Lighting a match was fun, and they all used to fight over who got to.
I suppose it was also a timely reminder that just because you have done something before, it doesn’t mean you can’t do it again. Obviously there might be tweaks or changes you make, but making sure I make those changes for the correct reasons.
So, when the year 8’s filled the room as my yr 13’s left it, I had an increased spring in my step. We set up gear, lit matches and measured, and compared tap water with water with ice cubes. The students did love it, as they do every time. And I enjoyed it more than I might have, because I remembered to look through the eyes of a year 8 learning new skills rather than a 36 year old teacher who has done it before.
Partly in response to the new New Zealand Digital Technologies curriculum, my school is offering a Year 7 module for Digital Technologies for the first time this year. It almost didn’t run as it fell prey to the beast that is secondary school timetabling, but I am super glad it did. We (Kevin and I) did a little bit of planning last year, but of course things change (we got yr 7 instead of yr 8, and about 20 lessons rather than 30). It has been a really good learning experience for me, trying to keep abreast of the changes in the New Zealand Digital Technologies curriculum, watching with interest the changes happening at NCEA level one so that we can try and tailor our program so that students can have a pathway to those qualifications, and we want to do a good job so we can get a yr 8 digit tech course into the timetable, and then on up through the senior school. I have an interest in coding and Computer Science, where as Kevin teaches L2 Robotics and has much more experience than me with coding etc, although I’m pretty sure I could kick his butt in Minecraft. We are both fairly good at driving the microbits, although Kevin has an advantage as he is better at coding in general. We are also using Microsoft Teams, which is new to the school this year. It is also my first go at co-teaching a class, which has (so far) been fabulous…. because we both have different skills sets, terrible senses of humour, and have helped each other out.
So, before I go too much further, I do need to acknowledge Kevin Knowles. He and I are co teaching this module and (between you and me) I think we have been ROCKING it. Being our first go, there are off course some things we will change next time, and I have learned loads (Kevin was kind enough to say he had learned one or two things).
Our first lesson had a very simple objective – get everyone logged into Office 365. Because it was the first lesson, we had less time than usual as it took a we while to get all the kids where they needed to be. And we learned for next time we need to print off a sheet with all of the log ins and passwords 🙂 Going through Kamar for pretty much every new student took a wee while…. but also hopefully by module two this won’t be such an issue as the students will have had 5 weeks to get used to logging in. Once logged in, students sent us an email, so that they knew our email address and so the very few who didn’t know how to do this could learn how.
Next we focussed on algorithms – how do you make toast (an idea poached from the fabulous Cathy). We did this as a class, then the students had to do an algorithm to get dressed in the morning – which lead to an introduction of if this, then what type questions (eg, if Monday-Friday – wear school uniform, if Saturday go back to sleep). The students where surprisingly passionate about little details – what order to put on socks and shoes, or top half then bottom half first – which gave Kevin the opportunity to talk about (and me to learn about) the fact that sometimes order in programs is important (eg socks then shoes) and other times it doesn’t matter (sweater or pants)
Getting started with Microbits
We then hit a bit of disruption with some students going to camp – so we had 1/3 of the class absent over the next 5 lessons. But by the end of it, everyone could (and almost everyone DID)
code a microbit to say spell out the letters of their name
Take a screen shot of their code and put it into their onenote
Get the microbit to do something else (some did AMAZING things with no input from us)
Then when we had everyone back together again, we covered loops/repeats – trying to get Santa to say ‘Ho, Ho, Ho’
Thinking about Data representations
Once everyone was back, we doubled back a little I guess to go over data representation. I have to say it, Kevin NAILED this. The kids did maths without knowing they did maths!! And it got kids thinking about what number and letters are actually representing….
Kev started with counting in base 10, with a ‘ones’ column, a ‘tens’ column and so on, which got the students thinking about what the number represent. Then he moved onto binary using the same table…. and away we went. Kids just picked it up.
Kev did share some tricks, eg 15 is 1111…. you don’t need to count it up, because it is just one less than 16, which would be 10000. and so on. And if the last number is a 1, you know the number must be uneven. Some of the kids who have brains that like patterns picked up a few more, and I spend some time helping less confident kids go through adding up the different numbers.
Kevin had found a scratch game for the students to do for the remainder of the lesson, and they were SO keen on it we started the next lesson with it too.
Which then lead into ASCII coding…. a brief demo on the board and then we gave the students a code to solve and then asked them to write them names in ASCII in their section of the onenote
Where to next?
We have about 2 more weeks to go… and are still tossing up about giving the code builder in Minecraft education edition ago using some of the ideas from the introduction to comp sci course. Because of timetabling issues, we haven’t been in a fixed room yet, and on different laptops each time, so it is only now that I can get minecraft up and running on them all. So tomorrow I am going to try and install everything to get it going, and then off course I’m out on tuesday for a cricket tournament…..
Alternatively, we will carry on with the microbits, we have some speakers we can attach so we can explore the concept of inputs and outputs. And there are LOADS of cool projects we can do with the microbits. (You can see some HERE). So Kev and I are sitting down on Monday to talk it through.
We do need to report on progress made…. which is one reason we have encouraged students to put their work into the OneNote we can gather a portfolio of evidence of the code they have built and the tasks they have completed. We are also going to make a couple of Microsoft forms to check students can 1) read an ASCII code and 2) interpret simple program commands such as loops. So we will have evidence on understanding of data representation, algorithms and programming to report to parents about. Which only covers 3 of the 6 ‘themes’ I guess, but is not too bad for a 5-6 weeks module we hope.
For next time
Next time we will make some subtle changes. Hopefully students will be already confident at logging into office 365 and using teams and/or classonenote, which will save us some time at the start. We are also going to rejig the onenote slightly, we started with sections for each of Minecraft, microbit, ASCII etc… which lead to extra clicks for the students. So we will just have one section, with pages for each, which the students can then add to (also means less clicks for marking). We will also make the front page the place were we put the links for students… we started having them in the conversation but they got lost in the chatter, and then having them as a tab in the team means they open in the team, which is rather a small window/space.
We will also survey the students (using forms) at the end of the module and use their feedback to tweak the second module through. At which point I think we would make any bigger changes if they were needed.
Successes and challenges
I think every teacher in New Zealand right now is probably desperately wishing for a ‘normal’ week. It will be week 7 before I have a full week at school with no disruptions… and then I am away on camp in week 8, and then hit the 2 short weeks around easter. So juggling the disruptions when we are trying to introduce a new course has been a bit of a challenge, but also a relief because it has given us a bit of breathing space to think about what the best next step is.
Something I didn’t expect was the typing skills (or lack there of) that the students have. A number of students were turning the caps lock button on and off to capitalise one letter, and didn’t know to hold down the shift button. While I’m not a ‘touch typer’ (and I have terrible spelling both in my handwriting and typing) I can use more than 2 fingers. So we might need to include some sort of upskilling process so the students are not slowed down by their typing speed.
A real success (I think, Kev can speak for himself) has been how Kevin and I have worked together. As we move throughout the year, we will definitely be more confident and so maybe need to communicate less, but we really have worked together quite well. We have taken turns at being ‘good and bad cop’, and we are both able to reach different students at different times. We have pretty much both been in the room for the whole time, but it hasn’t felt crowded. Kev has definitely got more expertise, but I now feel confident that I could tackle all of the concepts myself next module. As we move through the year, we will probably be in the room together less, but it has worked really well for starting out, especially as I grasped some of those programming concepts.
And another success was the absolute buzz in the room after Kev introduced binary numbers. It was maths, it was abstract, I was worried it would be ‘hard’ but the kids nailed it. And seemingly LOVED it. The cheers around the room as the worked their way through the levels of the binary game where awesome, I kind of just stood and stared as the kids just nailed it. You don’t always get those moments as a teacher, so it was worth savouring, even though Kev had done all the work for that lesson.
The biggest challenge I think for us will be getting this option carried forward into yr 8, 9 etc. Or finding some room for it among another curriculum area… so we will press on and try to get it fitted in to the timetable one way or another.
If you are teaching a digit tech course, or using the code builder in minecraft, I’d LOVE to hear from you. Either on twitter or flick a comment on the blog and I will be in touch (probably late). If I have made a mistake you have spotted, please let me know so I can fix it and learning from it. Or if you are wanting any more info, please don’t hesitate to get in touch, I’m definitely learning as I go, and am happy to help out as much as I can.
Every year as part of my Genetics topic I set aside a couple of hours to talk about morals, ethics and ethical frameworks. I am still using an awesome outline I got from a session at Biolive in 2009 that Fiona Anderson presented that uses some great resources from the Science learning hubEthical analysis page. I ask my students to try and think past there ideas of ‘right and wrong’ and identify why they think so. Yesterday was the first time I got asked
‘Why are we doing this in Science Miss? Isn’t this social studies?’
Which was both a great teachable moment around science and ethics, and a little bit of a downer that somehow throughout the year I hadn’t made an impact on to why ethics might be important for Science. That said, you do need a relationship with the class so it is a safe space for students to ask questions and share ideas – you can end up talking about some fairly heavy stuff.
So I thought I’d share how I approach the ethics ‘lesson’ and I need to keep pondering where else I could include ethics.
So, as I mentioned, I still follow most of the ideas from the presentation from Fiona in 2009. (The slides were shared at the time, so I hope Fiona doesn’t mind me sharing the presentation now – the links are from the old biotech learning hub that have moved to the Science learning hub – link are smattered down below)
Essentially, you identify what bio ethics and ethics is first up
Then distinguish between morals and ethics – there is a explanation video HERE on the science learning hub.
I also tell a personal story of when I was working in research, and, without thinking, when my flatmate asked how my day was when we were at the supermarket and I casually replied I’d had a nightmare day because I’d ‘processed’ 150 odd mice, I got ‘attacked’ by a person who overheard and screamed that I was a monster for a good 5 minutes. She and I had very different morals around animal testing. I just tried to diffuse and ignore their leather shoes…. sigh.
And in responses to the ‘why are we doing this in Science question’?, I talked about Mengele and some of the horrific experiments during the Holocaust. And how just because ‘Science’ can, doesn’t mean ‘Science’ should. And how I thought Genetics was a relevant topic to discuss there issues, as genetic screening and IVF techniques become more advances and common place, society as a whole needs to be aware and educated so informed choices can be made.
For my class yesterday, I asked them about the ‘anti smacking law’ (which possibly lead to the social studies question….) as I knew it was something they would all have an instantly moral feeling about – but when I asked them why they thought that, or felt that way, they had a hard time explaining it to me….. we spent about 10 minutes talking through some of these ideas, and of course they all come up with questionable moral and ethical situations in order to ‘trick’ each other. But I have asked with different class and students about euthansia, ‘paying’ for addiction treatments or should the youth wage be less than or the same as the minimum wage.
I then called them back, and spent some time talking about ethical frameworks…. Video HERE
And then we watched the example of the ethics of whaling, and how you can apply these ethical frameworks to decision making.
And then they class had definitely had enough of me, so I put them into groups, gave them a framework to work with and gave them a task of deciding if we should screen ALL embryos for susceptibility to cancers. (You can have ‘real’ fun with the groups if you like…. in another year I asked about vegetarian versus omnivore diets and put some ‘farmers’ in the values group….) (I thought about vaccinations – should ‘we’ pay for the treatment of some-one who is really sick because they didn’t get vaccinated, but I’ve already had a couple of vaccine debates with this class this year)
And of course, ‘chaos’ ensues. Mostly that awesomely good chaos as students argue, talk over each other, go hang on, I need to look that up…. what do you think?
I LOVE talking about ethics with my classes. It really stretches there thinking. It allows ‘non science’ kids a chance to shine and fully participate. It always opens my mind up to different ideas and morals. It is a great chance to bring up historical cases, or talk about the ethics proposal systems in NZ (it is a rigorous process to gain permission for animal experiments for example, and research can’t be published unless ethical approval was obtained. And students are often quite interested that ethics doesn’t extended to insects….). But can I fit it anywhere other then Biology? Even the story of Rosalind Franklin and the use of her work ties in with DNA. I touch on it with the story of Alexis St Martin who became a living experiment on the digestive tract – and how his family ‘hid’ his body when he died so it couldn’t be used for further research. But I’m not sure how it could fit into Chemistry, or physics quite the same? Maybe around ideas of space travel? Was sending the dogs and primates into space ethical? Or climate change – is it ethical for people to allow building new building consents for ‘water front properties?
I’d love to know where you fit ethics into your Science curriculum 🙂
The New Zealand curriculum got an update of sorts recently with the introduction of a new digital technologies strand. As a teacher interested in using digital technologies to enhance learning, I was really quite excited to see what it would look like, and how it might be integrated into the curriculum. The NZC digital technologies strand was released with much fanfare but (IMHO) limited information for what it might look like for schools. Through my roll with the PPTA ICT committee, I have heard a bit more about the process and am in awe of the people who have been working incredibly hard behind the scenes – especially it seems to have been a made rush to prepare some draft NCEA Digital technology standards for term three this year. I have meet some people at workshops and online who have been generous with their time and ideas. We (my school partner in crime Kevin) and I have come up with some ideas about how we can introduce digital technologies into our school as a module for yr 7 & 8 students, what we are hoping the students will get out of it, and how we think it fits into the goals of the standard. I am really stoked our principal is using this as an opportunity to reflect on technology teaching school wide rather than just putting it in the technology department bucket, and we are possibly looking to review this in the next year or so. He also is of the view that all teachers need to be teachers of technology, not just the ‘technology’ subject teachers. (Hope you don’t mind my quoting you boss man)
This blog is to try and cement some of the ideas in my head after percolating some of the info I’ve read and reread over the holidays, to share some of my thinking and hopefully get some feedback on what other people/schools are doing and how we might improve our plans.
Where did I get the information…
if you have some resources – please feel free to share them and I will add to this list 🙂
Finding (useful/readable) information on the curriculum proved a bit of a challenge – that really is ongoing because the curriculum is still in draft form and this is quite recent. So get in and read up and get some feedback in HERE!!
There are some workshops being held around the country, so if you haven’t seen them and want to go, the info is HERE.
Currently, the learning progressions are in draft form (see the link above to submit feedback) and you can check out the ‘NCEA’ levels HERE, (This link came from THIS TKI site). (Incidentally, learning progressions is going to be put in curriculum wide… rather than curriculum levels – a tidbit from the PPTA ICT meeting)
This page is particularly important for us thinking around our course for yr 8.
And to put it in simpler terms, this is the best diagram I have seen (it makes sense to me) for how we wrap those thing together
(This is a screenshot, and a thousand apologies, but I can’t find the original link to the article…..)
How does digital fluency and computational thinking tie in?????
So, to me, computational thinking is just another way of talking about thinking critically, and it strongly ties in for what we are also trying to achieve with the Nature of Science and science capabilities. I wonder if really we could simply say, lets try and get kids thinking!! (shock horror). Because it might be nature of science in Science, computational thinking in digital technologies, algebra in maths, design process and prototyping in fabric tech or DVC etc…..
But back to the task, there are some lovely resources about computational thinking on the TKI page, including the video below
Digital fluency is a slightly different beastie, here is a snapshot from the same TKI page
So digital fluency is not just about using the computers, it is about everything. And this is where I think my principal hit it on the head when he said ALL teachers need to be teachers of technology. We need to be able to apply different technologies to our different specialities and then explain why they give us a desired outcome.
So we want to be encouraging our students to think critically about the technology they are using to complete tasks, have an understanding of the limitations and strengths of those technologies, and how to create their own digital solutions to problems.
Sounds easy right….
Our plan is for a module for Year 8 (and possibly yr 7 too if we can squeeze it into the best that is timetabling in a secondary school) that will have approximately 32 lessons/hours (depending on the timetable. We have a very loose plan at the moment…. mostly because 1) we aren’t sure who will be teaching it, although Kevin and I would like to teach it together – perhaps 2 hours a week each… again depending on the timetable… 2) We are not super sure of the skills the students will bring with them (sounds a bit like students coming in fresh to Science classes right… ) 3) we are waiting to see if we can get all the licences, resources etc we need.
If we get a course at Yr 7 too, we would re jig both programs so there was also an explicit focus for some of the course on the digital applications and devices/infrastructure themes we have ignored below.
Rationale behind our choices….
Without wanting to sound too much like I am getting paid (which I am not) by micro:bits, they are easy, not too expensive (about $30 each) and they are web based so it doesn’t really matter what devices you have to use them on. We ordered some from HERE, and hats off to PB tech, they arrived in a week. I attended a session on the microbits at E2, and was really impressed. I bought the one I was given home, and the kids who had a play were also really impressed.
Then I handed it to Kevin, and didn’t get it back 🙂
Some other advantages include you can see the ‘prototype’ on the coding screen, so students could also build code at home, then bring it to school to see if it worked, or you can debug before you download the code, and you can alternate between a drag and drop and java code etc.
Why Minecraft? Mostly because WHO does LOVE minecraft!!!!! But the education edition is a really nice way to ease into coding, and games for learning too. I know some of our students love using minecraft, while some are not so keen, so really it would just be another tool in this tool box to try and engage as many learners as possible. The biggest issue with this will be having enough mice – playing minecraft with a laptop trackpad is not the same as playing with a proper mouse. So this will impact where we can take these lessons, and depend on what we can organise. That said, I’m sure we can find some old mice somewhere to use.
We are deliberately steering clear of Scratch as it is part of the yr 9 program on information management all students at our school do. So trying not to double dip on the tools. That said, if a student wanted to play, we wouldn’t stop them.
We will also look at using hour of code for some extension acitivities – mostly because the game design is very explicit in the tutorials. I have used hour of code in my science classes a few times, and most students really enjoy it, and all of them like playing the games the all make. This also has the advantage of being available in different languages.
I got the idea of the post it notes game from Julie during the OMG tech rangers day I went to earlier in the year. She explained how she gets her yr 8 students to make a binary alphabet, and then write a post it note with their name and something about them. Students then swap notes and decode. I thought this was a really nice started activity because 1) It helps me get to know the kids, 2) it isn’t on the computers do it stresses the it isn’t just about computers angle, 3) it has a nice literacy link and 4) most kids LOVE post its- and so have stolen it (with her permission). Julie also did a bag tag activity, but I’m not super sure all our kids (am I being stereotypical when I think ‘boys’) might not be so into this….. but perhaps we could adapt it somehow…
We included the OR option in terms of designing an app OR researching how tech is used to benefit humans because we are well aware that some students will be more interested than others about the actual coding while others will be desperate to get in and make something.
This week we are talking through what we have so far, having a closer look at how it fits around everything else that is happening in school, and trying to sort out all those pesky logistical issues (like which classroom will be used, and what budget does it come under.) As I said at the start, I’m am still processing the ideas and how to best implement them, and welcome any feedback. I am thinking we would run a trial class in Term 4 – my year 10 Science class might become some testers of tasks and lessons. We will also have some staff attending the information days, which might also inform our choices.
In the mean time, I’m having fun playing with the microbits and learning more about what they can do. 🙂
(I need to acknowledge the significant amounts of work done by the Science department of my school in getting this set up, especially Kevin for his work on Sharepoint and Ryan for his work with OneNote and the unit plans, and EVERYONE for being willing to go along with this and make it AWESOME)
At the end of last year, our department made a considerable push to update our unit plans and rejig our junior science programs. A big part of this was planning for the use of Microsoft Classroom in our school, and taking advantage of all of the features of the classbook that came automatically with each classroom. To this end, we have a staff portal on sharepoint with a ‘master’ Onenote that staff can take content from and easily add to their individual class note books, while still having access to shared resources to personalise as required for students particular levels or interests. It also allows for new or different resources and ideas to be added. It has saved an AMAZING amount of time having this back of resources all set up before we even started for the year.
The Teacher ‘Hub’
We have a pretty amazing Science set up on Sharepoint – we can book equipment, find our SMUS (safe method of use sheets), find curriculum reports etc… as well as a bank of resources for our classes.
We updated our unit plans to include live links to any documents, videos or animations you might use with your classes.
And have set up a conbines OneNote stored on the site that has a bank of resources also – which means you can copy the page into your classbook content library, and then students will have their own copy almost instantly after you have clicked the button.
So it doesn’t matter if it is an admin page (Like a year plan…) or sharing an interactive activity, it is all there and with maybe 4 mouse clicks, your students all have their own copies.
This has made the start of the year so easy. These digital portfolios were made in minutes for whole classes of students. Because the students had been entered into Microsoft classroom, teachers didn’t even have to manually enter students into the class notebooks. For the staff new to our department there was a ready made first few lessons for them while they came to grips with everything else. For our non-specialist science teachers, there was a range of resources they could just grab, whih gives them more time to explore any more indepth questions the class has.
For me, it has meant I already have a baseline. So I was able to spend more time getting to know my students, establish those relationship and find resources or learning activites specific to them. I am hoping that by the end of the first term, I won’t need to be finding the resources at all, the students will be able to find them or make their own. Which can then be shared in the collaboration space as meaningful activities to them.
I have really only dabbled with Microsoft sway as I find I use OneNote and Office Mix way more often. But with the new addition of Microsoft Classroom and being able to just add links into the files for students to review, it is a little easier than before to share. So I am revisiting sway as a tool for my teaching and learning programs. A big bonus for the Genetics topic we are currently doing is that is so easy to insert videos and diagrams, as well as room for the all ‘extensive’ vocabulary the students need to learn, (as an FYI, I struggle with how language rich the genetics topics always is, watching boys eyes glaze over as I go through new word after new word is a bit tough for everyone)
The first thing was a revamp of a previous sway on the relationship between DNA, genes and chromosomes, with a recap of DNA structure too.
We then did my FAVOURITE activity from the Science learning hub, edible DNA. I love this lesson, but to add a little bit more of a goal into the lesson, I asked my students to use their DNA models to make a short video, which I then uploaded to youtube, and embedded into a sway for easy sharing
My L1 Science class has just finished up their Mechanics Unit. To try and gently shift this class into being more independent, I used a OneNote I had prepared for my class for revision last year as the main source of information. There were lots of relevant notes, videos, office mix walk throughs of old exams (eg)and some practice worksheets. As we went through, I also included a forms quiz at the end of each page to as a way to keep up with where the class was at with their learning. We also use the SciPad, which is has some good notes and example questions.
Some screen shots of pages in the OneNote and quiz results.
On the whole it has worked well. My biggest concern is that my students are still struggling with managing themselves and I was feeling a little like I was leading the horse to water, but not getting it to drink. I was hoping that I would be able to use more of my class time answering questions and doing some practicals (we did do some practicals – popping balloons for pressure questions is AWESOME….) but it just didn’t quite work out that way. When I surveyed the students, I got the common theme that they liked notes from the board. ARGHHHHHHH. That they liked how I helped them when they needed it, but they wanted more up the front teaching. I already felt like I did way more than I wanted to. And (as in the pictures above) some of the OneNote pages where even like writing on the board…. sigh.
So I am back again to the drawing board. How can I make sure students feel like they are still learning things if they are managing their own learning? The test results were ok, but even with that students didn’t feel like they had learned anything, even when they clearly had. Why do students feel that they need to be ‘taught’ things in order to have learned them. Do I need to listen to this student voice and be up the front more rather than deliberately staying away.
In pondering this, here are some ideas (I went for pen and paper… so I could vigorously scribble) around why maybe students feel they need to be taught something rather than learn it.
There are lots of reasons why – to find out more I guess I need to ask my students some more questions around why the like to ‘learn’ in different ways.
And I need to think just a little bit more about how and why I am trying to model learning to my students.
Of these two definitions, I definitely like the second one. So how can I better model learning by example or experience? What learning experiences can I give my students that makes them feel like they are being taught?