The CMALT Guidelines state that:
"You should show how you have used (or supported others to use) technology appropriately, given the constraints and benefits it provides within your context. This might include how you selected particular technologies to meet the specific needs of users (students or staff)."
The IPC was launched in September 2016, and as a new department had very little existing infrastructure or systems in place at this time. I joined the IPC two weeks before the first student intake, with responsibility for developing and delivering ten modules for 2016-7 that were taught by a team of tutors. In addition to this time pressure, when I started I had limited LT experience beyond using a projector and Powerpoint slides.
At a basic level, the IPC requires each module to have a VLE site (Blackboard - assume throughout this portfolio unless stated) with module information and where all summative assignment-based assessment is submitted and marked online. I had very limited time to create these early module sites, and limited LT experience, so I was only able to create basic VLE sites with a limited range of tools. There were some successes, particularly relating to online assignment grading (Core Area 1b), but these sites were mainly just a place to put copies of worksheets used in class.
Very basic VLE site
This seemed such a wasted opportunity - I wanted the the VLE sites to be more than just an information repository and assessment tool, and be a useful blended learning tool to support teaching and learning. It was clear that a more effective system was needed.
My priorities for this system were that it should:
The systems I considered:
I selected these candidate systems as they are centrally supported by the UoY, In addition to the points above, this also means there is also no additional costs involved. Both also have very detailed documentation, which was also useful. As I was quite new to LT, I thought that limiting myself to these two systems was enough to start with!
After a period of experimentation with Google Classroom and a wider range of VLE features, the final set of modules I created for 2018-19 used a hybrid of the two systems. One of these modules took a fully blended learning approach, where all course materials were presented with this system.
This hybrid came about as the two systems complement each other well in relation to my priorities above:
The VLE was used for more static course materials such as the syllabus, common weekly materials and summative assessment. A Google Classroom site for each class group was used to give tutors flexibility to tailor the course for their group, for collaborative tasks and to monitor and give feedback on formative work. Specific materials and tasks may vary, consistency in layout and function means that tutors and students in different classes have a broadly similar experience. Although the VLE is required for assessment, there was no requirement for tutors to use Google Classroom (although most did), so tutors had freedom to teach in a way that suited their preferences.
Recently, I’ve also begun supplementing this with Google Sites for skills development materials that are useful across modules.
Evidence:
Here are some examples of how I've implemented this hybrid system:
The Classroom assignment system is used for formative work, which creates a copy of a template file for each student. Tutors can monitor the work and give feedback in comments. This is a very user-friendly system.
Evidence:
Docs and Slides facilitate collaborative class work that would be much more difficult without co-editing software. This encourages active engagement, and students really enjoy the activities (Core Area 2a).
Evidence:
In a Learning Module, information is presented in a set order, as in a more traditional PPT-based lesson, but students are able to move through materials at their own pace and/or select appropriately challenging material. In addition to letting students control their own learning more, it also allows tutors time to work with students individually where necessary.
Evidence:
Long units became unmanageable in the VLE Learning Modules, so I created some lessons in a Google Site. As this isn’t tied to a particular module like the VLE, I also used Sites to host reference materials that are useful across multiple modules. I think these have been beneficial - they are very visually appealing and can host a wider range of tasks that the VLE, so students find them more engaging.
Evidence:
I’ve used various methods to monitor and evaluate the success of this hybrid system.
I’ve used both formal and informal feedback from students to evaluate the system. For example, students in the early modules reported that the Journal feature was really complicated to use, and that they struggled to find their feedback. I looked for an alternative, settling on using a Doc template in Google Classroom assignments. This is easier to use, and tutors can easily monitor work and give feedback with comments. In a student survey in late 2018, 62.5% of students on my module reported that they could very easily access this feedback, so it seems to be a good solution.
Evidence:
I had regular meetings with tutors about their perception of the VLE and the hybrid system, which was useful to monitor the application of the system and drove many of the changes. For example, tutors reported that the VLE Journal tool was very frustrating and time-consuming to use, and that it was hard to give feedback on students’ work. I looked for alternatives that would give a better experience for tutors and students and support formative feedback, and settled on the Google Classroom assignment tool, as described in the ‘Formative work’ example above.
VLE usage rates have greatly increased from the early modules. This shows that students are more engaged in the modules, and also that tutors make more use of them in class. For the 2016-7 LS1 module, students spent an average of 1.8 hours on the VLE site over the whole module. This was very heavily skewed by two users though; the median active time was only 0.22 hours. Compare this to the 2018-9 LSS2 module which implemented the hybrid system, where students spent on average 19.58 hours on the VLE site. I was very pleased with this dramatic increase, as it shows that the VLE is much better able to support learning. High usage at the weekends also shows that students are using the VLE in their independent study, which was one of my objective for the system. Weaker students tended to spend a lower time on the site (the chicken or the egg?), so if I was still at the IPC my next step would be to think about how to engage these students more.
Evidence:
It's important that my successors at the IPC continue to monitor the success of the hybrid system. At the end of the first modules to use this blended learning approach, I would recommend that they gather feedback from students and staff regarding their experiences. As well as seeing what has worked well (or not so well), they should continue to explore new VLE and Google features that become available. They should also focus on how to integrate the two systems further to improve usability (see below).
I feel quite proud when I think about the progress made from my first VLE sites to the blended learning approach that the hybrid VLE-Google Classroom system allows. I think this has provided a much better learning experience for students, which I hope means they are better prepared for their degree studies.
The benefits of this hybrid system in terms of my initial priorities have been:
This hybrid system offers more functionality and a better learning experience than either of the tools in isolation, but its biggest drawback is that both tools are needed. Many of my students are not as technically competent as I would have expected, and some got rather confused about which tool to use in which situation. I fear that this meant they they found the system hard to navigate the system without the tutor’s guidance, and the additional cognitive load also causes inclusivity issues. Going forward, it would be ideal to find a single tool that encompasses the functionality of the hybrid system.