City of Amsterdam

Amsterdam is a small metropolis with great ambitions. The city is a 'living lab', in which metropolitan tasks are both a challenge and an opportunity to develop and apply new insights, technologies and practices. Knowledge and innovation go hand in hand: gathering, reflecting and researching knowledge form the context within which new applications can be developed. The City of Amsterdam believes that a responsible capital invests in knowledge and innovation and continues to develop in this area. The partnership with AMS Institute helps us achieve this goal.

Project

Farming on water near urban areas

Metropolitan Food Systems

What if we used large water surfaces to produce food on?

Project

ShaRepair

Circularity in Urban Regions

This project seeks to make sharing and repairing a natural part of urban life. Despite their potential to drive a circular economy and reduce emissions, repairing and sharing practices remain underutilized in Dutch cities. Let's change that together.

Project

LogiCELL: Living Lab Circular Logistics

Circularity in Urban Regions

Logistics for a circular economy have proven to be a challenge. Using the Living Lab methodology, we aim to solve problems that hinder reuse and recycling in logistics. We facilitate field labs to accelerate circular initiatives in Amsterdam.

Project

LogiCELL: Living Lab Circular Logistics

Circularity in Urban Regions

Logistics for a circular economy have proven to be a challenge. Using the Living Lab methodology, we aim to solve problems that hinder reuse and recycling in logistics. We facilitate field labs to accelerate circular initiatives in Amsterdam.

Project

Food waste grinder

Metropolitan Food Systems

How can we revolutionize food waste collection in high-rise buildings?

Project

FAIR-PV

Circularity in Urban Regions

In this project, we're pioneering the development of a fully repairable solar panel accompanied by a dynamic product passport. These innovations enable precise maintenance monitoring and streamlined repair processes for a truly circular solar industry.

Project

Designing informal green spaces

Climate Resilient Cities

In the condensed urban area it can be a challenge to manage urban green infrastructure. This research develops design knowledge for integrating multiple ecosystem services of small and interstitial informal green spaces (IGS) in the condensed urban area.

Project

Designing informal green spaces

Climate Resilient Cities

In the condensed urban area it can be a challenge to manage urban green infrastructure. This research develops design knowledge for integrating multiple ecosystem services of small and interstitial informal green spaces (IGS) in the condensed urban area.

Project

Future-proof Living Environment

Climate Resilient Cities

AMS Institute collaborates with 27 partners on emission-free, circular, and climate-proof solutions for societal challenges in the infrastructure sector.

Project

The Ideal(s) City

Circularity in Urban Regions

Amsterdam, just like other cities, faces several urban challenges, whereof most of these are intertwined. The Ideal(s) City project untangles these urban challenges and uses the ocean of information that is already available to gain new insights.

Project

The Ideal(s) City

Circularity in Urban Regions

Amsterdam, just like other cities, faces several urban challenges, whereof most of these are intertwined. The Ideal(s) City project untangles these urban challenges and uses the ocean of information that is already available to gain new insights.

Project

Sustainable high-rise buildings

Circularity in Urban Regions

Project

The true cost of the food chain

Metropolitan Food Systems

The municipality of Amsterdam and Almere have expressed ambitions for a more sustainable food system.

Project

Circular solar panels

Circularity in Urban Regions

In this project we are extending the lifetime of solar panels by giving discarded panels a second life...

Project

Circular solar panels

Circularity in Urban Regions

In this project we are extending the lifetime of solar panels by giving discarded panels a second life...

Project

Energy Lab Zuidoost

Urban Energy

Amsterdam Zuidoost aims to be energy neutral by 2040. This requires systemic change. Not only on a technical – but also on a social level. Therefore, the Energy Lab Zuidoost brings together stakeholders & scientific expertise from different disciplines.

Project

Buurthub 2.0

Smart Urban Mobility

The Buurthub 2.0, located at Marineterrein, investigates how to address key mobility and energy challenges in cities.

Project

The Innovation Pavilion at Marineterrein

Circularity in Urban Regions

In the heart of Amsterdam's Marineterrein, the future of construction is being built.

Project

The Innovation Pavilion at Marineterrein

Circularity in Urban Regions

In the heart of Amsterdam's Marineterrein, the future of construction is being built.

Project

Local Inclusive Future Energy (LIFE) City platform

Urban Energy

Smart planning for energy demand and supply. This will be tested via a smart energy exchange platform in the area of Amsterdam ArenApoort. The result: an electricity grid-friendly and community inclusive innovation to contribute to the energy transition.

Project

ATELIER

Urban Energy

What if we could generate more energy rather than consume this? In the ATELIER project, neighborhoods in Amsterdam and Bilbao are transformed into 'Positive Energy Districts' by implementing innovative solutions. Ultimately reducing 1,7kton CO2 emissions.

Project

ATELIER

Urban Energy

What if we could generate more energy rather than consume this? In the ATELIER project, neighborhoods in Amsterdam and Bilbao are transformed into 'Positive Energy Districts' by implementing innovative solutions. Ultimately reducing 1,7kton CO2 emissions.

Project

Tracking Stolen Bikes

Smart Urban Mobility

80.000 bikes get stolen each year, just in Amsterdam. This outcome made our researchers curious... Where do these bikes go? How do they move? That's when they came up with the idea to place 100 locked GPS-traceable bikes in Amsterdam.

Project

CircuLaw

Circularity in Urban Regions

CircuLaw is a legal knowledge platform dedicated to enabling the circular economy transition.

Project

Effective Green for Climate Adaptation in the City

Climate Resilient Cities

Now that greenery is increasingly in the picture as an instrument for climate adaptation, the need for scientific knowledge about it is also growing. This is provided in this research project and tailored so that it can be applied in practice.

Project

Effective Green for Climate Adaptation in the City

Climate Resilient Cities

Now that greenery is increasingly in the picture as an instrument for climate adaptation, the need for scientific knowledge about it is also growing. This is provided in this research project and tailored so that it can be applied in practice.

Project

Collect Your Retrofits

Urban Energy

To foster the energy transition in the build environment “Collect Your Retrofits” intends to design a replicable and collective retrofit approach in the context of monumental areas while reframing the cultural notion of energy.

Project

Urban Plastic Soup

Circularity in Urban Regions

Urban plastic waste is a major source of plastic pollution in rivers and oceans.

Project

DIT4TraM

Smart Urban Mobility

Distributed Intelligence and Technology for Traffic and Mobility Management

Project

DIT4TraM

Smart Urban Mobility

Distributed Intelligence and Technology for Traffic and Mobility Management

Project

XCARCITY

Smart Urban Mobility

Project

Protein monitor for catering facilities

Metropolitan Food Systems

Amsterdam aims to stimulate citizens to eat more plant-based food. The focus is to develop new knowledge, stimulate awareness and improve food skills for citizens and visitors in Amsterdam.

Project

Protein monitor for catering facilities

Metropolitan Food Systems

Amsterdam aims to stimulate citizens to eat more plant-based food. The focus is to develop new knowledge, stimulate awareness and improve food skills for citizens and visitors in Amsterdam.

Project

Circular Paving in Amsterdam

Circularity in Urban Regions

The environmental impact of road constructions is large. For Amsterdam to reach the city’s policy goals in circularity and climate change, re-using concrete pavers is crucial. This project investigates the impact for different circular scenarios.

Project

Hydrographic inspections of quay walls

Climate Resilient Cities

Diving inspections are carried out to calculate the criticality of wooden structures of quay walls. This project analyses the suitability of multibeam echosounder and acoustic camera techniques during these inspections.

Project

Responsible Sensing Lab

Responsible Urban Digitalization

Our Responsible Sensing Lab explores how to integrate social values in the design of sensing systems in public space.

Project

Responsible Sensing Lab

Responsible Urban Digitalization

Our Responsible Sensing Lab explores how to integrate social values in the design of sensing systems in public space.

Project

Digital Heat in the AMA

Urban Energy

In collaboration with infrastructure specialist Firan, the Municipality of Amsterdam, TU Delft and AMS Institute are jointly working on the 'Digital Heat' project in the Amsterdam Metropolitan Area (AMA).

Project

Roboat

Smart Urban Mobility

Amsterdam gets world’s first fleet of autonomous boats.

Project

Future-proof historic quay walls

Climate Resilient Cities

Investigating the state of Amsterdam's historic quays and bridges to keep the city safe, accessible and ‘future-proof’.

Project

Future-proof historic quay walls

Climate Resilient Cities

Investigating the state of Amsterdam's historic quays and bridges to keep the city safe, accessible and ‘future-proof’.

Project

Circular Resource Planning for IT

Circularity in Urban Regions

We only use IT hardware, like laptops or data servers, for an average of 3 to 4 years. With increasing digitization and

Project

Code the Streets

Smart Urban Mobility

Code the Street is working on smart solutions for sustainable, inclusive and safe mobility management.

Project

Code the Streets

Smart Urban Mobility

Code the Street is working on smart solutions for sustainable, inclusive and safe mobility management.

Project

Designing informal green spaces

Climate Resilient Cities

In the condensed urban area it can be a challenge to manage urban green infrastructure. This research develops design knowledge for integrating multiple ecosystem services of small and interstitial informal green spaces (IGS) in the condensed urban area.

Project

Culinary Cultural Heritage

Metropolitan Food Systems

This project explores cultures in Amsterdam to identify chances for sustainable urban farming of exotic foods.

Project

Shuttercams for a responsible smart city

Responsible Urban Digitalization

The Shuttercam project explores how the design of cameras in public space can contribute to a ‘responsible’ Smart City.

Project

Shuttercams for a responsible smart city

Responsible Urban Digitalization

The Shuttercam project explores how the design of cameras in public space can contribute to a ‘responsible’ Smart City.

Project

Simple Sensors for responsible sensing

Responsible Urban Digitalization

The Simple Sensors project prototypes show what is measured, who uses the data and for what purpose.

Project

SCRIPTS

Smart Urban Mobility

Travelers use personalized and self-organized public transport solutions while services and systems continue to rapidly change. Research is underway to foresee future demand-driven transportation and improve inevitable change for all parties.

Project

DemoS Strandeiland

Circularity in Urban Regions

How Strandeiland IJburg democratically develops in a green, social and sustainable island

Project

DemoS Strandeiland

Circularity in Urban Regions

How Strandeiland IJburg democratically develops in a green, social and sustainable island

Project

CityFlows

Smart Urban Mobility

Amsterdam, Milan and Barcelona to launch a Crowd Management Decision-Support System to improve the safety and comfort of

Project

3D Printing in the Circular City

Circularity in Urban Regions

Closing the loop of plastic waste flows by using large-scale 3D printing for recycling plastic waste

Project

3D Printing in the Circular City

Circularity in Urban Regions

Closing the loop of plastic waste flows by using large-scale 3D printing for recycling plastic waste

Project

Farming on water near urban areas

Metropolitan Food Systems

What if we used large water surfaces to produce food on?

Project

Farming on water near urban areas

Metropolitan Food Systems

What if we used large water surfaces to produce food on?

Project

ShaRepair

Circularity in Urban Regions

This project seeks to make sharing and repairing a natural part of urban life. Despite their potential to drive a circular economy and reduce emissions, repairing and sharing practices remain underutilized in Dutch cities. Let's change that together.

Project

ShaRepair

Circularity in Urban Regions

This project seeks to make sharing and repairing a natural part of urban life. Despite their potential to drive a circular economy and reduce emissions, repairing and sharing practices remain underutilized in Dutch cities. Let's change that together.

Project

ShaRepair

Circularity in Urban Regions

This project seeks to make sharing and repairing a natural part of urban life. Despite their potential to drive a circular economy and reduce emissions, repairing and sharing practices remain underutilized in Dutch cities. Let's change that together.

Project

ShaRepair

Circularity in Urban Regions

This project seeks to make sharing and repairing a natural part of urban life. Despite their potential to drive a circular economy and reduce emissions, repairing and sharing practices remain underutilized in Dutch cities. Let's change that together.

Project

LogiCELL: Living Lab Circular Logistics

Circularity in Urban Regions

Logistics for a circular economy have proven to be a challenge. Using the Living Lab methodology, we aim to solve problems that hinder reuse and recycling in logistics. We facilitate field labs to accelerate circular initiatives in Amsterdam.

Project

Food waste grinder

Metropolitan Food Systems

How can we revolutionize food waste collection in high-rise buildings?

Project

LogiCELL: Living Lab Circular Logistics

Circularity in Urban Regions

Logistics for a circular economy have proven to be a challenge. Using the Living Lab methodology, we aim to solve problems that hinder reuse and recycling in logistics. We facilitate field labs to accelerate circular initiatives in Amsterdam.

Project

Food waste grinder

Metropolitan Food Systems

How can we revolutionize food waste collection in high-rise buildings?

Project

FAIR-PV

Circularity in Urban Regions

In this project, we're pioneering the development of a fully repairable solar panel accompanied by a dynamic product passport. These innovations enable precise maintenance monitoring and streamlined repair processes for a truly circular solar industry.

Project

FAIR-PV

Circularity in Urban Regions

In this project, we're pioneering the development of a fully repairable solar panel accompanied by a dynamic product passport. These innovations enable precise maintenance monitoring and streamlined repair processes for a truly circular solar industry.

Project

FAIR-PV

Circularity in Urban Regions

In this project, we're pioneering the development of a fully repairable solar panel accompanied by a dynamic product passport. These innovations enable precise maintenance monitoring and streamlined repair processes for a truly circular solar industry.

Project

FAIR-PV

Circularity in Urban Regions

In this project, we're pioneering the development of a fully repairable solar panel accompanied by a dynamic product passport. These innovations enable precise maintenance monitoring and streamlined repair processes for a truly circular solar industry.

Project

Designing informal green spaces

Climate Resilient Cities

In the condensed urban area it can be a challenge to manage urban green infrastructure. This research develops design knowledge for integrating multiple ecosystem services of small and interstitial informal green spaces (IGS) in the condensed urban area.

Project

Designing informal green spaces

Climate Resilient Cities

In the condensed urban area it can be a challenge to manage urban green infrastructure. This research develops design knowledge for integrating multiple ecosystem services of small and interstitial informal green spaces (IGS) in the condensed urban area.

Project

Future-proof Living Environment

Climate Resilient Cities

AMS Institute collaborates with 27 partners on emission-free, circular, and climate-proof solutions for societal challenges in the infrastructure sector.

Project

Future-proof Living Environment

Climate Resilient Cities

AMS Institute collaborates with 27 partners on emission-free, circular, and climate-proof solutions for societal challenges in the infrastructure sector.

Project

The Ideal(s) City

Circularity in Urban Regions

Amsterdam, just like other cities, faces several urban challenges, whereof most of these are intertwined. The Ideal(s) City project untangles these urban challenges and uses the ocean of information that is already available to gain new insights.

Project

The Ideal(s) City

Circularity in Urban Regions

Amsterdam, just like other cities, faces several urban challenges, whereof most of these are intertwined. The Ideal(s) City project untangles these urban challenges and uses the ocean of information that is already available to gain new insights.

Project

The Ideal(s) City

Circularity in Urban Regions

Amsterdam, just like other cities, faces several urban challenges, whereof most of these are intertwined. The Ideal(s) City project untangles these urban challenges and uses the ocean of information that is already available to gain new insights.

Project

The Ideal(s) City

Circularity in Urban Regions

Amsterdam, just like other cities, faces several urban challenges, whereof most of these are intertwined. The Ideal(s) City project untangles these urban challenges and uses the ocean of information that is already available to gain new insights.

Project

Sustainable high-rise buildings

Circularity in Urban Regions

Project

The true cost of the food chain

Metropolitan Food Systems

The municipality of Amsterdam and Almere have expressed ambitions for a more sustainable food system.

Project

Sustainable high-rise buildings

Circularity in Urban Regions

Project

The true cost of the food chain

Metropolitan Food Systems

The municipality of Amsterdam and Almere have expressed ambitions for a more sustainable food system.

Project

Circular solar panels

Circularity in Urban Regions

In this project we are extending the lifetime of solar panels by giving discarded panels a second life...

Project

Circular solar panels

Circularity in Urban Regions

In this project we are extending the lifetime of solar panels by giving discarded panels a second life...

Project

Circular solar panels

Circularity in Urban Regions

In this project we are extending the lifetime of solar panels by giving discarded panels a second life...

Project

Circular solar panels

Circularity in Urban Regions

In this project we are extending the lifetime of solar panels by giving discarded panels a second life...

Project

Energy Lab Zuidoost

Urban Energy

Amsterdam Zuidoost aims to be energy neutral by 2040. This requires systemic change. Not only on a technical – but also on a social level. Therefore, the Energy Lab Zuidoost brings together stakeholders & scientific expertise from different disciplines.

Project

Energy Lab Zuidoost

Urban Energy

Amsterdam Zuidoost aims to be energy neutral by 2040. This requires systemic change. Not only on a technical – but also on a social level. Therefore, the Energy Lab Zuidoost brings together stakeholders & scientific expertise from different disciplines.

Project

Buurthub 2.0

Smart Urban Mobility

The Buurthub 2.0, located at Marineterrein, investigates how to address key mobility and energy challenges in cities.

Project

Buurthub 2.0

Smart Urban Mobility

The Buurthub 2.0, located at Marineterrein, investigates how to address key mobility and energy challenges in cities.

Project

The Innovation Pavilion at Marineterrein

Circularity in Urban Regions

In the heart of Amsterdam's Marineterrein, the future of construction is being built.

Project

The Innovation Pavilion at Marineterrein

Circularity in Urban Regions

In the heart of Amsterdam's Marineterrein, the future of construction is being built.

Project

The Innovation Pavilion at Marineterrein

Circularity in Urban Regions

In the heart of Amsterdam's Marineterrein, the future of construction is being built.

Project

The Innovation Pavilion at Marineterrein

Circularity in Urban Regions

In the heart of Amsterdam's Marineterrein, the future of construction is being built.

Project

Local Inclusive Future Energy (LIFE) City platform

Urban Energy

Smart planning for energy demand and supply. This will be tested via a smart energy exchange platform in the area of Amsterdam ArenApoort. The result: an electricity grid-friendly and community inclusive innovation to contribute to the energy transition.

Project

ATELIER

Urban Energy

What if we could generate more energy rather than consume this? In the ATELIER project, neighborhoods in Amsterdam and Bilbao are transformed into 'Positive Energy Districts' by implementing innovative solutions. Ultimately reducing 1,7kton CO2 emissions.

Project

Local Inclusive Future Energy (LIFE) City platform

Urban Energy

Smart planning for energy demand and supply. This will be tested via a smart energy exchange platform in the area of Amsterdam ArenApoort. The result: an electricity grid-friendly and community inclusive innovation to contribute to the energy transition.

Project

ATELIER

Urban Energy

What if we could generate more energy rather than consume this? In the ATELIER project, neighborhoods in Amsterdam and Bilbao are transformed into 'Positive Energy Districts' by implementing innovative solutions. Ultimately reducing 1,7kton CO2 emissions.

Project

Tracking Stolen Bikes

Smart Urban Mobility

80.000 bikes get stolen each year, just in Amsterdam. This outcome made our researchers curious... Where do these bikes go? How do they move? That's when they came up with the idea to place 100 locked GPS-traceable bikes in Amsterdam.

Project

Tracking Stolen Bikes

Smart Urban Mobility

80.000 bikes get stolen each year, just in Amsterdam. This outcome made our researchers curious... Where do these bikes go? How do they move? That's when they came up with the idea to place 100 locked GPS-traceable bikes in Amsterdam.

Project

Tracking Stolen Bikes

Smart Urban Mobility

80.000 bikes get stolen each year, just in Amsterdam. This outcome made our researchers curious... Where do these bikes go? How do they move? That's when they came up with the idea to place 100 locked GPS-traceable bikes in Amsterdam.

Project

Tracking Stolen Bikes

Smart Urban Mobility

80.000 bikes get stolen each year, just in Amsterdam. This outcome made our researchers curious... Where do these bikes go? How do they move? That's when they came up with the idea to place 100 locked GPS-traceable bikes in Amsterdam.

Project

CircuLaw

Circularity in Urban Regions

CircuLaw is a legal knowledge platform dedicated to enabling the circular economy transition.

Project

CircuLaw

Circularity in Urban Regions

CircuLaw is a legal knowledge platform dedicated to enabling the circular economy transition.

Project

Effective Green for Climate Adaptation in the City

Climate Resilient Cities

Now that greenery is increasingly in the picture as an instrument for climate adaptation, the need for scientific knowledge about it is also growing. This is provided in this research project and tailored so that it can be applied in practice.

Project

Effective Green for Climate Adaptation in the City

Climate Resilient Cities

Now that greenery is increasingly in the picture as an instrument for climate adaptation, the need for scientific knowledge about it is also growing. This is provided in this research project and tailored so that it can be applied in practice.

Project

Collect Your Retrofits

Urban Energy

To foster the energy transition in the build environment “Collect Your Retrofits” intends to design a replicable and collective retrofit approach in the context of monumental areas while reframing the cultural notion of energy.

Project

Collect Your Retrofits

Urban Energy

To foster the energy transition in the build environment “Collect Your Retrofits” intends to design a replicable and collective retrofit approach in the context of monumental areas while reframing the cultural notion of energy.

Project

Collect Your Retrofits

Urban Energy

To foster the energy transition in the build environment “Collect Your Retrofits” intends to design a replicable and collective retrofit approach in the context of monumental areas while reframing the cultural notion of energy.

Project

Collect Your Retrofits

Urban Energy

To foster the energy transition in the build environment “Collect Your Retrofits” intends to design a replicable and collective retrofit approach in the context of monumental areas while reframing the cultural notion of energy.

Project

Urban Plastic Soup

Circularity in Urban Regions

Urban plastic waste is a major source of plastic pollution in rivers and oceans.

Project

DIT4TraM

Smart Urban Mobility

Distributed Intelligence and Technology for Traffic and Mobility Management

Project

Urban Plastic Soup

Circularity in Urban Regions

Urban plastic waste is a major source of plastic pollution in rivers and oceans.

Project

DIT4TraM

Smart Urban Mobility

Distributed Intelligence and Technology for Traffic and Mobility Management

Project

XCARCITY

Smart Urban Mobility

Project

XCARCITY

Smart Urban Mobility

Project

XCARCITY

Smart Urban Mobility

Project

XCARCITY

Smart Urban Mobility

Project

Protein monitor for catering facilities

Metropolitan Food Systems

Amsterdam aims to stimulate citizens to eat more plant-based food. The focus is to develop new knowledge, stimulate awareness and improve food skills for citizens and visitors in Amsterdam.

Project

Protein monitor for catering facilities

Metropolitan Food Systems

Amsterdam aims to stimulate citizens to eat more plant-based food. The focus is to develop new knowledge, stimulate awareness and improve food skills for citizens and visitors in Amsterdam.

Project

Circular Paving in Amsterdam

Circularity in Urban Regions

The environmental impact of road constructions is large. For Amsterdam to reach the city’s policy goals in circularity and climate change, re-using concrete pavers is crucial. This project investigates the impact for different circular scenarios.

Project

Circular Paving in Amsterdam

Circularity in Urban Regions

The environmental impact of road constructions is large. For Amsterdam to reach the city’s policy goals in circularity and climate change, re-using concrete pavers is crucial. This project investigates the impact for different circular scenarios.

Project

Hydrographic inspections of quay walls

Climate Resilient Cities

Diving inspections are carried out to calculate the criticality of wooden structures of quay walls. This project analyses the suitability of multibeam echosounder and acoustic camera techniques during these inspections.

Project

Hydrographic inspections of quay walls

Climate Resilient Cities

Diving inspections are carried out to calculate the criticality of wooden structures of quay walls. This project analyses the suitability of multibeam echosounder and acoustic camera techniques during these inspections.

Project

Hydrographic inspections of quay walls

Climate Resilient Cities

Diving inspections are carried out to calculate the criticality of wooden structures of quay walls. This project analyses the suitability of multibeam echosounder and acoustic camera techniques during these inspections.

Project

Hydrographic inspections of quay walls

Climate Resilient Cities

Diving inspections are carried out to calculate the criticality of wooden structures of quay walls. This project analyses the suitability of multibeam echosounder and acoustic camera techniques during these inspections.

Project

Responsible Sensing Lab

Responsible Urban Digitalization

Our Responsible Sensing Lab explores how to integrate social values in the design of sensing systems in public space.

Project

Digital Heat in the AMA

Urban Energy

In collaboration with infrastructure specialist Firan, the Municipality of Amsterdam, TU Delft and AMS Institute are jointly working on the 'Digital Heat' project in the Amsterdam Metropolitan Area (AMA).

Project

Responsible Sensing Lab

Responsible Urban Digitalization

Our Responsible Sensing Lab explores how to integrate social values in the design of sensing systems in public space.

Project

Digital Heat in the AMA

Urban Energy

In collaboration with infrastructure specialist Firan, the Municipality of Amsterdam, TU Delft and AMS Institute are jointly working on the 'Digital Heat' project in the Amsterdam Metropolitan Area (AMA).

Project

Roboat

Smart Urban Mobility

Amsterdam gets world’s first fleet of autonomous boats.

Project

Roboat

Smart Urban Mobility

Amsterdam gets world’s first fleet of autonomous boats.

Project

Roboat

Smart Urban Mobility

Amsterdam gets world’s first fleet of autonomous boats.

Project

Roboat

Smart Urban Mobility

Amsterdam gets world’s first fleet of autonomous boats.

Project

Future-proof historic quay walls

Climate Resilient Cities

Investigating the state of Amsterdam's historic quays and bridges to keep the city safe, accessible and ‘future-proof’.

Project

Future-proof historic quay walls

Climate Resilient Cities

Investigating the state of Amsterdam's historic quays and bridges to keep the city safe, accessible and ‘future-proof’.

Project

Circular Resource Planning for IT

Circularity in Urban Regions

We only use IT hardware, like laptops or data servers, for an average of 3 to 4 years. With increasing digitization and

Project

Circular Resource Planning for IT

Circularity in Urban Regions

We only use IT hardware, like laptops or data servers, for an average of 3 to 4 years. With increasing digitization and

Project

Code the Streets

Smart Urban Mobility

Code the Street is working on smart solutions for sustainable, inclusive and safe mobility management.

Project

Code the Streets

Smart Urban Mobility

Code the Street is working on smart solutions for sustainable, inclusive and safe mobility management.

Project

Code the Streets

Smart Urban Mobility

Code the Street is working on smart solutions for sustainable, inclusive and safe mobility management.

Project

Code the Streets

Smart Urban Mobility

Code the Street is working on smart solutions for sustainable, inclusive and safe mobility management.

Project

Designing informal green spaces

Climate Resilient Cities

In the condensed urban area it can be a challenge to manage urban green infrastructure. This research develops design knowledge for integrating multiple ecosystem services of small and interstitial informal green spaces (IGS) in the condensed urban area.

Project

Culinary Cultural Heritage

Metropolitan Food Systems

This project explores cultures in Amsterdam to identify chances for sustainable urban farming of exotic foods.

Project

Designing informal green spaces

Climate Resilient Cities

In the condensed urban area it can be a challenge to manage urban green infrastructure. This research develops design knowledge for integrating multiple ecosystem services of small and interstitial informal green spaces (IGS) in the condensed urban area.

Project

Culinary Cultural Heritage

Metropolitan Food Systems

This project explores cultures in Amsterdam to identify chances for sustainable urban farming of exotic foods.

Project

Shuttercams for a responsible smart city

Responsible Urban Digitalization

The Shuttercam project explores how the design of cameras in public space can contribute to a ‘responsible’ Smart City.

Project

Shuttercams for a responsible smart city

Responsible Urban Digitalization

The Shuttercam project explores how the design of cameras in public space can contribute to a ‘responsible’ Smart City.

Project

Shuttercams for a responsible smart city

Responsible Urban Digitalization

The Shuttercam project explores how the design of cameras in public space can contribute to a ‘responsible’ Smart City.

Project

Shuttercams for a responsible smart city

Responsible Urban Digitalization

The Shuttercam project explores how the design of cameras in public space can contribute to a ‘responsible’ Smart City.

Project

Simple Sensors for responsible sensing

Responsible Urban Digitalization

The Simple Sensors project prototypes show what is measured, who uses the data and for what purpose.

Project

Simple Sensors for responsible sensing

Responsible Urban Digitalization

The Simple Sensors project prototypes show what is measured, who uses the data and for what purpose.

Project

SCRIPTS

Smart Urban Mobility

Travelers use personalized and self-organized public transport solutions while services and systems continue to rapidly change. Research is underway to foresee future demand-driven transportation and improve inevitable change for all parties.

Project

SCRIPTS

Smart Urban Mobility

Travelers use personalized and self-organized public transport solutions while services and systems continue to rapidly change. Research is underway to foresee future demand-driven transportation and improve inevitable change for all parties.

Project

DemoS Strandeiland

Circularity in Urban Regions

How Strandeiland IJburg democratically develops in a green, social and sustainable island

Project

DemoS Strandeiland

Circularity in Urban Regions

How Strandeiland IJburg democratically develops in a green, social and sustainable island

Project

DemoS Strandeiland

Circularity in Urban Regions

How Strandeiland IJburg democratically develops in a green, social and sustainable island

Project

DemoS Strandeiland

Circularity in Urban Regions

How Strandeiland IJburg democratically develops in a green, social and sustainable island

Project

CityFlows

Smart Urban Mobility

Amsterdam, Milan and Barcelona to launch a Crowd Management Decision-Support System to improve the safety and comfort of

Project

3D Printing in the Circular City

Circularity in Urban Regions

Closing the loop of plastic waste flows by using large-scale 3D printing for recycling plastic waste

Project

CityFlows

Smart Urban Mobility

Amsterdam, Milan and Barcelona to launch a Crowd Management Decision-Support System to improve the safety and comfort of

Project

3D Printing in the Circular City

Circularity in Urban Regions

Closing the loop of plastic waste flows by using large-scale 3D printing for recycling plastic waste