Trimming and Embedding a YouTube Video into PowerPoint

I have blogged many times in the past about things to do with PowerPoint, including how to embed a YouTube video, or how to use TubeChop to embed a YouTube video.

In more recent versions of PowerPoint (2013 and 2016), the ability to embed a YouTube video has been made easier, and the following video will take you through the steps:

Although easier to do than in the past, this technique has been unreliable for some people in some organisations, so I always recommend to people to paste the video’s URL onto the slide somewhere as a live link, so if this doesn’t work, you have the fall back of simply accessing the video via the YouTube website.

This technique is showing how to embed the video – this means you still need access to the Internet when viewing the presentation, and it won’t work if the organisation blocks YouTube.

This technique replaces the older method of using the shockwave flash object, or using TubeChop to trim the video.

Using headphones to take photos with iPad or iPhone

I recently learnt a little known iPad/iPhone trick – that is really useful, especially for people using an iPad in a teaching and learning situation.
Using headphones to take a photo with iPad
If you have a newish headphone set that has a volume control on the headphones – then this can be used to take a photo or video on the iPad. Pressing the volume down button on the headphones – will have the same effect as pressing the button on the screen when in the default camera app.

There are a few uses of using this technique as follows:

  • If I am creating a video of myself (e.g. introducing a topic to learners) – I can start and stop the video with my headphones, which are out of site of the camera – without having to lean forward and (visibly) touch the screen.
  • If I am carrying out movement analysis in a sports setting, and I have set my iPad up on a tripod (see previous blog post on this topic) – if I touch the screen to start the recording – I risk wobbling the set-up, which reduces the quality of the video. By using the headphones there is no wobble in the system.
  • Again if the iPad is on a tripod and I am operating the taking of the photos/videos – by using the headphones, I can do this without having to look at the device – which means I can keep my full attention on the class. If I am pressing the button on the screen, I have to momentarily take my attention away from the class, potentially missing something important.
  • If working outdoors in the cold, it is possible to operate the camera with gloves on.
  • If working in certain environments such as a workshop, kitchen, farmyard – it is possible to operate the camera even without fully clean hands. At the end of the session you can wipe the controls of the headphones clean.
  • If working with disabled learners, the processing of holding the device, and looking at the screen, and pointing in the right direction, and then taking the photo can be tricky for some, often resulting in movement of the device as the on-screen button is pressed. By using the headphones (and possibly a tripod) we can reduce this effect. This won’t work for all – some will find the on-screen button easier to manage, but others will find the headphones option easy to control.

There will be many other uses that I haven’t listed here (maybe people will comment if they can think of any).

Device to attach an iPad or tablet to a standard tripod

image of an iPad mounted on a tripod

As a former PE/Sport science lecturer, the iPad is a wonderful device, that I wish existed when I was teaching, as  it’s potential for me to video something, then play it back easily with options to slow motion, fast forward etc. is superb, and if I wanted to carry out some slightly more scientific analysis, then we now have an affordable device, that can be easily used by the teacher or students, and I am very impressed by the quality of photographs and footage from an iPad, as even when capturing at a fast frame rate as is often required in sports analysis situations, the quality is excellent, even in low lit indoor situations.

If I am doing some analysis, then I need to mount the device onto a tripod so that it doesn’t move, shake or vibrate. I spent ages trying to source an affordable attachment that would attach to a standard tripod – and surprisingly I struggled. There are many expensive alternatives that are too costly for education (in my opinion) or there are some very wobbly looking options, which I wouldn’t trust, or the options were unique to a a particular model of device which I didn’t want. Luckily a colleague of mine, Ron Mitchell – did locate what I was looking for, which is made by a company called iStabalizer and is called the Tab Mount. The only place that I could find that sells this in the UK is Amazon (which is a shame, because as a company I prefer to use companies that pay their taxes), and the direct link (at time of writing this post) is here – cost at time of writing is £22.95.

Basically the device is a spring loaded mechanism, where the top and bottom pull apart then spring close again and clamps tight around the tablet, and then has a standard tripod thread on its back which can be used to attach to the tripod. It will work with a range of tablet devices of different size , and in most cases you shouldn’t need to remove the device from any protective case that it is in, which I think makes it ideal for education.

Image of the iStabalizer tab mount

You do lose the use of the arm of the tripod with this arrangement, but for sport analysis where the tripod isn’t going to move, this won’t matter. As well as uses in sport, this could have obvious uses for other subjects such as music, media, art or simply for a teacher than wants to film their students and doesn’t want to have to hold their device.

If any PE/Sport Science teachers are interested in a training session on how to use iPads or other tablets in a PE/Sport setting then I run bespoke training sessions through The Tablet Academy, details of the iPad based session is available at These courses can be arranged for an individual organisation, or there are the £99 courses which are great for schools that maybe have only 1 or 2 PE teachers, and the Tablet Academy isn’t just UK based, there are centres setting up around the globe.

All images by Dave Foord –

Printing a YouTube video and it’s uses in education

This may sound like a daft title for a blog post, but it is possible to easily get an export of still images taken at regular intervals from any YouTube video, to create a storyboard of that video. These can either be printed or easily saved as a PDF, and then used electronically.

I don’t want to claim any credit for discovering or developing the technique – that needs to go to Amit Agarwal, who explains the technique on his blogpost ‘Do you want to print a YouTube video?

I am not sure what the legal issues are regarding copyright and this technique, but assuming that this is OK legally, then this simple technique could have a few really smart educational uses.

  1. As someone with a sports background, my first instinct was to use this for movement analysis, but the gap between the frames is too great for this to be realistic – but this could be used in a sports setting for crude notational analysis. E.g. if watching a game of say netball – you could count how many frames is team A in possession, how many frames is team B in possession, then work out the ratio, and you have a rough gauge of possession – compare this to the final score line and see if there is a correlation?
  2. In a subject like marketing, you could look at the output from a companies advert, and analyse how much of the 30 seconds is spent doing different things e.g. showing the product, showing the prize, repeating a key message etc.
  3. In teacher training, if a trainee teacher is filmed completing a microteach – this can be uploaded to YouTube as a private video (so no-one else sees it) you can then create the storyboard of printed images, and then analyse how their time is spent – e.g. how many frames are they writing on the board (with their back turned), how many frames are the students doing something etc. This could be a very effective tool – as counting frames on a piece of paper is much quicker and easier than trying to do the same with complex timings and starting and stopping clocks etc.
  4. In media studies – you can analyse the different types of shot (close up, mid shot, scene setting etc.) that are used in a sequence, and what effect this has on the message being conveyed.

Although in general I often like to move away from paper, and converting a media rich resource such as a video into a less rich image, seems to be a backward step, I think the ease of this technique and the power that it brings to carry out a basic analysis of the video is superb, and would be an excellent teaching activity.

Adding subtitles to YouTube videos using CaptionTube

YouTube is a wonderful resource, it works on just about all internet enabled devices, it hardly ever goes wrong, it is easy to use and although there is a lot of low quality rubbish on there (in my opinion), there is also huge amounts of really useful high quality videos that we can use in education to enhance our teaching and learning practices.

A feature of YouTube that many don’t know about, is the auto-captioning option – in other words YouTube creates a transcript of the video without you having to do anything. If you are watching a video on the YouTube page and you want to see the captions, then there is a button below the video (currently to the right of the where it says ‘add to’) which is the transcript button – this brings up the transcript as a timeline below the videos and automatically advances with the video. This can be great for learners that have a disability (e.g. are deaf), but can also be really useful to find a key point within a video.

For example I often use short sections of the excellent TED talk video of Ken Robinson talking about schools killing creativity. If I want to locate a certain section within that video, I use the automatic captions that appear below it to locate the section that I want.

Because the transcripts are computer generated, they do contain errors – and depending on the clarity of the voice and the background noise of the video will determine the accuracy of the transcript. For some reason my voice never does well with automated speech to text systems, including YouTube.

However if you do want to override the automatic captions that YouTube creates with your own ones, then this is very easy to do – and for this I use a service called CaptionTube This is a simple system where you sign in (using a Google Account) you locate the video you want to caption (which could be your own or someone elses) and then you play the video pausing it at intervals to add your captions. If the video is your own, then you can add the captions to it there and then, if it isn’t your video then you can send the transcript to them to see if they want to upload it.

The following video (by John Skidgel) introduces the basics of CaptionTube.

Here is a video of mine that I captioned using this method. This took me 12 minutes in total from opening the page to my captions appearing on the video on YouTube.

Adding Captions to a video is a simple way to increase the accessibility of a resource, as well as potentially increasing the number of people that see your video, as the contents of the captions will get picked up by search engines (if the video is set to being public and listed).

How to locate images on Wikimedia and embed into Moodle or Blackboard

There are lots of people that work in education that sadly think that Wikipedia is the work of the devil, and think that it will undermine academia as we know it, and should be banned at all costs. There are others that think Wikipedia is a wonderful source of information, and there is no point of looking elsewhere for facts.

Regardless of your viewpoint on Wikipedia (which hopefully is somewhere between the 2 extremes above), one aspect of it that is very useful, is that there is lots of high quality media (mainly images, but also videos and audio) available on Wikimedia – that can be easily (and legally) embedded into a VLE like Moodle or Blackboard.

As organisations scramble to set up online courses, the reality is that most people won’t have the time or money to generate their own high quality media – and I don’t think we need to, seeing as there is so much media out there that we can easily and legally use – the key is the academic structuring of this information and the asking of challenging and stimulating questions around this available media and information. e.g. the image below identifying a muscle in the human body – I couldn’t draw this myself, and it would be a waste of my time trying to.
Musculi coli sternocleidomastoideus

The video below shows how easy it is to find an image on wikimedia and embed it into a VLE like Moodle or Blackboard

Cropping a YouTube video before adding to Moodle

in April 2011 I blogged about how it is possible to use a service called TubeChop to crop a YouTube video and then embed it into PowerPoint, and this has been one of my most viewed posts on my blog.

I used to use TubeChop as well when embedding a video into a VLE such as Moodle or Blackboard, but have found that it hasn’t always worked, and doesn’t work on iphones/ipads etc as it plays as flash only – so I have found another far more reliable way of cropping a YouTube video before adding it to Moodle, by simply editing the embed code for the video. This technique works really well when accessing videos via Moodle on a mobile device, which I think is going to become a massive feature in the next few years.

The video below will show how to do this (apologies for the poorer than usual sound quality)

In summary:

  1. When we select the embed code we untick all of the option boxes below it.
  2. We copy and paste the embed code into something where we can edit it (e.g. word, notepad)
  3. We find the text “rel=0” and after it add “;start=xxx;end=yyy” where xxx is the number of seconds at which you wish to start the video, and yyy is the number of seconds at which you wish to end the video.

There are lots of uses for this technique – often when watching a YouTube video, you don’t want to show all of it, so cropping the bit that you want makes the process more efficient. You can also use videos as part of Moodle Quizzes, either in the question, the answer choices (it using multiple choice) or in the feedback. So if you find a video of something relevant to your area, you can crop it to just play a few seconds – then ask a question based on what the student has just seen, or have cropped videos in each of the answer choices (e.g. question could be which of the following videos shows the correct technique for ….) then show 4 videos clips, with one correct and 3 incorrect.

I am also a big fan of when using video, we need to instruct the learners what they are doing with it – e.g. asking them to observe something in particular, or critique the video, or watch the video then answer these questions… By breaking a video up using the cropping idea, we can easily add these textual instructions between the clips, rather than just dumping a whole video on the VLE for them to watch without a clear purpose.

This technique works really well with anything that allows iframes to be embedded (e.g. Moodle). It therefore may not work with Blackboard (in which case TubeChop may be still required). I also haven’t too date worked out how to get this to work in PowerPoint – so again for that I am stilling using TubeChop.