Get ready for an immersive experience with our workshop on designing vibrotactile
feedback using real-time collaboration! Our hands-on workshop provides participants with
an immersive and engaging experience where they will learn and discuss the design
processes behind vibrotactile feedback. Our wireless system creates a powerful tool to
design and share tactons with others, enabling individuals to control and actuate
multiple local and remote devices simultaneously.
We aim to explore haptic communication through various mediums such as verbal
communication, gestures, and tactile messages (tactons) in both co-located and remote
environments. Our team of experienced organizers will be on hand to provide technical
support throughout the process, ensuring that everyone has a seamless and enjoyable
experience.
We are excited to collaborate with you and explore new insights into haptic design
communication patterns. Join us in this exciting workshop to learn and design with
others!
The workshop consists of two guest talks, a hands-on session, and follow-up discussion sessions. These
are tentative schedules to accommodate our speakers and participants.
Haptic experience design is an extreme version of interaction
design, with several barriers that need additional support when
compared to other forms of experience design. Barriers to
collaboration are particularly troublesome, including highly
multidisciplinary teams, limited language, the need for physical
interaction and collocated design, and a focus on STEM training.
Prof. Schneider will review these challenges and existing approaches
to help overcome them, with a discussion about how we might train
the next generation of hapticians to be better prepared to
collaborate across different backgrounds.
Novel haptic interaction often times fail to reach the light of
the day due to the high complexity of the design process. One of
the most daunting challenges for both professionals and
enthusiasts alike, is to build functional prototypes in order to
evaluate the design with the target audience and reach a proof
of concept. This talk will cover insights on how to
rapid-prototype tangible interactions, build functional
demonstrators and augment our surroundings through haptics.
Thomas has a background in UX-Design and is the co-founder of
hapticlabs.io - A start-up democratising the haptic development
process.
Participants choose designs they want to demo to all
participants (broadcasting the tactons to all devices).
Based on the shared experiences, the participants can discuss
their design approaches and the collaboration.
The organizers will summarize the tutorial and highlight the
results that will help to better understand and support
collaborative real-time designing.
Depending on the results, the organizers will publish the report
and offer co-authorship to interested participants.
Organizing Team.
Dennis Wittchen
PhD Student University of Applied Sciences Dresden
Bruno Fruchard
Research Scientist University of Lille
Bibhushan Raj Joshi
PhD Student University of Waterloo
Donald Degraen
PostDoc DFKI, Saarland University
Georg Freitag
Professor University of Applied Sciences Dresden
Nihar Sabnis
PhD Student Max Planck Institute for Informatics
Alexander Ramian
Research Associate University of Applied Sciences Dresden
Call For Participation
Our tutorial on designing vibrotactile feedback using real-time collaboration! Our focus
is on investigating how participants communicate their intent using different mediums
such as verbal communication, gestures and tactile messages (tactons) in a distributed
collaborative design space. Through invited talks by experts in the field of haptics,
participants will gain an understanding of haptic design processes from both industrial
and academic perspectives. This will be followed by hands-on sessions where participants
will collaboratively design and experience vibrotactile patterns in small groups. The
organizers will remain present throughout to provide technical support and
troubleshooting.
We aim to provide participants with a platform for further collaborations and discussions
in haptics research. Thus, we will provide participants with the opportunity to continue
working together through our Discord channel and co-author a write-up of the results of
this tutorial. Additionally, participants will have the opportunity to participate in a
research study on team dynamics to investigate how haptic teams work together in a group
and what factors contribute to effective teamwork and individual performance.
We are excited to collaborate with you and explore new insights into haptic design
communication patterns. Join us in this exciting workshop to learn and design with
others!