I was so very impressed with my first session at the ACCE conference last week.  Anne Mirshint spoke about video conferencing in the classroom…this is something that I’ve read all the books on years ago, have been to sessions before, and have used things like google hangout in the classroom to access experts. Highlight of my video conferencing was last year skyping a NASA scientist who spoke about the work that was being done on the international space station and why it would be done there and not on earth. It was pretty cool, and kids were really excited about the whole thing. Even just the idea of talking to a (Real) scientist was a great opportunity for students. So, I thought I was all over this video conferencing thing.

I was so impressed with not only the work that Anne had done with this in her classroom K-12, but also the deep understanding that she has as to why this was important. Anne works in a rural area and as we know, as you get more rural in Australia, as you move away from the capital cities, there is less diversity in terms of culture. And she spoke very well about the richness that this provided students in their understanding of other cultures. But, we also have this in the middle of the city.

One of the things that I was very lucky with in my own high school education was that my high school was failing (it was really really bad)….but in doing so, had opened up as an intensive english centre and an adult education centre at the same time (in order to fill a class). This meant that half of my classes were made up of students who were newly arrived into the country and spoke no english, to 60 year olds that had decided to go back to school to do their HSC. So my high school education was very, very diverse. However, even in schools in the middle of Western Sydney, where I’ve spent most of my life (Moved from Greystanes to Greystanes) this isn’t the case all of the time. Sometimes, what looks like diversity is masking a mono or duo-culture that is not anglo-european. And as our filter bubbles provide us continually with information that we expect to see, you could argue that diversity of opinions, cultures and conversations are ways to ensure that we are avoiding self fullfilling ideas.

I was very impressed with Anne’s creating connections to people overseas through the use of video conferencing where even just having a shared breakfast with people allowed them to discuss the differences between the types of food they were having for breakfast…but this exposes them to different cultures, different accents, different writing styles. In quite a serendipitous moment, I just finished reviewing the new NESA syllabus docs for languages, (Yep, I read 8 lots of 180 page language documents….some of them (well one) quite literally in greek, I found myself looking at the opportunities that video conferencing as an opportunity for students to look at difference and diversity, to communicate, access and respond.  When looking at plans for languages for next year as to giving students choice of a language for the year, this gives a good opportunity for students to communicate with native speakers in different accents for different languages. Also, looking how this can be structured, Anne re-introduced me to some long forgotten presentation tools, like Voicethread, where students can interact and discuss verbally over multimedia…video, images, text. I saw this used years ago (in around 2011) in a history project, where students had to grow their discussions and respond to different students in a group based on an original image prompt. It’s one of those great tools that you just forget about over the years.

Anne was also generous enough to provide a plethora of links of ways to connect to people online to allow this to happen. For the short list, check these four out. For more, check out Anne’s list.…and follow her on twitter.

• Skype in the Classroom
• Skypeathon
• Classroom 2.0
• Global Education Conference

We’ve been warned.  The silly season is starting.

The time when, as a new school, we will take on new staff.  All of these decisions and discussions and resumes and interviews (oh my) have made me think about what I want in a teacher that works at St Luke’s.

Because realistically, when you think about it, every time we employ new staff, we make a judgement. A judgement based on a few essential things: a person’s reputation, evidenced by their references, and the way that members of the community at large speak about them (and we all know that education is a very small world), their resume, and a 40 minute (max) interview. Coming from someone that has a decent resume, an okay reputation, and ridiculously bad interview skills (shuddering as memories come upon me from my own St Lukes’ interview where I delved into my traditional language of the western suburbs), I know that we make judgements on these things, but you can’t base a quality teacher on a 40 minute interview. So, what do you do, what can you ask?

Some schools make teachers do a lesson (becuase that’s really realistic with the principal sitting in the class), some ask about potential connections, or about what they’ve last read, made, or their opinions on the syllabus….but how can you judge quality by any of these means?

But firstly, with all of the ability to bring what you want into a job description, that someone will take hours to painstakingly perfect, and all of our measuring against the professional standards, what do we really want from great teachers?

I started this blog post wanting to talk about how teachers needed to know their stuff (their content) but more importantly (coming from the method lecturer), the importance of the method of teaching. This is where specialist teachers (whether primary or secondary) really have it over non-specialist teachers….it’s not really about knowing the content, it’s about knowing what is best practice in the teaching pedagogy of that content…..which in order to understand the method, you must know the content.

Then, I was going to discuss the power of community engagement, through things like your professional networks (www.acce2018.com.au….register), parents and the greater community.

Finally, I was going to talk about how what’s really important is that we understand students and their learning.

Then, I realised that actually, smarter people than me have done this already…The professional standards tell us that we know what we want: we want teachers with professional knowledge, the ability to teach it (professional practice) and the ability to engage in their learning and the community (professional engagement).

And all of these are really important….and really do actually sum up what great teaching is about.

But what I really want is what I hope that most teachers come to us with: the realisation that the heart of everything that we do is about kids.

That we teach 12 year olds.  Or 6 year olds. Or 9 year olds. Or 18 year olds.

And, after the night that I just had, where my 12 year old was asked on Sunday if he needed to print his art assignment (no) to Tuesday night waiting in line at officeworks to end up buying an A3 printer because it’s due tomorrow and wanting to kill him because he’s playing Fortnite while I lug a printer from the car to the house, I realise that this is the important thing.

We teach 12 year olds.

They’re disorganised, rude, kind of smelly, do stupid things, forget assignments, swing on chairs, lose hats, they leave their sheets behind, they laugh when the toilet flushes overhead. Sometimes they do really stupid things.

But it’s our job to realise that they’re 12.

And it’s our job to teach them to be organised. To have the conversation to find out why they’re not doing the work. Why they are forgetting assignments, doing stupid things, to give them their hats and their sheets and secretly laugh with them while giving them filthy looks about why they are laughing when the toilet flushes over head. And sometimes, unfortunately, to have the conversation about using deodorant. And sometimes, we need to challenge them for these things. And it’s our responsibility because we’re the adult in the room.

I want a teacher that remembers that sometimes that 12 year old is smelly because their parents don’t remind them to shower. They don’t lug printers from the car to the house, or drive to officeworks to get their printing. Because some of them don’t have access to a printer, or to money to pay for things to print. Or money for lunch. Sometimes mum and dad work until 6, or drive trucks for weeks on end to make sure that they have the opportunities to lose their jackets and to do their assignments.

I want a teacher, who like my son’s english teacher last week, rings to remind me that she’s caught up with him four times already this week, and cares enough to call to let me know. That cares enough to give a detention at lunch to make sure he’s finished his task.

Because they’re 12. And although we have high expectations and we expect students of that age to manage themselves, we don’t trust them to. And we provide the safety net for them when they fall. Cause they’re 12.

As we come up to the end of the term….you can hear the light hearted ribbing around the staff room….Blog posts are due…have you done the blog post….what’s your blog post about this term?  I also specifically get the “You’ve probably done your blog already right…?”

Well, this month, I haven’t. Although traditionally, I’ve been the one at the school that has the reputation of over-blogging. Mostly, because I get really excited about what I’ve been doing. This month, as I think about what I’ve been doing as the run down to the holidays (and running down to some time in the Lightning ridge mineral baths), that although I’ve been enjoying and feel very satisfied in the work that I’ve been doing this month, I realise very clearly that not many people would find what I’ve been doing in any way exciting. Obviously, as we run down to the end of term 2, we start to look at that process that strikes fear into the hearts of teachers, parents and students….reporting.

So not only do we do reports very differently at St Luke’s, we also decided to start using a new reporting program. Of course. Because we don’t like to challenge ourselves enough. The work that was done last year in terms reporting process (not by me) was brilliant. The focus on our 6 pillars as the priority of the reporting process really reflects the priorities of our classrooms. Each student has six pages of reporting on our pillars….Give Witness, Relate, Manage Self, Think Critically and Creatively, Communicate and Collaborate and Be digitally literate. Students are given detailed feedback around their achievement against the pillars, and strengths selected from the work that they do across KLAs.

A new reporting program, aside from the major amount of work that this takes, also gives us the opportunity to be reflective around things that we report on. This year, the following changes have been made to our reports, which may seem like minor things, but have significant effect overall. This year, students will be rated on a four point, rather than a three point scale on their achievement of the pillars. This gives students, who realistically should be working towards for the majority of the stage, to see steps in achievement over the two years. By placing a bigger scale, where we not only have working towards, working at and working beyond, but also include “emerging towards”, students have a greater ability to demonstrate improvement across a stage.

Student strengths are now based around outcomes, giving a greater link between the work done in the classroom, as teachers and students work together to develop social and enterprise skills while  engaging in core curriculum.

Within reporting of our core curriculum, students are now reported on a five point scale, rather than from A to E. The requirement to report on an A to E scale this year changed to the requirement to report on a five point scale, and we were quick to jump to this to create a scale that we think is more descriptive of student learning, and a greater reflection of the common grade scale than an A to E specification.

• Working Deeply
• Working Beyond
• Working at
• Emerging towards
• Working towards

In addition, a change to the layout of the report reflects the ability for a student to move up the scale from working towards to working beyond. This progression from left to right reflects how our assessment rubrics are set up to indicate a progression across the stage, from something simple like the arrow indicating movement towards the top end of the common grade scale, where students transfer learning to new situations.

Finally, an exciting development from the technology teacher….alphabetised subjects. Our reporting specialist from CEDP tells us that she has seen this before, but I’ve never seen it in a subject report in all my years of teaching (and I am a bit of a report layout fan). Many years ago, I heard the list of KLAs referred to as the “top four” and the “bottom four” with English, Maths, Science, and HSIE being the general level of importance given to subjects, with the “bottom four” (two of which are my subjects) generally listed in whatever order the principal’s priorities are.

With a focus at St Lukes on “nurturing faith-filled, curious children to become creative contributors and innovative problem solvers for a changing world” some students will naturally see some subjects as being important, while others are not to them…and this mix of subjects, interests and strengths are as individual to each student as their personalities and learning preferences. So…why do schools create an environment where one subject is more important than the others? These small things….order of subjects in lists, allocation of the little bits of extra time, avoidance of disrupting certain subjects over others, timetabling of certain subjects as “fill ins”….these things all lead to a long term impression of priority and importance of some subjects over others. This then can lead to an impression for students that it’s more important to succeed at one subject over another. Why do we not value student interest and choice over a historical and preset order of subjects? Are we killing our student curiosity by implying that subjects are really interested and engaged around are not given priority or importance. Maybe this is just my rant since the two subjects that I’m trained to teach are part of the “bottom four”. However, when you see a year 12 student that is totally engaged and interested in their major project, when they are getting high band 6’s in that subject…who are we to tell him that that subject isn’t important? That it doesn’t deserve as much time as maths or english, or that it’s on the bottom of a report. 

A friend sent me a quote from a lecture the other day about how sometimes leaders were not able to be as hands on with teaching and learning as they like because of the requirements of things like reporting. This blog post was meant to be focused on that quote. After spending a late night last week editing report comments when the comment bank wasn’t correct (approximately 2000 errors to correct manually), a weekend doing final proofs and chasing unexplained attendance, it’s hard to see that you’re having an effect on teaching and learning. However, after seeing printed finished reports (well, PDF versions….because we’re digital) I’m really proud of the work that we’ve done with them…and these small changes can have lasting effects on teaching and learning.

The purpose of differentiating the curriculum is to provide appropriate learning opportunities for students of different abilities and interests. It is what I would say is an indicator of a high quality classrooms….that there is difference in what students learn based on ability or interest.  

A differentiated curriculum is a program of activities that offers a variety of entry points for students who differ in abilities, knowledge and skills. In a differentiated curriculum teachers offer different approaches to what students learn (content), how students learn (process) and how students demonstrate what they have learned (product).

Numerous models of curriculum differentiation can be applied creatively to produce programs that provide flexibility and choice for the range of individual differences in the classroom. These models show how content, teaching and learning processes and products can be fine tuned to meet the needs of all students.

The Maker model of differentiation works particularly well within a PBL classroom.

This model incorporates strategies for the modification of content, process, product and the learning environment.

Content needs to be adjusted to accommodate the ability of students. Students that are gifted within the domain, for example, will be more likely to deal with more abstract ideas.  The curriculum can then be compacted so that students have the opportunity to be challenged and achieve outcomes of a higher order. For students with learning needs, a different level of content may be used, where modified language or examples may be used in order to make the content level easier to access.

Process involves the methods that are used by teachers to present information, the questions asked of students and the mental and physical activities expected of them. This is essentially the pathway that students will follow in order to meet the outcomes. Not all students must follow the same pathway to show understanding of the outcomes.  Within a PBL Classroom, often students are working on different elements of a project and in different ways. A good PBL classroom would have a number of workshops within the lesson structure, so having different students attend different workshops based on their needs would not be an unusual activity.

Product modification works well within a PBL classroom, particularly with those projects that have an open ended product as the end product. Students might show their knowledge and understanding of the content in different ways. Students may elect to show a film, write a poem, physically act out their display or create a physical model. Grouping students and the structure of the task is important here.

This week, I was lucky enough to visit three schools in Victoria moving beyond differentiation to true personalisation of student learning. Our principal, pathways coach and I went to  Bundoora Secondary College, Mount Alexander College and finally Templestowe College, each successive school further away on the track of personalised learning for each student.

At Templestowe, we spoke to one student who had accelerated some of her VCE subjects to do certain VCE units (equivalent of the HSC) in year 8, 9 and then 10, to finally complete her VCE with the ATAR that she needed to get into the course that she wanted, however, decided to do an extra year to run her own theatre production, while working part time at the school as part of the school council.

In all three schools, the curriculum was individually personalised with different types of “elective” courses, co-designed with students and teachers to create interest based electives that taught curriculum concepts. Through the three tours I spent much of my time jokingly (somewhat) telling our pathways coach Oriana, that “No, we can’t have animals” until I walked into their feathers and fur class, and saw the work on the whiteboards. These students had managed the entire class, from paying for the animals, a daily schedule of care that had been spread between students to “deciding whether to spend $200 on a vet visit or getting an animal put down”….students run the elective and manage all of the decisions of within the course.  I was so impressed with the management and organisation of the students, within an area that they very clearly cared strongly about.

Student electives are created in levels of beginners, intermediate and advanced where the whole curriculum is co-constructed with students to be the ultimate in personalisation. Each person is treated with the same level of respect, be they student, principal or teacher. With a “Yes is the default” policy, any person can propose a topic/program and it will not be rejected unless it is too costly, takes too much time, or has a negative impact.

Coming from a design background, where every student is encouraged to follow their own interests, I kept reflecting on how the design and tech syllabus would fit into these electives, where any student could potentially make anything or do anything…be this a theatre production, a physical object or writing a book. We do this in year 11 and 12 where good design teachers give students the option to do “whatever they like…so long as you can maintain interest for a year”. You can see this in the quality of the projects that classes present…Not only the quality but the range of different types of projects….where the teacher is obviously not the expert in the class, but the has given students the freedom to drive the project.

Is there any reason, however, that this can’t be done earlier? There’s really no pre-existing knowledge of design processes, materials or manufacturing processes that’s assumed on entry to the design and tech syllabus. So, is a 12 or 13 year old capable of running a self-driven design project? If a student is passionate and interested in the project that they have designed, developed and made the decisions around…why not? There’s nothing developmentally inappropriate for a year 7 or 8 student in the HSC course. 

The next step then…can a student engage in designing a course to the level that is required to learn course content in a subject like English, HSIE or Maths? If the student is truly engaged in the course due to the fact that they have made choices around what they want to do, and where they want to lead the content?  With the help of rubrics where students can checklist key competencies when they learn them?

All of these are interesting ideas, and with the consideration of the extra time within the curriculum, there is a very easy move to personalised learning from differentiated in this time. But lets also try to figure out how we can give students more choice…more personalisation within our regular curriculum too.

In a previous blog post, I wrote about what I presented at Future Schools. I was lucky enough to be selected to present, but from the minute I got onto the plane, to the minute that I left (and I think the next Friday at school) I was running a bad fever and the last thing I wanted to be doing was going to a conference. I really wanted to be sleeping in my (super) comfortable hotel room, trying to get over the flu that I had. And I really did think that my learning was greatly effected by this, but as I’m going through and writing out my learning for these blog posts, I feel this is going to be a series….not a duo. So obviously, I learnt more than I thought. 

One great session that I went to was from Martin Levins. Martin and I have known each other for a while through the ICT Educators Board, but I have never heard him speak before. I absolutely loved his speech. He spoke about not letting our knowledge of Piaget put a cap on student capabilities. Martin’s work at ACARA puts him in the Northern Territory quite often. They have no computer educators group like ICTENSW and a large transient and distant teaching force. He spoke about going out to a community and teaching some basics of scratch, leaving computers and then returning weeks later. He then showed a video of students explaining their scratch game. The funniest thing listening to the student mispronounce the word variable….obvious that he’d not actually been taught about variables.  This shows that we can sometimes put a device in the hands of kids and don’t tell them what they’re not developmentally ready for and they will stretch themselves and experiment if the motivation was there. This student was using technical language due to the fact that he had seen variables in the program, and he had wanted to know how to do something like a score.  What amazing things students can do if you use technical language with kids. If they have the motivation, then they will unpack it.

Funnily enough, one of our Guru science teachers, Oriana Miano and I were having a similar discussion in previous weeks about the word variables. We were deciding what to do with the term in activities club, in which we both teach K-7 students. Oriana for science (Tuesday), myself for technologies (Thursday). Variables in K-6 are called “factors that effect experiments” and the word variables itself does not appear in the primary syllabus.   I, of course, didn’t know this and had been discussing variables in coding in activities club….so variables (factors that effect experiments) was related to variables (values that can change) and we decided to go with using technical language and unpacking it. Students found this very easy, and while I was doing scores and health values in coding on a Thursday, Oriana was experimenting with variables such as the amount, type of coke, amount of mentos and delivery method in order to create the best Mentos and coke reaction. The point of this was not to just blow up Mentos and coke, but it was a deliberate and explicit unpacking of how variables can effect experiments.

Kevin, Yasin and Rohan have been declared the ultimate Coke and Mentos champions. They determined the best variables to produce the highest fountains through a process of elimination from last week’s experiments. #science #variables #experimentaldesign #kidscientists #STEAM pic.twitter.com/Mz0c32qXG4

— stlukesnextgen (@StLukesMP) April 3, 2018

I was also lucky enough to be asked a few weeks ago by our Instructional Leader  (Julie Preston)  to take Stage 2 through some 3D printing processes, as they had done some study of this within their reading sessions with her. Oriana again decided to jump in with me and we had great fun teaching a group of stage 2 students about 3D printing. Within about three seconds we learnt not to lower our language to talk to stage 2, and we ended up talking to stage 2 about the chemical composition and density of 3D printer filament, sustainability being more than just recycling, and about computer aided manufacturing. With the work that Julie had already done with students in problem solving terminology when they didn’t know it, students were able to, with very little prompting, extrapolate what CAM was through their knowledge of CAD.  I imagine this was not what was expected with the development of the new syllabus and where students were “developmentally ready for”.

I am so lucky to be in a place that questions our standard expectations with students.  To be in a place where personalised differentiated learning is not just something that you put in your programs in order to pass compliance, but that is an authentic, living, breathing focus of learning. That we consider Piaget, but are not limited by him. That all students are given the opportunity to learn something new that they didn’t know (or know how to do) before they came to school that day.  Now that we have been in it for a term, and know our students better, I’m excited to see what our year 7s particularly will be able to produce this term. It’s also nice to see that the concept of variables in the new science and tech syllabus has been put into Stage 3.

In my day, I regularly try to quietly and sneakily cut through the stage 1 classroom in order to get either across the school or up to Stage 3 and year 7. It’s the shortest route, and after climbing the stairs five or six times a day, my laziness kicks in and I wander through the classroom trying the best I can not to disturb.

Lately, however, I’ve been cutting through the classroom for another reason. I have been in a lot of PBL classrooms, and I have sat through a lot of Entry documents. I have used this example of an entry document when I’m training people in entry documents since 2012. It’s so far the best example of getting kids emotionally (sometimes angrily) involved in a project.

Then, I saw this on twitter. What an amazing way to engage students curiosity and invoke questioning around the topic. Each day some something is added to this section of the classroom. I walked in the other day and animal sounds were playing, and there were leaves all over the ground.  Students are starting to ask questions about what could possibly be in the box, and teachers are putting them up on the wall around the box. Students are then making hypotheses around what could possibly be in the box, and then using logic to rule out ideas (no, it can’t be a shark, it’s not big enough). Each day I walk past I now make sure to stop and look to see if there’s something new.

#somethingscoming @StLukesMP pic.twitter.com/FRCOrfmUKT

— Angela Ryall (@angelaryall93) April 6, 2018

It’s interesting, my experience in the past is actually that where teachers have been effectively trained, that where PBL has been implemented in a primary setting, the change has been significantly easier, longer lasting and more rich for a number of reasons….firstly, experiential learning has always been a feature the younger that students are in education, secondly, that primary teachers understand the connections between syllabus documents better, and that finally, change in a year in a primary school requires change of maybe three or four teachers to effect an entire year group. In high school a year group may have 30 or 40 odd teachers in a normal school.  I also think primary teachers also have a greater knowledge of their students….the difference between five hours a day in primary and five hours a fortnight in secondary is significant.

I’m really interested to see what’s in the box. I think I’ll be secretly cutting through their classroom a lot more this term.

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This week, I was lucky enough to travel to the beautiful city of Melbourne (where good food and coffee runs rampant) in order to attend the Future Schools conference. In reflecting on the two days, I’m going to break this blog post into two: What I spoke about, and what I learnt.

Last year, in my previous job as Innovation Co-ordinator, I was asked to do a 20 minute speech at future schools on “making drones, robots and makerspaces”. Having set up a few makerspaces now, I still spent a long time trying to figure out what to talk about. I’m not a big fan of talking about myself, and there was so much that we did at Marist, to put it into a 20 minute speech would sound like a list of “here’s what you can do with STEM”. And this list already exists. (Thanks to our Chief Scientist…a much smarter person than me) Em

So, I decided to flip it and talk about all the mistakes we made.  Here’s the crux of my speech, which I retitled: “How to fail at: Making drones, robots and makerspaces”.

1. Value technology over user experience: It’s more important that people can use the product than it is to have better products.  A CNC mill that is chain driven and takes a tenth of the time to do something than a mill that’s rubber band driven isn’t better if the software is so hard to understand it takes a year to figure it out. You want tech that has great hardware, but software is MORE important.
2. Employ people that can speak confidently about your vision: This is a controversial one. Yes, it’s important to have poeple that can speak about what you do, but it’s more important to have people that can do the work to make sure that it’s done, and it’s done well. Value hard work and competence over charm. Charm sounds impressive, but generally means that you can talk about stuff that’s not actually happening. What then is more important to student learning?  This becomes more important when we talk about putting dangerous technologies like laser cutters (yes, from experience, they catch on fire) but also even supposedly “safe” technologies like soldering irons and hot glue guns (number one cause of accidents in TAS rooms….yes, they’re hot)
3. Focus on teachers doing stuff: Students should be the hardest working people in your classroom. The best thing I saw once was when my current principal, stage 3 teacher and I were visiting Emmaus Catholic College. Kid walks in to the room after school, says “Afternoon sir” to the teacher on duty, goes over and starts a 3D print, prints something off on the sticker cutter, cleans up after himself and walks out with a “thanks sir” over the back of his shoulder. This transfers true power of creation to the student, and gives students potential to be independent entrepreneurs.
4. Focus on Content: Content is important, but people learn from experiences. Flip it and start with the experience first so that then when you are talking about the content, the student can remember and relate. The best example that I saw of this was our bottle rocket project. Students were using terminology like Aerodynamics, thrust and lift in their first lesson of the project.
5. Don’t follow a process: It doesn’t matter what process it is, but if you look at the image below, processes across KLA’s are so similar it doesn’t matter. Let’s teach kids the process of problem solving, not just to “make stuff” 
6. Don’t make the project: I remember year 7’s always used to think I was a genius at electronics, but it’s really because I’ve made the project a number of times (either in previous years or before I go into the class) and I can predict what problems that they are going to have because I have already made them myself. Sometimes many times.  If you do face problems that you’ve not co7me across before, then model problem solving with the kids. “I have no idea how to do that”….”lets work it out together”

And finally….

7. If it doesn’t work, Give up: Because that’s the kind of problem solving process we want to model with students.

Stay tuned for part 2: What I learnt at Future Schools

In 2018, I am excited to say that I’m going to get to work with the little kids in my school at our after-school activities club.  As part of St Luke’s Catholic College, students have the opportunity to attend structured activities of a morning and afternoon, where on different days, different teachers plan and deliver educational activities to students from Early Stage 1 to Year 7. On Thursdays, we will be doing coding activities. As a first important step, students need to understand that sequence is an important part of coding, leading to a later understanding of control structures and how they work.

The interesting thing about our activities club (and hats off to our brilliant director, Elisa Pettenon) is the level of differentiation required when you are teaching across K to 7 with the same/similar activities. My first thought was that while doing this with year 7 classes in the past, I would use the process of tying a tie to teach sequence. Students would have to team up and write instructions to each other and then each student would have to follow the other student’s instructions. My first realisation was that in Kindergarten they wouldn’t have the knowledge (or fine motor skills) to tie a tie. My second realisation that leapt from the first was that they also wouldn’t be able to read and write instructions at the beginning of the year.

Trying to think of alternatives, and brainstorming with my guru thought partner, Oriana Miano, we came up with the idea of fairy bread. So, my day today has been spent making fairy bread and taking photos of each part of the process to make into sorting-sequence cards.

Creating sequence coding cards for sequencing activities….can’t use text. Oh well….#looklikeanidiot #teachersofinstagram #nextgenerationlearning #aussieteacher #aussieteachertribe #digitalclassroom #inquirybasedlearning #codingacrossthecurriculum #roboticsintheclassroom #lifeofateacher #aussieteachersofinstagram #technologyteachertribe

A post shared by Kelly Bauer (@shortcomp) on Jan 26, 2018 at 4:55pm PST

Deconstructing the above activity:

For younger students, they need to know that programming involves following a sequence of steps and that the computer doesn’t know and can’t make assumptions like a human can. By modelling the actions of a computer being “dumb” the aim is for students to understand that they need to be explicit and correct in their sequence for the computer to understand.

For older students, all programs are made up of 3 different control structures, sequence, selection and repetition, where all programs can be made around these three structures.

Sequencing Fairy Bread

1. Teacher introduces activity
2. Students use the photo cards (in groups of 2)  to sequence how fairy bread is to be made.
3. As a whole class, or in small groups, students make suggestions as to the sequence of activities.
4. Teacher models suggestions for students, including things like “Put butter on bread”…place the container of butter on the bread.
5. Students go back to their activity cards and check order. When they have gotten the order correctly, the teacher distributes the fairy bread kits and students make and eat their fairy bread.

After this activity, we will be breaking out the Ozobots and using these to model, and then experience what happens if you don’t give the ozobots instructions in the right sequence. For example if you look at the colour codes below, Red-Green-Blue is a snails pace, but Blue-Green-Red is a “nitro” pace. This allows students an easy introduction to coding, an understanding of sequence, and a hook to engage them into the idea that coding can be fun.