Summary information

Study title

SynergyNet: Supporting Collaborative Learning in an Immersive Environment

Creator

Burd, L, Durham University

Study number / PID

850786 (UKDA)

10.5255/UKDA-SN-850786 (DOI)

Data access

Restricted

Series

Not available

Abstract

This interdisciplinary work will develop software to run and evaluate an exciting and innovative 'Interactive Immersive Classroom' called 'SynergyNet'. Critically, whilst providing a visually rich environment, the software will also capture pupils' learning interactions. Thus researchers will obtain data to become better informed about how pupils learn through collaboration.This research aims to create a radically new technology-rich learning environment that integrates with traditional classroom layouts and collective activities design and implement a new form of user interface for educational multi-touch systems.formulate a new pedagogy that eases transition and movement between teacher-centric and pupil-centric interaction analyse pupils' learning strategies to inform fundamental research by capturing data as pupils use the SynergyNet environment.This project will be composed of four stages that define both the developmental and the experimental work for different pupil age ranges. Each the project's phases will capture data that equates to the proposal's aims. To test SynergyNet, a set of specific educational applications will be developed to allow each aspect of its functionality to be assessed. These will be designed to promote different types of collaborative activity and to form reusable templates for teachers to use in a variety of teaching activities.

Topics

Methodology

Data collection period

01/10/2008 - 31/12/2012

Country

United Kingdom

Time dimension

Not available

Analysis unit

Individual

Universe

Not available

Sampling procedure

Not available

Kind of data

Numeric

Data collection mode

This research project included a substantive element of computer engineering. At the time of the project commencing multi-touch tables were not available for purchase; to ensure the tables worked efficiently we worked with two companies to design and build them. NUI supported the development of the multi-touch hardware while NESS ensured that the build matched the needs of multi-touch and was robust for school use. The software was co-developed alongside the hardware, as was the data collection software and associated data collection infrastructure (camera etc.). Research outcomes associated with technologies used within the software design, technical solutions identified and specific optimizations were collected during the developmental phase and disseminated as appropriate.The initial education research focused on whether using multi-touch technology influenced the learning or collaboration processes for groups of students. Using a within- and between-subjects design, groups of students completed tasks on multi-touch tables and paper. Video data was collected and analyzed using emergent and pre-existing coding schemes to determine whether there were differences in the interaction and reasoning processes across condition. Later studies, which focused on the development of the classroom required a design research approach to allow for the iterative design and testing of the learning opportunities (Cobb et al, 2003; Shavelson, et al, 2003). These studies used a combination of designs, including experimental design, comparing students using the multi-touch classroom with students working on traditional activities in their own classroom, observational studies and video-analysis of groups learning in the multi-touch classroom, and interviews and surveys of reactions to using the classroom and prior experiences with collaborative work.The psychology team used a within-subjects experimental design to explore differences in the way groups of students worked when they completed tasks on a multi-touch table, paper and traditional desktop. Participants were also tested prior to the study, and grouped according to measures of working memory, to allow for the comparison of processes in groups with all high, all low, or mixed levels of working memory.The methods used are also described in the four publications listed below.

Funding information

Grant number

RES-139-25-0400

Access

Publisher

UK Data Service

Publication year

2013

Terms of data access

The Data Collection is available for download to users registered with the UK Data Service.

Related publications

Not available