Designs for Boston and Amsterdam

Propositions under Continuously Changing Urban Conditions

Massive urbanisation puts pressure on public space and demands new programmes along with alternative gathering places such as public interior spaces and a variety of forms of collective spaces. Moreover, in the rapidly changing city, infrastructure and mobility remain of vital importance. A co-evolving diversity of programme cannot be planned, but interventions in the city need constantly to be grounded on sharp design approaches to respond adequately to the necessities of the time: While being environmentally sustainable, given the available resources.

In general, infrastructure, mobility, and public life manifest themselves in various forms as carriers of such urban development. Design experiments, as put forward in our new book, show how to work with continuously changing urban conditions, with mobility transforming cities whilst with public spaces taking various forms, with programmes which hybridise, and with new technologies to keep up with the urban dynamics. Given these themes, designs should carry awareness of the inclusiveness and accessibility of various systems and places, facilities, and technologies. Spatially this means questioning how to keep the city open and connected, attractive, and liveable?
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WhatsApp Chat with Professionals

A professional often thinks in the existing structures from practice, in defined tasks and ditto responsibilities. Students think beyond. It is one of the reasons that students and professionals have been linked to each other during a parallel running professional design study and master studio, called ‘The City of the Future’.
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Smart Urban Mobility

Why is smart mobility essential in urban development?

Like many metropolitan areas, the Amsterdam metropolis is prospering, the city is growing, new homes are being built, new companies and talent continue to relocate here, and the city is becoming increasingly popular with tourists. If residents, visitors, commuters, and others continue to travel as they do today, all forms of transport combined will grow in the coming years between 20% and 40%, and traffic will grind to a halt.

Good accessibility – with smart connections within the city and with the rest of the country and world – makes an important contribution to Amsterdam’s attractiveness for all travelers. Moreover, particularly in Amsterdam, social diversity and inclusivity are valued, which means providing everyone with equal access to good liveability and transport.

Mobility operates as the intersection between the city’s infrastructure and its city’s inhabitants. It is the central link in the well-functioning of a city and a key element in the organization of multimodal transport. In doing so, it is not only about the connection to other areas, but also about sowing together the fabric of the area and the movement of people in the area itself.
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Mobility and Urban Development

Participants of the 2019 summer school will explore interdisciplinary approaches towards a sustainable integration of designing disciplines for smart urban mobility and the new urban development area Haven-Stad in Amsterdam. They will deal with the following themes: the role and function of smart urban mobility, including mobility as a service (MaaS) and emerging mobility options; travel behaviour of a growing number of users; sustainability challenges and fairness in transport planning; public and semi-public spaces (and social dynamics therein); exploration of alternative, marginal and emerging social uses of urban developments as meeting places and culture; urban integration in the overall mobility system; the interface between architecture and infrastructure with the urban fabric; programming of future transport nodes and the accessibility to and from such transport hubs of all types of smart mobilities (e.g. conventional public transport, shared mobility, autonomous taxis, etc.).

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City of the Future Competition

Making Cities in Times of Major Transitions

On January 10, 2018, our research ‘The City of the Future’ has starts. This study explores new ways of city making by using five test locations of 1 x 1 km in the cities of Amsterdam, Rotterdam, The Hague, Utrecht and Eindhoven (five most populated cities in The Netherlands). We question how we can interrelate urban development, whilst urban design, planning and engineering, to upcoming challenges like shifts in transport, energy transition, circular economy and other system and network innovations, in times of the next generation of densification.
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Making the Metropolis

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The Amsterdam Institute for Advanced Metropolitan Solutions (AMS), Delft Deltas, Infrastructures & Mobility Initiative (DIMI), the International Forum on Urbanism (IFoU) and Delft University of Technology join together in the organisation of the interdisciplinary 2017 Summer School: Making the Metropolis, Exploring Interdisciplinary Approaches in Design Engineering. (22 to 30 August 2017, in Delft and Amsterdam)

This summer school starts from the observation that today’s revolution of new technologies, theories and methods are making advanced metropolitan solutions possible, but acknowledges that no single actor or stakeholder can make metropoles move in a specific direction. Metropolitan solutions require cooperation between knowledge institutes, companies and governments, as well as between cities, citizens and civil society.
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Mastering the Metropolis

As the majority of the world population is living in cities today, urban environments have become a place for many people. We are obliged to aim at sustainability and safeguard people’s quality of life, and human wellbeing. These challenges are motivating science and society to approach metropolises differently. Advanced metropolitan solutions to overcome problems are being made possible by today’s revolution of new technologies, theories and methods. But no actor or stakeholder can make metropoles move in one certain direction. Metropolitan solutions require cooperation between knowledge institutes, companies, governments, between cities, citizens and civil society.

The new MSc programme Metropolitan Analysis, Design and Engineering (MADE) integrates analysis, design and engineering in the sphere of the flows in the city; the physical, digital and social environments; and the city and its citizens. As full master programme, the MSc MADE prepares students to be specialised on one hand and an integrator on the other. A MADE graduate will be able to create synergy between specialists from other disciplinary backgrounds. You can make a cross-over too!

MSc MADE

The new trans- and interdisciplinary programme will be offered as a joint degree programme by Delft University of Technology and Wageningen University. It is built on their joint research activities, and consolidated in their participation together with the Massachusetts Institute of Technology (MIT) in the Amsterdam Institute for Advanced Metropolitan Solutions (AMS).
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For Example Delft

Delft University of Technology
Julianalaan 132-134
Delft

Our conference ‘For Example Delft’ addressing approaches in architecture education: What to teach in the context of Radical Realities? What to learn from the Humanisation of Design? How to prepare for Multi-Actor Approaches? How to be qualified in an age of Animated & Automated Creation? – with resp. Merete Ahnfeldt-Mollerup (Royal Danish Academy) Peter Staub (University of Liechtenstein) Maria Rubert de Ventós (ETSAB) and Thomas Bock (TU München). In the evening: Laura Lee (Carnegie Mellon University) and Diane Ghirardo (University of Southern California).

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See:
EAAE Annual Conference & Assembly September 2016 (available in 2016)
European Association for Architectural Education / Association Européenne pour l’Enseignement de l’Architecture

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Entering a Living Lab

In a fast urbanising world, cities and metropolitan regions increasingly face challenges of sustainability and quality of life challenges that put at risk issues of mobility and logistics, water and waste management, energy and food security, health and wellbeing. A new two-year master programme Metropolitan Analysis, Design and Engineering (MSc MADE) integrates analysis, design and engineering; the physical, digital and social environments; and the city and its citizens. These challenges are motivating science and society to approach metropoles differently. Advanced metropolitan solutions are being made possible by today’s revolution of new technologies, theories and methods. But no actor or stakeholder can make metropoles move in one certain direction. Metropolitan solutions require cooperation between knowledge institutes, companies, governments, between cities, citizens and civil society.

2016 0414 AMS Institute LivingLab Amsterdam
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