Unfortunately, there are too many working groups, reporting at too high a speed, for me to capture it here. All of the working groups are going to release reports and I suggest that you have a look into some of the areas covered. The topics reported on today were:
- Methodology and Technology for In-Flow Peer Review
In-flow peer review is the review of an exercise as it is going on. Providing elements to review can be difficult as it may encourage plagiarism but there are many benefits to this, which generally justifies the decision to do review. Picking who can review what for maximum benefit is also very difficult.
We’ve tried to do a lot of work here but it’s really challenging because there are so many possibly right ways.
- Computational Thinking in K-9 Education
Given that there are national, and localised, definitions of what “Computational Thinking” is, this is challenging to identify. Many K-12 teachers are actually using CT techniques but wouldn’t know to answer “yes” if asked if they were. Many issues in play here but the working group are a multi-national and thoughtful group who have lots of ideas.
As a note, K-9 refers to Kindergarten to Year 9, not dogs. Just to be clear.
- Increasing Accessibility and Adoption of Smart Technologies for Computer Science Education
How can you integrate all of the whizz-bang stuff into the existing courses and things that we already use everyday? The working group have proposed an architecture to help with the adoption. It’s a really impressive, if scary, slide but I’ll be interested to see where this goes. (Unsurprisingly, it’s a three-tier model that will look familiar to anyone with a networking or distributed systems background.) Basically, let’s not re-invent the wheel when it comes to using smarter technologies but let’s also find out the best ways to build these systems and then share that, as well as good content and content delivery. Identity management is, of course, a very difficult problem for any system so this is a core concern.
There’s a survey you can take to share your knowledge with this workgroup. (The feared and dreaded Simon noted that it would be nice if their survey was smarter.) A question from the floor was that, while the architecture was nice and standards were good, what impact would this have on the chalkface? (This is a neologism I’ve recently learned about, the equivalent of the coalface for the educational teaching edge.) This is a good question. You only have to look at how many standards there are to realise that standard construction and standard adoption are two very different beasts. Cultural change is something that has to be managed on top of technical superiority. The working group seems to be on top of this so it will be interesting to see where it goes.
- Strengthening Methodology Education in Computing
Unsurprisingly, computing is a very broad field and is methodologically diverse. There’s a lot of ‘borrowing’ from other fields, which is a nice way of saying ‘theft’. (Sorry, philosophers, but ontologies are way happier with us.) Our curricular have very few concrete references to methodology, with a couple of minor exceptions. The working group had a number of objectives, which they reduced down to fewer and remove the term methodology. Literature reviews on methodology education are sparse but there is more on teaching research methods. Embarrassingly, the paper that shows up for this is a 2006 report from a working group from this very conference. Oops. As Matti asked, are we really this disinterested in this topic that we forget that we were previously interested in it? The group voted to change direction to get some useful work out of the group. They voted not to produce a report as it was too challenging to repurpose things at this late stage. All their work would be toward annotating the existing paper rather than creating a new one.
One of the questions was why the previous paper had so few citations, cited 5 times out of 3000 downloads, despite the topic being obviously important. One aspect mentioned is that CS researchers are a separate community and I reiterated some early observations that we have made on the pathway that knowledge takes to get from the CS Ed community into the CS ‘research’ community. (This summarises as “Do CS Ed research, get it into pop psychology, get it into the industrial focus and then it will sneak into CS as a curricular requirement, at which stage it will be taken seriously.” Only slightly tongue-in-cheek.)
- A Sustainable Gamification Strategy for Education
Sadly, this group didn’t show up, so this was disbanded. I imagine that they must have had a very good reason.
Interesting set of groups – watch for the reports and, if you use one, CITE IT! 🙂
SIGSCE Day 2, “Focus on K-12: Informal Education, Curriculum and Robots”, Paper 1, 3:45-5:00, (#SIGCSE2014)Posted: March 8, 2014
The first paper is “They can’t find us: The Search for Informal CS Education” by Betsy DiSalvo, Cecili Reid, Parisa Khanipour Roshan, all from Georgia Tech. (Mark wrote this paper up recently.) There are lots of resources around, MOOCs, on-line systems tools, Khan academy and Code Academy and, of course the aggregators. If all of this is here, why aren’t we getting the equalisation effects we expect?
Well, the wealth and the resource-aware actually know how to search and access these, and are more aware of them, so the inequality persists. The Marketing strategies are also pointed at this group, rather than targeting those needing educational equity. The cultural values of the audiences vary. (People think Scratch is a toy, rather than a useful and pragmatic real-world tool.) There’s also access – access to technical resource, social support for doing this and knowledge of the search terms. We can address this issues by research mechanisms to address the ignored community.
Children’s access to informal learning is through their parents so how their parents search make a big difference. How do they search? The authors set up a booth to ask 16 parents in the group how they would do it. 3 were disqualified for literacy or disability reasons (which is another issue). Only one person found a site that was relevant to CS education. Building from that, what are the search terms that they are using for computer learning and why aren’t hey coming up with good results. The terms that parents use supported this but the authors also used Google insights to see what other people were using. The most popular terms for the topic, the environment and the audience. Note: if you search for kids in computer learning you get fewer results than if you search for children in computer learning. The three terms that came up as being best were:
- kids computer camp
- kids computer classes
- kids computer learning
The authors reviewed across some cities to see if there was variation by location for these search terse. What was the quality of these? 191 out of 840 search results were unique and relevant, with an average of 4.5 per search.
(As a note, MAN, does Betsy talk and present quickly. Completely comprehensible and great but really hard to transcribe!)
Results included : Camp, after school program, camp/afterschool, higher education, online activities, online classes/learning, directory results (often worse than Google), news, videos or social networks (again the quality was lower). Computer camps dominated what you could find on these search results – but these are not an option for low-income parents at $500/week so that’s not a really useful resource for them. Some came up for after school and higher ed in the large and midsize cities, but very little in the smaller cities. Unsurprisingly, smaller cities and lower socio-economic groups are not going to be able to find what they need to find, hence the inequality continues. There are many fine tools but NONE of them showed up on the 800+ results.
Without a background in CS or IT, you don’t know that these things exist and hence you can’t find it for your kids. Thus, these open educational resources are less accessible to these people, because they are only accessible through a mechanism that needs extra knowledge. (As a note, the authors only looked at the first two pages because “no-one looks past that”. 🙂 ) Other searches for things like kids maths learning, kids animal learning or kids physics learning turned up 48 out of 80 results (average of 16 unique results per search term), where 31 results were online, 101 had classes at uni – a big difference.
(These studies were carried out before code.org. Running the search again for kids computer learning does turn up code.org. Hooray, there is progress! If the study was run again, how much better would it be?)
We need to take a top down approach to provide standards for keywords and search terms, partnering with formal education and community programs. The MOOCs should talk to the Educational programming community, both could talk to the tutorial community and then we can throw in the Aggregators as well. Distant islands that don’t talk are just making this problem worse.
The bottom-up approach is getting an understanding of LSEO parenting, building communities and finding out how people search and making sure that we can handle it. Wow! Great talk but I think my head is going to explode!
During question time, someone asked why people aren’t more creative with their searches. This is, sadly, missing the point that, sitting in this community, we are empowered and skilled in searching. The whole point is that people outside of our community aren’t guaranteed to be able to find a way too be creative. I guess the first step is the same as for good teaching, putting ourselves in the heads of someone who is a true novice and helping to bring them to a more educated state.