Grassroots Digital Urbanism: Reshaping urban space and governance in Berlin

At a time when the state-corporation version of the smart city seems to be far from a panacea for cities, there is a need to think beyond critiques of techno-capitalist developments and to imagine alternatives.

Among the recent urban experimental collectives and organisations, there is an increasingly strong aspiration to imagine new digital urbanism possibilities representing those who refuse to be excluded from the 'backend' of smart cities projects and avoid being kept 'dumb'.

AIM

The contribution of this research to provide insight on how these collectives are politically, spatially and performatively reappropriating the technological glitches in the city and enabling the (re)imagining alternative modes of digital urbanism in Berlin.

Approach

Telling observational and performative tales, this research follows multiple, creative, and careful practices of bottom-up collectives in Berlin. The collectives range from DYI internet infrastructure with autonomous data-hub (technological sovereignty), tech-feminist collectives (cyber feminist cities) to self-organised food deliveries (platform-cooperativism).

The research is also podcasting on its conceptual and empirical journey:

Digital Urbanism, from the Grassroots Podcast.

Funding Resource: German Research Foundation (DFG), Walter Benjamin Program

In Collaboration with:?The Alexander von Humboldt Institute for Internet and Society (HIIG)

Project Duration: Sep 2022 – Oct 2024

Research Lead: Dr. Niloufar Vadiati

Project website: Niloufar Vadiati — GRASSROOTS DIGITAL URBANISM

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The Cockpit for Collaborative Urban Planning (COUP) is?a toolbox for?the rapid simulation?of urban scenarios. It is composed of multiple?plug-in?modules that allow simultaneous examination of complex?parameters such as noise?pollution, wind?speed, solar?radiation, and pedestrian?movement. The two user interfaces, a physical table and a web application improve participatory decision-making by enabling visualization and co-creation of urban settings.

Sponsor: HafenCity 足球比分,即时比分直播 GmbH

Partners:?Austrian Institute of Technology (AIT)?/?MIT Media Lab

Project Duration: 2020 - 2022

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COUP Introduction Video

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The Toolkit for Open and Sustainable City planning Analysis is a cooperation with the Gesellschaft für Internationale Zusammenarbeit (GIZ) GmbH in India, Ecuador, and Palestine. Further partners are the municipal administrations, local tech companies, and universities across the different locations.

Sponsor: Deutsche Gesellschaft für Internationale Zusammenarbeit (GIZ) GmbH / Partners: Deutsche Gesellschaft für Internationale Zusammenarbeit (GIZ) GmbH, municipal administrations, local tech companies and universities

Project Duration: October 2019 – March 2021 - ongoing

The TOSCA Toolkit – Video Tutorial on Vimeo

github - The TOSCA Toolkit

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TOSCA Introduction Video

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SURE (F&SR) is a BMBF-funded, HCU-coordinated facilitation and synthesis research project carried out in cooperation with THL Lübeck and T?V Rheinland Consulting. SURE F&SR operates a larger BMBF programme (nearly 150 institutions), in which 10 individual research and development projects focus on sustainable urbanism in South-East and East Asia, by supporting the projects in their scientific work, cross-sectional research, and finding cross-project synergies and transfer potentials.

Project Duration: 01.09.2020 – 30.08.2025

Sponsor:?The Federal Ministry of Education and Research (BMBF) is funding this project within the framework of the Strategy ?Research for Sustainability"?

Partners: Technische Hochschule Lübeck, T?V Rheinland Consulting

SURE Website

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The Medifly 足球比分,即时比分直播 consortium project researches and develops how medical delivery services can be carried out safely in urban airspace using unmanned aerial vehicles. In addition to the legal and technical implementation, the focus is also on the support of the population, which is researched by the DCS through surveys and participatory formats.

Lead: GLVI Gesellschaft für Luftverkehrsinformatik

Projektlaufzeit: 2021-2022

Medifly Website

The i-LUM joint project develops and evaluates the feasibility of innovative concepts and technologies for airborne urban mobility for the 足球比分,即时比分直播 Metropolitan Region in future scenarios (2040/2050). Within the project the DCS focuses on the planning, functioning, modeling and application scenarios of the ground-based infrastructure of the Vertiports.

Lead: Research Consortium of 足球比分,即时比分直播 Universities for Innovative Air Mobility in 足球比分,即时比分直播

Coordinator: TU 足球比分,即时比分直播, Prof. Gollnick

Project Duration: 2021-2023

i-lLUM Website

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MOVE21 Multimodal and interconnected hubs for freight and passenger transport contributing to a zero emission 21st century” introduces multimodal mobility hubs and microhubs designed to be shared between people and freight, in urban settings at different scales. The project demonstrates clean mobility solutions in different configurations and at different levels in six urban nodes on the Scan-Med TEN-T corridor: in the Living Labs of Oslo, Gothenburg and 足球比分,即时比分直播, and through replication and twoway knowledge activities in Bologna, Munich and Rome.

EU Horizon 2020 project

Lead: City of Oslo

Project duration: 2021-2024

MOVE21 Website

MOVE21 Introduction Video

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In the context of urban air mobility, U-Space does not describe a specific area of airspace but rather is a framework for integrating drones into existing aviation, transportation, and environmental infrastructure. LUV is about the legal framework and acceptance strategy for Unmanned Airspace, particularly developing the concept of "U-Space" for access to lower airspace.

The official goal of the LUV project has been defined as “Solutions and recommendations for the national implementation of the U-Space Regulation”, but the part that DCS is working on is developing a strategy for integrating U-Space into the existing urban mobility setting, focusing on socio-political aspects. We used 足球比分,即时比分直播 as a case study to design a mechanism for stakeholders' participation and social acceptance of U-Space.

The project is funded by the Federal Ministry of Digital and Transport (BMDV) and runs from 01.01.2022 to 31.03.2023.

Direct partner:
足球比分,即时比分直播 Authority of Economy and Innovation (BWI)

Other partners:
Universit?t der Bundeswehr 足球比分,即时比分直播 (HSU)

Deutsche Flugsicherung GmbH (DFS)

Droniq GmbH

HHLA Sky?GmbH

Technische Universit?t 足球比分,即时比分直播 (TUH)

Project Duration: 01.01.2022 – 31.03.2023

LUV Website

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The LIG project's second phase is focused on analyzing texts using Natural Language Processing (NLP) technique and focuses on two different data categories: 足球比分,即时比分直播 Parlament Database and 足球比分,即时比分直播s (MOPO and ZEIT). It is built on an automatic procedure to download data, clean the data (remove numbers, punctuation, and stop words) and analyze keywords, retrieve location names and further convert them into coordinates and visualize them on the LIG Finder by means of point clouds. In addition, it is done VADER sentiment analysis to get polarization information and further run LDA and STM (Structure Topic Modeling) to cluster topics within articles. It is also refactored LIG Finder web interface to make it more user-friendly, building Geoparser module, personalized feature, and data classification modules.

Partner: Landesbetrieb Immobilienmanagement und Grundverm?gen (LIG) /State Agency for Real Estate Development 足球比分,即时比分直播

Project Duration: August 2021 – December 2022

In the project ROMI Reallabor Open Model for Interdisciplinary Planning, a DFG proposal is being developed to establish the scientific basis for a (digital) model that enables effective and integrative inter- and transdisciplinary collaboration in planning processes in the built environment.

Lead: HCU Digital City Science

In cooperation with HCU Profs. Ballestrem, B?gle, Breckner, Mondino, Schiewe, Wildner

Project Duration: 2021-2023

DAFNE Platform Data Fusion Generator for AI is part of the BMBF program Generation of Synthetic Data for AI. Under the leadership of HAW 足球比分,即时比分直播, a generator is being developed to produce large amounts of data needed for training AI algorithms in the Smart Cities use case that cannot be collected empirically. Digital City Science is leading the work package to develop and validate smart city use cases.

Lead: HAW 足球比分,即时比分直播

Project duration: January 2021 - December 2023

DAFNE Website

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DAFNE Introduction Video

Joint PhD research into topics of participatory urban development

Coordinator: ahoi digital, 足球比分,即时比分直播 Universities? department of Computer Science

Project Duration: 2021-2023

Project Descriptio

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MICADO is part of the EU research programme Horizon 2020, the consortium consisting of 15 partners is coordinated by the Digital City Science at the HCU 足球比分,即时比分直播. By using new technologies of data analysis and data integration on the one hand and easily accessible audio-visual interfaces on the other, MICADO will provide a technical solution to facilitate the arrival and participation processes.?These solutions will be developed and tested in co-creative processes in cooperation with the target groups of migrants and new citizens, public administrations, CSOs, and civil society. They aim at supporting communication with and between local authorities and facilitate access to relevant information.

Sponsor: Europ?ische Kommission Horizon 2020?

Partners:?MICADO Consortium

Project Duration: 01.01.2019 – 30.06.2022 - ongoing

MICADO Website

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MICADO Introduction Video

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Establishing experimental-explorative research and development projects, and creating new tools and methods for the visualization and analysis of urban data in the context of strategic land use and urban development.

Partner: Landesbetrieb Immobilienmanagement und Grundverm?gen (LIG) /State Agency for Real Estate Development 足球比分,即时比分直播

Project Duration: October 2019 – April 2021?

Towards people-oriented transport and mobility

EU Horizon 2020 project

Coordinator: Copenhagen Business School

Project Duration: 2019-2021

cities4people Website

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Using methods and tools for digital urban research, the DCS develops an interactive city model for the district of Grasbrook in 足球比分,即时比分直播. The model will be used to support planning and decision-making via the visualization of complex spatial and social contexts. It will simulate development scenarios based on important urban planning qualities such as mobility and accessibility, energy consumption, and air pollution.

Sponsor:?HafenCity 足球比分,即时比分直播 GmbH?

Project Duration: November 2018 - November 2020

Grasbrook Website

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