News

Research project assesses accessibility legislation and policy needs in the built environment

The study reviews existing legislation on accessibility in the built environment from the perspective of the obligations of the UN Convention on the Rights of Persons with Disabilities.
Wheelchair. Photo: Pixabay
Photo: Pixabay

The Finnish Prime Minister’s Office has commissioned a study on the status and needs of accessibility legislation in Finland.

Finland ratified the UN Convention on the Rights of Persons with Disabilities in 2016. 
The agreement mandates non-discrimination and defines accessibility from a human rights perspective as a prerequisite for independent life of a disabled person. The UN treaty mandates signatories to develop and enforce minimum accessibility standards to provide equal access to all built outdoor areas and buildings.

The Finnish Government Decree on Accessibility of Buildings which was enacted in the beginning of 2018, forms part of the national implementation of the UN Convention and sets a baseline of minimum standards. The decree clarifies accessibility requirements for land use, building sites and construction. There is, however, no regulation specifying accessibility of public outdoor areas. More information is therefore needed to determine the accessibility legislation and policy needs in order to meet the obligations of the UN Convention.

There is also no overall status reporting or data collection of the state of accessibility of the built environment in Finland. Some studies have been carried out on accessibility of residential building stock, but there is no comprehensive information on for example accessibility of public spaces or amenities.

The study reviews existing legislation on accessibility in the built environment from the perspective of the obligations of the UN Convention on the Rights of Persons with Disabilities.  In addition, it includes a review of the current state of accessibility of the built environment in Finland through statistics, surveys and a subject matter expert panel. To document and review international best practices the study also includes a comparison of select accessibility practices in the Nordic countries, Canada and select central European countries. The international scan is carried out by the Inclusive Design Research Center at OCADU, Toronto.

The project started in March, and the results will be published in November 2021. The principal investigator is Professor Laura Arpiainen from Aalto University's Sotera research group. The team also includes accessibility specialist Satu Wäre-Åkerblom from Helsinki and Dr. Vera Roberts from OCAD University's Inclusive Design Research Center in Toronto.

Contacts:

Laura Arpiainen, Professor, Aalto University, [email protected]

Satu Wäre-Åkerblom, Accessibility specialist, Åkerblom Architects, [email protected]

Niina Kilpelä, Senior Architect, Ministry of the Environment, [email protected]
 

  • Published:
  • Updated:

Read more news

ınterns
Research & Art, University Published:

Pengxin Wang: The internship was an adventure filled with incredible research, unforgettable experiences, and lifelong friendships.

Pengxin Wang’s AScI internship advanced AI research, fostered global friendships, and inspired his journey toward trustworthy AI solutions.
Radiokatu20_purkutyömaa_Pasila_Laura_Berger
Research & Art Published:

Major grant from the Kone Foundation for modern architecture research - Laura Berger's project equates building loss with biodiversity loss

Aalto University postdoctoral researcher Laura Berger and her team have been awarded a 541 400 euro grant from the Kone Foundation to study the effects of building loss on society and the environment.
Matti Rossi vastaanotti palkinnon
Awards and Recognition Published:

AIS Impact Award 2024 goes to Professor Matti Rossi and his team

The team won the award for technological and entrepreneurial impact
An artistic rendering of two chips on a circuit board, one is blue and the other is orange and light is emitting from their surf
Press releases Published:

Researchers aim to correct quantum errors at super-cold temperatures instead of room temperature

One of the major challenges in the development of quantum computers is that the quantum bits, or qubits, are too imprecise. More efficient quantum error correction is therefore needed to make quantum computers more widely available in the future. Professor Mikko Möttönen has proposed a novel solution for quantum error correction and has received a three-year grant from the Jane and Aatos Erkko Foundation to develop it.