Author: Brian Clark

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Over 100 Teachers Gain Computing Qualifications! Inverness College UHI’s Awards Boost Computing Education in Scotland

Computing CPD Awards for teachers Inverness College UHI

To find out more about these qualifications, contact Gordon Macpherson Gordon.MacPherson.ic@uhi.ac.uk

 

Additional Teaching Qualification (ATQ) in Computing Studies CPD Award

Visit: CPD Award Additional Teaching Qual in Computing Studies (uhi.ac.uk)

This qualification enables qualified secondary teachers to add Computing Studies as a second subject to their secondary teaching registration with the General Teaching Council for Scotland (GTCS).

The continuing shortage of Computing Science teachers has resulted in a  decline in schools offering computing beyond SCQF level 4. This in turn has reduced the number of young people choosing careers in the Computing  and Digital technologies sector. This innovative programme was initially created in response to a request from Highland Council to create an additional teaching qualification to allow existing, qualified, secondary teachers to be able to add Computing to their initial qualification. The course started in 2019 with one module being taught each semester over 2 years, allowing students to achieve 80 credits at SCQF level 8 in the required subjects for GTCS registration. Once the programme was underway it was advertised across Scotland and continues to attract applicants nationwide.

This enables more schools to offer Computing Science as a subject: to encourage young people to consider a career in the sector and enable secondary schools to  provide a curriculum that is responsive to the needs of employers in the area.

Workload was manageable each week. Having the lectures recorded meant that you were able to watch them when suitable

The programme is designed for national, blended delivery, taught at a time suitable for teachers in secondary schools and designed specifically for the Computing Studies Curriculum. The programme provides them with the knowledge, skills and degree level qualifications required to provisionally register as a teacher of Computing with the GTCS. The participants will then undertake an agreed number of teaching days in Computing Science to complete full GTCS registration for Computing.

There have been twenty-three successful graduates of the programme with eighteen currently either staring in September 24 or progressing to their next module. Market demand for the ATQ programme is steady. It is a rolling programme with only one module being taught each semester. This allows teachers to join at a time convenient for themselves and means the cohort of students is always being refreshed.

 

CPD award in Computing Studies for Teachers

Visit: CPD Award Computing Studies for Teachers (uhi.ac.uk)

The success of the ATQ programme allowed the course team to develop a general CPD award for all teachers interested in teaching computing. With funding support from Education Scotland, the BCS The Chartered Institute of IT and Microsoft the CPD award in Computing Studies for Teachers was developed and delivery commenced January 2020. This award is of a similar make up to the ATQ award but pitched at a lower level (SCQF7) to allow all teachers (primary and secondary) to gain the skills and confidence to teach the basics of computing. 

Thoroughly enjoyed this course even though I thought it was going to be a bit daunting with distance learning

The programme has had 16 successful graduates and feedback for the programme was very positive, however due to the pandemic the interest waned, and it did not run in 21-22. The current plan is to offer the course in September 24-25 for teachers interested in developing their CPD.

 

CPD award Introduction to Cyber Security

Visit: CPD Award Introduction to Cyber Security (uhi.ac.uk)

Feedback from stakeholders and students alike for the above CPD awards was positive and with the support of Education Scotland this allowed the team to continue to develop the Introduction to Cyber Security award designed for all teachers to develop the knowledge and understanding around Cyber Security and Cyber resilience and to build confidence to raise the awareness and importance of these topics to everyone. Since its first delivery in 2021 there have been 80 teachers enrolled on the programme 66 being successful in achieving the award.

 

Due to the continuing support of Education Scotland funding has been secured for places on the Introduction to Cyber Security course so demand is still high. Another 20 funded places have been secured for 24-25 and despite the current financial situation, Education Scotland see this as an important CPD course for all teachers and plan to continue to fund it.

I just wanted to re-iterate how great it all was and how much I have enjoyed the Cyber Security course.  It is exactly what is needed and directly feeds into what folks need to do in schools.  I hope more teachers take the opportunity in the new academic year.

The students enjoy the online asynchronous nature of the delivery of all three programmes and the opportunity to create materials they could use in the classroom as assessments for the modules. They also enjoy the support of their lecturers and each other through online chats and tutorials.

 

The KPIs for all the courses are year on year high. This has been reflected on by the course team and the external examiners. It has been agreed the main reason being due to the educational background and ability of students to be assessed on materials they have created which they can use in the classroom. The external examiners over the years have given positive feedback at exam boards regarding the quality of work and assessment types.

 

Retention

  • Retention for the ATQ programme is high as the students have a clear aim in mind when enrolling for the course to become dual qualified and able to teach computing or develop their computing skills. Feedback on the course has been consistently high and students who have left without being successful highlight work commitments or promotions preventing them from achieving their award. While the award consists of 4 separate modules occasionally a student will enrol for a particular module and while they will achieve their module they will show as not being successful for the award.
  • As the CPD award for teachers was a 2-module course running one module at a time retention as high due to students wanting to improve their computing skills.
  • The Introduction to Cyber Security CPD award is a single module running over a semester therefore retention was not an issue.

 

The student profile is more evenly balanced than you would usually find on computing courses which should in future help address the gender bias in computing applications with more female teachers becoming dual qualified. Total gender split below since courses began.

 

CPD Award                       68% female        32% male

ATQ Award                       52.5% female    45% male           2.5% prefer not to say.

Cyber Award                    52% female        48% male

 

Very few students have raised any additional support needs or concerns regarding the online materials. As the Programme Leader is also the PAT for these awards any support needs which are raised are shared with the relevant module leaders when necessary. All students have access to the university’s available tailored additional support, additional time for assessments, mitigating circumstances etc all of which is highlighted at induction and throughout the course.

 

Future Plans

The aim of these awards is to raise the skill set of teachers across Scotland to allow schools to offer more computing related subjects to pupils from Primary 5 upwards. While these courses are popular there is room for improvement due to their online asynchronous delivery allowing larger class sizes.

Education Scotland have been very supportive over the years and the team aim to continue sourcing funding options to help develop and deliver other courses in this curriculum area to help enhance our FE and HE applications.

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Reindeer Games: Escape Room

Welcome to the Reindeer Games!

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Can you solve all the challenges in our Christmas Computational Thinking Quiz?

Lets find out!

ENTER THE REINDEER GAMES (GOOGLE FORM)

ENTER THE REINDEER GAMES (MICROSOFT FORM)

*Duplicate form links are available below as well as slideshow versions of the quiz 

EXTRA CHALLENGE!

  • Try to create your own festive quiz using Microsoft Forms or Google Forms and share it with us!
  • Or, why not use presentation software to make a quiz? Perhaps modify the advent calendar to reveal questions?

Remember to share with us @digilearnscot #12daysofcreativity

Alternative Resource – Quiz as slideshow

You might want to run this activity in class by presenting the questions as slides. You can download a powerpoint, google slides or keynote version of the questions here

Reindeer Games KEYNOTE slides

Reindeer Games POWERPOINT slides

Reindeer Games GOOGLE slides

Slides with answers at the end

Reindeer Games slides with answers at end KEYNOTE
Reindeer Games slides with answers at end POWERPOINT

Reindeer Games PDF answers

Duplicate Form Links

 

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Activity 7 – Website Building

Ho Ho Ho! It’s the time of year where everyone has a joke to tell!

Today, we are challenging you to modify our Random Christmas Joke Generator!  

When you visit the site, simply click on the cracker to display a random joke.

 

It’s Your Turn!

Short Video Walkthrough

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Instructions

 

Can you modify the page to make it your own?  Click on the  View Source Code button at the top of the page of the joke generator – it should look like this

 

 

FIRST – Lets change the jokes and / or add more

 

Double click on the JS section (this is the javascript code that generates the jokes)

 

 

You can make the coding window bigger by pulling the divider to the right.
  • Can you see where the jokes are?  
  • Can you add another couple of jokes or replace the ones that are there?  

 

SECOND – double click on the HTML section
  • Can you edit the text that appears so that your name appears on the site?

 

THIRD – double click on the CSS section
  • Can you see where the colours are listed in the code?  Try and change the different colours of the different sections – try this one at a time
  • Can you see where the font-family is used?  Try to change the name of one of the fonts to one you know – what happens? This is a list of fonts you might want to try

Helpful hints with colours…
You can use the names of the colours eg black, blue, pink etc, however to get more specific colours you can use the HEX code of the colour.  To find the hex code ot a colour, visit the site HTML Color Codes 🎨 (html-color.codes).  From there you can pick any colour and it will give you the hex code. Eg this shade of pink has the hex code of #f462f4.

 

Simply use this hex code in the CSS rules to use the colour eg
background:#f462f4;

 


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Build an interactive advent calendar

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It’s Your Turn!

You can learn how to do this and add some customisation by watching the tutorials on this page!

There are few options for you and your learners which can all be found in the different sections below.  A brief overview of what’s available…

1. QUICK VERSION (Good for beginners)
Download a copy of the advent calendar template and ask your learners to work together, or individually, to complete it (Powerpoint, Google Slides and Keynote template included). 

2. BUILD IT YOURSELF… (Good for those who have used presentation software before)
Learners can create their own advent calendar using Google Slides, Powerpoint (desktop version) or Keynote

3. POWERPOINT ONLY – EXTRA FEATURE!… (Good for users who have used powerpoint desktop version – this one is a bit different! – Worth watching anyway :))

If you are using PowerPoint desktop version then you may want to have look at the extended version that makes use of the Section and Zoom features available in the software

We’d love to hear and see how you get on – please tweet/X us @digilearnscot 

QUICK VERSION – Good for beginners (or short on time!)

Editing our template (powerpoint example)

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BUILD IT YOURSELF – Good for those who have used presentation software before

Build With Powerpoint

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You can also check out the advent calendar build using the zoom and section features! Check out the video at the bottom of the page!

Useful information if you are using PowerPoint desktop….

If you click on PowerPoint slides and not the home button, you will notice that the slide moves on to the net day! In order to fix this, you can set your presentation to Kiosk mode.  To do this, go to: Slide Show > Set Up Slide Show > select Browsed at kiosk (full screen)

Build With Google Slides

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Useful information if you are using Google Slides….

Google Slides does not have a kiosk mode function like Powerpoint.  In order to stop the presentation moving forward to the next day when you click on the slide, you need to add a large transparent rectangle over each slide and link it back to itself.  This video demonstrates the technique

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Build with Keynote

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Useful information if you are using Keynote

If you click on Keynote slides and not the home button, you will notice that the slide moves on to the next day! In order to fix this, you can set your presentation to links only mode.  To do this, go to the three dot menu > Settings > Presentation Type > Links Only

POWERPOINT ONLY – An alternative build using Sections and Zoom (It’s pretty cool!)

PowerPoint Zoom and Sections

If you are using PowerPoint on a laptop or desktop computer and feel comfortable with using it, this might be worth exploring! In this version we look as the Section and Zoom features in PowerPoint to create a slightly different advent calendar!

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Optional Starter Download

Here is an incomplete version of the Powerpoint Advent Calendar using Zoom and Sections you can use if you wish. It has 3 sections and a first page.

 Advent with PowerPoint zoom starter

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A Scratch Snowglobe

Play the video to find out what’s behind door number 1!

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It’s Your Turn!

You can learn how to do this and add some customisation by watching the tutorials below!  

We’d love to hear and see how you get on – you can tweet/X us @digilesrnscot 

Tutorial(s)

1. Code along with us!  Open up Scratch and let’s go

We will build the snow storm first ….

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2. Now lets make it your own!

Then we’ll create the globe and your own decor!

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#CSScotland23 ReLoaded! Explore the Resources

Computing Science Scotland 2023

Many thanks to the learners, educators and presenters that made #CSScotland23 a success! Between 6th-10th November 2023, 9658 learners from 384 schools from 29 local authorities took part in our live create-along lessons, exploring different aspects of Computing Science.  This page will host the resources and materials used in the lessons for  you to explore and use with your learners.  Most activities have follow up suggestions and video.  

Some activities are yet to be uploaded, but will be asap.

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Locked in the DATA base: A data science escape room – Follow Up #CSSscotland23

Recap

Huge thanks to Data Education in Schools for running this session!

Agents K (Kate Farrell) and J (Jasmeen Kanwall) guided recruits through a series of taxing problems during this escape room event. 

Brief: You were working late on paperwork from your recent DATA mission and you’ve realised that you’ve been locked in the base. Solve the puzzles to get out without setting off the alarm.

Description of learners’ task: Learners use graphs and tables of data about theme park rides to answer questions. The answers to the questions provide them with the alarm code to be able to escape the base.

The recording of the activity is not yet available, but you can carry out the escape room task with your learners yourself by visiting https://dataschools.education/resource/locked-in-the-data-base/

Resources that learners will require

  • Access to a calculator or calculator app
  • Rollercoaster data sheets (printed or electronic) – one copy between 2-3 learners
  • Questions Worksheet (printed or electronic) – one copy between 2-3 learners
  • The resources are on the data education website
  • There is also an optional pre-activity logic puzzle, also available on the website.
  • Access to an internet browser to check if you manage to escape!

Further Activities

If you managed to escape and are looking for a new mission, why not try:

Agent Briefing Logic Puzzles

Find the Vikings Secret Lair

Stop the Time Heist!

 

 

Build an AI Smart Classroom Workshop – Follow Up #CSScotland23

Recap on session and resources

During this session, Brian explored machine learning using the website machinelearningforkids.co.uk. Learners were guided through one activity where learners trained a machine learning model to recognise different ways someone might ask for a light to be switched on/off or a fan to be switched on/off, tested this model and used the model to build a virtual smart classroom using Scratch.  

This activity is one of many available on the site.  The smart classroom activity can be found here The live lesson was based around the shorter version of the activity.

You may want to check out the Intro video first before following the lesson.

Introduction

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Smart Classroom Walkthrough

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Next Steps

Once you have completed the smart classroom activity, you may want to 

  • add a new device (sprite) to the classroom like a television
    – give it an on and off costume
    – add 2 new buckets to the machine learning model to turn it on and off
    – add appropriate phrases
    – update the model
    – add new code to the Scratch program to operate the television
  • try the full version of the activity
  • explore the other beginner activities looking at text, images and numbers – you can use the filters to make sure you find beginner Scratch projects

Microbit Hot Potato Game Workshop – Follow Up #CSScotland23

Recap

Lorna Gibson from the Micro:Bit Education Foundation guided learners through a coding activity to turn you micro:bit into a (virtual!) hot potato!  This particular activity looks at using loops and variables to create a timer.  The recording of this session didn’t work very well, so here is an alternative instructional tutorial from Micro:bit.

Next steps and related activities can be found at the bottom of this post.

The Hot Potato Game Demo

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Video Instruction from Micro:Bit

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Acknowledgements: Videos on this page originally created and hosted at Hot potato game | micro:bit (microbit.org)

Next Steps

  • can you think of another use for the random timer? For example, you could try to code your micro:bit so that at some point during the school day it alerts you to get active – eg the message “Do 10 Star Jumps” could appear at random.  

Related Micro:bit Activities

Makecode Arcade Workshop – Follow Up #CSScotland23

Callum Croughan, Mary Frances Stewart, Zoe Shanks and Alistair Mackay –  Digital School Digital Pedagogy Practitioners guided learners through building a maze game using Makecode Arcade

 Learners explored aspects of computing science such as variables, algorithms, parallel programming and loops.

Resources 

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Follow Up Activities