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This paper describes how researchers from diverse research disciplines are working together with design teams of children, carers and practitioners to create an exploratory multimodal environment for children. This learning environment, entitled ECHOES II, aims to be both an educational intervention and an environment through which we research children's learning. It is designed for typically developing (TD) children and children with Asperger's syndrome aged five to seven, with the aim of enabling the children to enhance their social interaction and communication skills. This paper explains the technology development process, which in order to create designs that are relevant to the individual user, is based on a deep relationship between theory, design and practice. We outline our current focus upon the inter‐relationships between pedagogy, knowledge about child development, people and technology.

Interdisciplinary perspectives and collaboration in technology research are regarded as vital for producing effective and usable solutions that meet real needs. The purpose of this paper is to draw upon the fifth seminar in an Economic and Social Research Council funded series in the UK on “Innovative Technologies for Autism”. This seminar focused on the contributions that different disciplines can make to the field of autism and technology, and offers some interesting avenues for future research.

A synthesis of key messages from the speakers’ talks is presented, interspersed with comments and observations from delegates which were written on post-it notes during the day and shared amongst the group.

Interdisciplinarity can be conceptualised in many different ways and is not simply about academic contributions. Collaborative research involving genuine stakeholder participation can provide fertile grounds for respecting and exploring individual differences and needs. Investigating the uses of existing technologies as well as developing innovative ideas and prototypes through inclusive design are important avenues for future research.

This paper offers a rare glimpse into a range of perspectives within a broad field of research and draws out some important connections between these different viewpoints. There are valuable avenues for collaboration and further exploration that would extend research in productive ways.

The picture exchange communication system (PECS) is an established communication intervention for non-verbal children with autism. The purpose of this paper is to present an evaluation of a computer-based PECS approach, in which young non-verbal children with autism respond to an on-screen “virtual tutor” through the manipulation of picture/symbol cards. The paper presents research to investigate how the virtual tutor’s voice influences the children’s participation and performance.

Eight non-verbal children between six and nine years old and with a diagnosis of autism were presented with a series of computer-based activities, using a virtual tutor with either a natural or synthetic voice, in two separate sessions. Data were gathered using a within-participants counterbalanced design to control against variations between individuals and effects of presentation order.

Analysis of the children’s responses suggest that they were able to use the system more effectively when the virtual tutor had a synthetic voice, rather than a human voice. The findings demonstrate that a computer-based virtual tutor can provide an engaging method of supporting symbol-based communication for non-verbal children with autism, and that a synthetic voice type was preferable for the sessions undertaken.

Investigations of voice type and its influence on non-verbal children’s participation and performance have so far provided inconclusive results (Ramdoss, 2013). This research suggests that the voice type is an important feature of the learning experience of non-verbal children with autism, and can have a significant influence on their participation and performance in virtual tutor-led learning.