This project is implementing location-based mobile learning(LBML) across different disciplines in higher education programs. Our initial objective is to identify the pedagogical benefits of playing and designing LBML tours and games, then using the results of our research to inform the development of a University wide mobile learning framework.
LBML embraces the characteristics of mobile learning, location-based learning and game-based learning. Delivered as a mobile app they integrate storytelling, augmented reality and rich media with GPS, maps and gamification methodologies. LBML involves students using:
- GPS and maps to power-up experiences with authentic location-interaction tasks
- Storytelling, rich media and augmented reality to deliver meaning, persuasion and an emotional connection
- Gamification that converts desired tasks into ‘play’ tasks by integrating them with game mechanics to motivate student engagement to improve retention and recollection of knowledge
- A mobile app to deliver the game and the learning processes beyond the borders of the traditional classroom
Our project to date has found that LBML provides an active, engaging educational experience for students playing LBML tours and games and additional pedagogical benefits when certain design guidelines and implementation strategies are met. Their impact on learning is increased further when students are involved in designing the LBML themselves. By following sound integration principles we have found no significant issues while maintaining all these benefits across disciplines.
The framework being developed will allow us to understand how mobile learning can enable students to learn more effectively in context and how the knowledge, skills and experience of those involved in this project can be efficiently shared. These interim findings will contribute to international scholarly discussion about the pedagogical advantages of playing and designing and LBML in higher education.
There has been nothing but praise from Councilors and Members of the Australian Institute of Training and Development for your presentation on the Mobile Learning Application. Your continued references to students, university lecturers and staff, and adult workers from a variety of workplaces certainly resonated with our L&D and HRD-centric audience.
The significance of this research is that, it has burned a trail for easily developing mobile learning games for real education courses by using an existing platform. A relatively large scale user evaluation was followed to prove the effectiveness of the developed games and the results were analysed and used to provide directions for future development.
It was such a creative idea that made the whole excursion more engaging and also challenged us with questions that we had to work together to answer. It was very well thought out and provided some extra information that has been found extremely useful!
I really enjoyed walking around Adelaide and reading/learning things that normally I wouldn’t pay much attention to. It was good doing this activity as a class because we could all work together and have some fun at the same time.
The app was really fun and overall easy to do in a group task. The photos were of a really good quality and I learnt a lot about South Australia, a good walk and a really good idea especially for exchange students who are able to understand the history behind SA.
Geo-information is the lifeblood of tourism and allowing students to design and use a mobile app in their tourism course significantly added to their learning experience. Students had to design a touristic map of a tailored made tourism thematic journey by adding layers on the map interpreting tourism attractions. By doing this, students had the opportunity to better understand the use and impact of mobile technologies and geo-information on tourists’ behaviour and appreciate the value of integrating mobile apps in tourism business operations.
The mobile game had to be designed from scratch. I highly appreciate the guidance and support from the project team, specifically Roger and Simon, for their consultation but also practical help and assistance in implementing the infrastructure, training and supporting students to design their own mobile mobile app.
It is a wonderful way to interact with the campus and the students in a fun interactive way. It was easy to use and understand. The back story set the scene which made it all the more exciting to play and uncover the mystery.
I found the challenge a really good team activity that allowed me to work with others in my course in order to complete
I think that the app is a fun way to get students motivated and to get them outside for a bit. I loved the idea of “the hunt”, and thoroughly enjoyed the secret message Loved the creepy music too.
I believe activities similar to this one would be a good interactive activity in schools for an outside activity which would help children discover using applications for learning.
I found that it was an easy way to make new friends and to be able to work cooperatively as a team. Not only that, but we learned more about the history of buildings and their connections to Adelaide. It was nice to learn about a particular piece of history in somewhere I grew up, that I had no idea about.
The real world interactions enabled by the game were invaluable because they opened up new ways of seeing and thinking about the world and your place in it. These have the potential to carry over into other activities and daily life – learning to look up above street level, for example, and thinking about the aims and values of different business models. Ideally, the game’s introduction to these sorts of ideas and places also needs to be processed and extended and could be built upon to produce another rich learning experience so that the mobile activity becomes the seed of something more.
Location-based mobile learning games are an engaging addition to hands-on exercises designed to get students experiencing the challenges and stimulation of learning geology in the field. They enable both reconnaissance and reflection on the key scientific concepts and relationships that we explore. This adds significant value to critical learning done in the field, and as a course coordinator I have found the project team very willing to create and implement innovative ideas to achieve this goal.