The Design Research Lab is a network of people, organisations, and non-human agents engaged at the intersection of technologies, materials, and social practices. Our aim is to design socially and ecologically sustainable tools, spaces, and knowledge that support people’s participation in a digital society – based on common principles of inclusiveness and respect for the planet. This puts the basic democratic right to take part in the digital sphere into practice. We start our research from individual lifeworlds and the needs of minoritized groups, beyond consumer majorities.
We are an interdisciplinary team of designers, researchers, tech-enthusiasts and critical thinkers from Berlin University of the Arts, German Research Center for Artificial Intelligence (DFKI), Weizenbaum Institute for the Networked Society, as well as Einsteincenter Digital Future (ECDF).
What is meaningful change? What does collaboration mean and how can we work towards more inclusive and just futures? The podcast critically discusses aspects that arise in social design, i.e. power asymmetries, temporalities, safe grounds for co-learning and new understandings of knowledge and knowledge production.
Digital Sovereignty
Social Design
The LaLaMo project aims to explore if LLM capabilities built with humans-in-the-loop perform better than those without.
Digital Studies
Development of an augmented reality (AR) model and application visualizing an animated interpreter for German sign language (DGS)
Material Interactions
Social Design
Data Physicalization as a Design Tool for Science Communication
Material Interactions
Social Design
The Ecological Self: Integrating Body Materials and Cycles into the Design Process
Material Interactions
Critical Making + Designing
Digital Sovereignty
Gender Studies
Material Interactions
Objecting the Objectionable: Normative Obscenification of Gender and Sexuality in Digital Governance
Digital Studies
Gender Studies
Visual Cultures
The SocialWear
research project aims to combine the approaches of traditional wearable computing and high-tech fashion. Traditional wearable computing primarily uses clothing for sensor integration and computation, often neglecting design purposes. In contrast, high-tech fashion integrates simple digital functions into complex designs. SocialWear seeks to develop a new generation of clothing that encompasses both sophisticated artificial intelligence and thoughtful design. This requires seamless integration of fashion and electronic design to create garments that can recognize and respond to complex social environments.
Material Interactions
In Conversation
Digital Sovereignty
Social Design
How could knowledge on climate change reach communities that are disconnected from the global knowledge community? Minodu aims to co-create an accessible and participatory format of scientific communication in the context of sustainable land management in the rural region of Kara in Togo. The word "Minodu" comes from Ewe, a language spoken in southern Togo, and translates as "let's be together" or "let's work together". Along these lines, the methodologies and technologies are to be developed collaboratively.
The Mobile Lorm Glove is part of the project “DESIGNABILITIES – Disability-inspired Interaction”, which is a larger research scheme focuses on perspectives for Interaction Design in terms of an enhancement of Information-Communication-Technologies and Human-Computer-Interaction, by transferring properties from “disability” contexts (e.g. deaf/blind communication) into general contexts of communication (e.g. localisation in loud or crowded environments via gesture-based or tactile info transfer).
The Mobile Lorm Glove is a mobile communication and translation device for deafblind persons. The glove translates the hand-touch alphabet “Lorm”, a common form of communication used by people with both hearing and sight impairment, into text and vice versa.
Textile pressure sensors located on the palm of the glove enable the deafblind user to “lorm” onto his or her own hand to compose text messages. A Bluetooth connection transmits the data from the glove to the user’s handheld device. It is then automatically forwarded to the receiver’s handheld device in the form of an SMS. If the wearer of the Mobile Lorm Glove receives a text message, the message will be forwarded via Bluetooth from his/her handheld device to the glove. Initiated by small vibration motors located on the back of the glove, tactile feedback patterns allow the wearer to perceive incoming messages.
The Mobile Lorm Glove provides particularly two innovative ways of communication for deafblind people. It supports mobile communication over distance, e.g. text message, chat or e-mail, and it enables parallel one-to-many communication, which is especially helpful in school and other learning contexts. With this newly developed technology and interaction, it will soon become possible to also „feel” E-Books or Audiobooks. The Mobile Lorm Glove functions as a simultaneous translator and makes communicating with others without knowledge of “Lorm” possible. As a result, it empowers deafblind people to engage with a wider social world and further enhances their independence.
The next step of our research will be to prepare the implementation of direct speech input and output.
Gollner, U., Bieling, T. & Joost, G., (2012)., '\“Mobile Lorm Glove: introducing a communication device for deaf-blind people'\“Proceedings of the Sixth International Conference on Tangible, Embedded and Embodied Interaction, Proceedings of the Sixth International Conference on Tangible, Embedded and Embodied InteractionKingston, Ontario, Canada, Kingston, Ontario, Canada.
Bieling, T., Gollner, U. & Joost, G., (2012)., '\“What do you mean user study? Translating lorm, norm and user research.'\“Proceedings of the International Design Research Society Conference, Proceedings of the International Design Research Society ConferenceBangkok, Thailand, Bangkok, Thailand.
