Molecular manipulation in augmented reality: A user experience design applied research on new paradigms of interaction.

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Volume Title

School of Arts, Design and Architecture | Master's thesis
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Date

2018

Department

Major/Subject

Mcode

Degree programme

Language

en

Pages

50+6

Series

Abstract

This thesis presents the further developments of VR CHEM (2017), a molecular manipulation software in Virtual Reality. After evaluating a shift to Augmented Reality, changing consequently the name to AR CHEM, the project focused on this technology as it offers a competitive advantage for future development, especially considering the less invasive user experience and the incoming investments in the market. The project is developed using HoloLens and Unity 3D as a platform, as these tools are considered the state of the art for AR technologies (2018). The thesis presents a first iteration of new paradigms of interactions in AR: the 3D user interfaces and the Platform System. While the first explore the possibility of giving information to the user through 3D models used as UI/UX indications, the second strengthen the user’s visual perception of depth in space, tying all the content to more tangible elements.

Description

Supervisor

Uusitalo, Severi

Thesis advisor

Hämäläinen, Perttu

Keywords

augmented reality, virtual reality, user experience, user paths, user interface, participatory design, Microsoft HoloLens

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