With the rise of the internet as a means of education and information sharing, distance learning is becoming more prominent and accessible than ever before. Currently, this is largely through video lectures, lecture notes, web resources, and online assessments. For some fields like computer science and mathematics, these media of delivery are more than enough for a learning experience comparable to that delivered in a traditional classroom setting. However, the transition has been considerably more challenging for some fields like chemistry and biology, due to the challenge of hands-on lab work. Despite developments of lab kits, there are still many opportunities inaccessible to distance learning students. To address this gap, this research lab aims to further and develop technologies available to create a Telepresence Robot Empowered Smart Lab (TRESL). This website contains information related to the developments and work associated with this project. Ultimately, we imagine a seamless learning experience across all disciplines and projects made accessible to all students through the use of the TRESL architecture.
Athabasca University is primarily an online learning institute which celebrates and embraces technology as an educational tool. While many courses can be taught effectively online, there are some tasks for which it is impractical or impossible to do them at home. Some of these include complex laboratory experiments which require expensive or dangerous chemicals and/or equipment. The TRESL Research Group aims to establish and improve the use of telepresence robots as a tool for distance learning and education. These robots would allow students to participate in their studies from anywhere around the world using an avatar robot to interact with the Smart Lab setting. We hope that this technology will make quality education more accessible and available to all.
News
Latest Event
TRESL(MR) team won with 3rd place prize at Industry 4.0 Hackathon in Greece
On December 1st, 2019 TRESL(MR) team On December 1, 2019, Greek department of TRESL team qualified to the top 8 teams of Industry 4.0 NOW Croudhackathon and gained an appearance in SEV conference that took place on December 19, 2019. The team demonstrated the prototype software and TRESL project in general during the conference. The prototype software provides a VR experience where the user can manipulate two robotic arms (ABB IRB 4600) in a virtual lab in an intuitive way. Many people from both the industry and the academia were exposed to the TRESL idea, which gained a lot of interest. At the end of the event the hackathon awards were announced, where the SEV’s vice president awarded the TRESL team with 3rd place prize.
Latest Project
Design of HCI Interface for the TRESL
Ramona Plogmann
The Interface is a central part of the TRESL project since it will eventually allow all robots and students to connect and apply the technology that is developed in other projects. The aim is to create a clean, easy-to-use, intuitive Interface for this Human Computer Interaction that, in the best case, makes the student feel like the telepresence robot acts as an extension of their bodies and makes them feel personally engaged in their lab work.
At the same time the interface has to be adaptable to accommodate a variety of robots designed for different kinds of lab work.
Latest Publication
Employing Blockchain Technology in Instructional Design and Learning Content Creation
Frederick Ako-Nai, Qing Tan, Enrique de la Cal Marin
International Conference of Innovative Technologies and Learning(ICITL2019), Tromso, Norway, December 2- 5, 2019
https://tresllab.athabascau.ca/assets/data/presentations/ICITL2019-Enriquedelacal2019.pdf