1 / 20

Marcus Brodeur Nicholas Braithwaite Ulrich Kolb Shailey Minocha

Design priorities for effective practical science instruction via remote & virtual experiments. Marcus Brodeur Nicholas Braithwaite Ulrich Kolb Shailey Minocha. what led me here?. Chemistry Science Education Distance Learning Laboratory Experience. Background > Your Humble Narrator.

leigh
Download Presentation

Marcus Brodeur Nicholas Braithwaite Ulrich Kolb Shailey Minocha

An Image/Link below is provided (as is) to download presentation Download Policy: Content on the Website is provided to you AS IS for your information and personal use and may not be sold / licensed / shared on other websites without getting consent from its author. Content is provided to you AS IS for your information and personal use only. Download presentation by click this link. While downloading, if for some reason you are not able to download a presentation, the publisher may have deleted the file from their server. During download, if you can't get a presentation, the file might be deleted by the publisher.

E N D

Presentation Transcript


  1. Design priorities for effective practical science instruction via remote & virtual experiments Marcus Brodeur Nicholas Braithwaite Ulrich Kolb Shailey Minocha

  2. whatled me here? • Chemistry • Science Education • Distance Learning • Laboratory Experience Background > Your Humble Narrator

  3. computer-mediated practicalscience • Remote Experimentsinstrumentsoperated remotely • Virtual Experiments reconstructions using real data Background > Definitions

  4. YES, but WHY BOTHER? • Broadening Access • Sharing Facilities • Relaxing Time Constraints • Improving Confidence • Exploring New Approaches Background > Rationale

  5. but don’t take mywordS for it... “Remote experiments are essential for me to continue studying; [they’re] always set up correctly and if reliable, an excellent source of practical experimentation.” “You can’t break them, and you can practise as much as you want on your own.” “Use of the [...] simulator – this helped me feel more confident and prepared for using the real telescope.” “Although collecting data on site would be better, remote access is almost on a par and makes little difference to results.” Background > Student Perceptions

  6. student opinions aside, do these approaches work? It would appear so... Background > Student Outcomes

  7. BUT AREN’T WE GETTING AHEAD OF OURSELVES HERE? Background > The Missing Link

  8. Does the tool match the task? • Authenticity • Sociability • Metafunctionality Questions

  9. Authentic learning experiences are key Relevance Reliability Realism Questions > Authenticity

  10. students value realism more in virtual experiments “It’s still unreal because it’s clear it’s not happening. But it’s useful in that it shows you an interface that might be similar to what you might find in the real world.” “It may be realistic, but the way it changed felt a bit artificial.” “How can [virtual experiments] be improved? [By] making them as realistic as possible.” Questions > Authenticity > Realism

  11. lack of perceived relevance is a serious turn-off “Doing virtual experiments gives you an inflated sense of security. Also you may not have captured the subtleties of the experiment.” “Carry out actual remote experiments rather than ‘cartoon style’ simulated experiments...” Questions > Authenticity > Relevance

  12. students need to know they can trust the data “At this point I lost all faith in the data I was attempting to gather.” Questions > Authenticity > Reliability

  13. sociability plays a considerable role • Collaboration • Accommodation Questions > Sociability

  14. fostering scientific collaboration is more difficult... “In the end we decided to set up separate sessions to do the experiment.” “Too many cooks spoil the broth. [We had] 6 or 7 people trying to analyse the same data.” “It kind of felt like we were interfering with one another.” Questions > Sociability > Collaboration

  15. ...but not impossible to achieve “I’d never had a chance to write a report with someone else.” “[Earlier] science courses had a group activity only two or three weeks long. This felt like a much more substantial project.” “[The most effective aspect of the project was] working as part of a team on the observing night.” Questions > Sociability > Collaboration

  16. let’s not forgetTHE loners “Our group communicated using [an online meeting room]. I prefer to work alone, so this was a difficult enough part of the module already.” Questions > Sociability > Accommodation

  17. play to the strengths of virtual experiments Do what would be impossible with a real-world instrument: • Alter the flow of time. • Revisit past choices and change them. • Perform an experiment a hundredways at once. Questions > Metafunctionality

  18. isn’t this basically just gamification? “The simulator should replicate some challenging aspects such as adverse weather or random system errors which only the night duty astronomer can solve.” Questions > Metafunctionality

  19. i am not alone Come see what we’re doing here:opensciencelab.ac.ukpirate.open.ac.uk Follow us for more:@glyphery (Marcus)@OpenScienceLab@PirateOU And don’t be a stranger:marcus.brodeur@open.ac.uk Contact Details

  20. the students have spoken, but what say you? Discussion

More Related