Prioritising the places and people that need it the most
Safe & Accessible Urban Crossings
Safe Urban Crossings for Vulnerable Pedestrians: Towards Inclusive & Sustainable Mobility
Urban Safe Crossings are safe and accessible pedestrian crossings designed to meet the needs of all residents, including people with disabilities. The increasing number of individuals with limited mobility highlights the importance of an accessible urban environment. Our project ensures seamless and comfortable movement throughout the city, helping to make streets inclusive for everyone.
Ukraine
Local
City Nosivka,Chernihiv Region,Ukraine
Mainly urban
It refers to a physical transformation of the built environment (hard investment)
Prototype level
No
No
As a representative of an organisation
Urban Crossings: Safe & Accessible
Objective: To enhance urban safety and accessibility by implementing inclusive, aesthetic, and sustainable pedestrian solutions in line with New European Bauhaus principles.
Target groups:
- People with disabilities and limited mobility
- Children, elderly individuals, cyclists
- The entire urban community benefiting from safer crossings
Key actions:
- Installation of elevated pedestrian crossings to improve safety
- Use of eco-friendly materials in construction
- Enhancement of public space aesthetics
- Engaging the community in creating an inclusive environment
Expected outcomes:
- Reduction of traffic accidents and increased pedestrian safety
- Improved accessibility for all urban residents
- Development of a scalable model for other cities
- Creation of a comfortable, inclusive, and sustainable urban space
Objective: To enhance urban safety and accessibility by implementing inclusive, aesthetic, and sustainable pedestrian solutions in line with New European Bauhaus principles.
Target groups:
- People with disabilities and limited mobility
- Children, elderly individuals, cyclists
- The entire urban community benefiting from safer crossings
Key actions:
- Installation of elevated pedestrian crossings to improve safety
- Use of eco-friendly materials in construction
- Enhancement of public space aesthetics
- Engaging the community in creating an inclusive environment
Expected outcomes:
- Reduction of traffic accidents and increased pedestrian safety
- Improved accessibility for all urban residents
- Development of a scalable model for other cities
- Creation of a comfortable, inclusive, and sustainable urban space
Accessibility
Safety
Sustainability
Inclusivity
Aesthetics
The "Urban Crossings: Safe & Accessible" project focuses on sustainability by creating safe and accessible pedestrian crossings that improve urban infrastructure and mobility while minimizing environmental impact.
Key objectives in terms of sustainability:
Reducing carbon footprint: The project promotes sustainable development by encouraging walking and cycling, reducing car use, and lowering CO₂ emissions in the city.
Energy efficiency: The use of energy-efficient lighting and natural elements like greenery helps reduce energy consumption.
Long-lasting infrastructure: The use of durable materials and constructions ensures long-term functionality, reducing the need for frequent reconstruction and conserving resources.
Achieving sustainability:
The project actively supports reducing car use and CO₂ emissions, aligning with sustainable urban development goals.
Improving pedestrian safety and accessibility for people with limited mobility reduces the need for transport, contributing to resource conservation.
The durability of the infrastructure reduces the need for frequent repairs or replacements, saving resources.
Exemplary sustainability: This project exemplifies how urban infrastructure can combine sustainable development goals with safety, accessibility, and convenience for people. It shows how urban solutions can help conserve natural resources while improving the quality of life for city residents.
Key objectives in terms of sustainability:
Reducing carbon footprint: The project promotes sustainable development by encouraging walking and cycling, reducing car use, and lowering CO₂ emissions in the city.
Energy efficiency: The use of energy-efficient lighting and natural elements like greenery helps reduce energy consumption.
Long-lasting infrastructure: The use of durable materials and constructions ensures long-term functionality, reducing the need for frequent reconstruction and conserving resources.
Achieving sustainability:
The project actively supports reducing car use and CO₂ emissions, aligning with sustainable urban development goals.
Improving pedestrian safety and accessibility for people with limited mobility reduces the need for transport, contributing to resource conservation.
The durability of the infrastructure reduces the need for frequent repairs or replacements, saving resources.
Exemplary sustainability: This project exemplifies how urban infrastructure can combine sustainable development goals with safety, accessibility, and convenience for people. It shows how urban solutions can help conserve natural resources while improving the quality of life for city residents.
The "Urban Crossings: Safe & Accessible" project aims to enhance the aesthetics and quality of the urban experience by designing pedestrian crossings that are not only functional but visually appealing. The crossings are integrated into the urban landscape using harmonious materials and colors, making the environment more inviting. Additionally, the design prioritizes accessibility and comfort for all pedestrians, including those with limited mobility. The project encourages social interaction and community engagement, creating a space that feels inclusive and welcoming.
This project exemplifies how urban design can elevate the quality of life for residents by blending beauty, functionality, and inclusivity. The focus on thoughtful design enhances the overall experience, creating a space where people feel safer, more comfortable, and more connected to their environment.
This project exemplifies how urban design can elevate the quality of life for residents by blending beauty, functionality, and inclusivity. The focus on thoughtful design enhances the overall experience, creating a space where people feel safer, more comfortable, and more connected to their environment.
The "Urban Crossings: Safe & Accessible" project is designed to promote inclusion by ensuring that all people, regardless of age, ability, or background, have equal access to safe and functional pedestrian crossings. The project incorporates universal design principles, ensuring that the crossings are accessible to individuals with disabilities, elderly people, children, and cyclists. The use of barrier-free designs and ramps facilitates smooth mobility for people with limited mobility.
Additionally, the project encourages community engagement, with local residents involved in the design and implementation process, ensuring that their needs and ideas are considered. This participatory approach helps create an inclusive environment where everyone feels heard and valued.
The project exemplifies inclusive urban design by combining accessibility, affordability, and community involvement. It serves as a model for creating urban spaces that are welcoming and usable for all members of society, fostering a sense of equality and participation.
Additionally, the project encourages community engagement, with local residents involved in the design and implementation process, ensuring that their needs and ideas are considered. This participatory approach helps create an inclusive environment where everyone feels heard and valued.
The project exemplifies inclusive urban design by combining accessibility, affordability, and community involvement. It serves as a model for creating urban spaces that are welcoming and usable for all members of society, fostering a sense of equality and participation.
The "Urban Crossings: Safe & Accessible" project aligns with the core values of the New European Bauhaus (NEB) — sustainability, aesthetics, and inclusion. The project exemplifies these principles through its focus on creating accessible, aesthetically pleasing urban spaces that prioritize both the environmental and social well-being of the community.
Sustainability: The project supports sustainability by promoting eco-friendly practices like energy-efficient lighting, using durable materials, and encouraging walking and cycling to reduce the carbon footprint.
Aesthetics: The design integrates the crossings into the urban landscape with a focus on visual harmony, making the space more inviting, while ensuring functionality and accessibility for all, regardless of physical abilities.
Inclusion: The project ensures that all community members, including those with disabilities, the elderly, children, and cyclists, can access the crossings comfortably. The design principles prioritize universal accessibility, promoting social equality and participation.
Citizen and Civil Society Involvement:
The project actively involves citizens and civil society organizations at every stage. Local residents are invited to participate in discussions about the design, ensuring that the space reflects their needs and desires. Additionally, community feedback is used to adapt the project and ensure its inclusivity.
Citizens have a hands-on role in the process through public consultations, workshops, and surveys, which help shape the final design and implementation. Their involvement has fostered a strong sense of ownership and belonging, ensuring the project’s success and enhancing its long-term sustainability.
The involvement of civil society groups like local organizations and accessibility advocacy groups has been crucial in ensuring the project meets the diverse needs of the community.
Sustainability: The project supports sustainability by promoting eco-friendly practices like energy-efficient lighting, using durable materials, and encouraging walking and cycling to reduce the carbon footprint.
Aesthetics: The design integrates the crossings into the urban landscape with a focus on visual harmony, making the space more inviting, while ensuring functionality and accessibility for all, regardless of physical abilities.
Inclusion: The project ensures that all community members, including those with disabilities, the elderly, children, and cyclists, can access the crossings comfortably. The design principles prioritize universal accessibility, promoting social equality and participation.
Citizen and Civil Society Involvement:
The project actively involves citizens and civil society organizations at every stage. Local residents are invited to participate in discussions about the design, ensuring that the space reflects their needs and desires. Additionally, community feedback is used to adapt the project and ensure its inclusivity.
Citizens have a hands-on role in the process through public consultations, workshops, and surveys, which help shape the final design and implementation. Their involvement has fostered a strong sense of ownership and belonging, ensuring the project’s success and enhancing its long-term sustainability.
The involvement of civil society groups like local organizations and accessibility advocacy groups has been crucial in ensuring the project meets the diverse needs of the community.
Project "Urban Crossings: Safe & Accessible"
The project engaged stakeholders at various levels, ensuring its successful planning and implementation.
- Local Level: Citizens and local authorities actively participated in the project design through public consultations, surveys, and discussions. This involvement ensured that the project met the real needs of the community. Local residents had a direct influence on the project's appearance and functionality, increasing its acceptance and effectiveness.
- Regional Level: Regional authorities contributed to project coordination, financing, and aligning local decisions with regional infrastructure and sustainable development policies. Their role was crucial in ensuring consistency with regional plans and policies.
- National Level: National government agencies provided financial support and integrated the project into national strategies for accessibility and urban development. They also contributed to the standardization of accessibility and inclusivity solutions for nationwide implementation.
- European Level: The project aligns with the principles of the New European Bauhaus, promoting inclusive and sustainable urban spaces. European initiatives provided strategic support and facilitated knowledge exchange between cities, helping to adapt best practices to local conditions.
The project engaged stakeholders at various levels, ensuring its successful planning and implementation.
- Local Level: Citizens and local authorities actively participated in the project design through public consultations, surveys, and discussions. This involvement ensured that the project met the real needs of the community. Local residents had a direct influence on the project's appearance and functionality, increasing its acceptance and effectiveness.
- Regional Level: Regional authorities contributed to project coordination, financing, and aligning local decisions with regional infrastructure and sustainable development policies. Their role was crucial in ensuring consistency with regional plans and policies.
- National Level: National government agencies provided financial support and integrated the project into national strategies for accessibility and urban development. They also contributed to the standardization of accessibility and inclusivity solutions for nationwide implementation.
- European Level: The project aligns with the principles of the New European Bauhaus, promoting inclusive and sustainable urban spaces. European initiatives provided strategic support and facilitated knowledge exchange between cities, helping to adapt best practices to local conditions.
The "Urban Crossings: Safe & Accessible" project combines several different disciplines and areas of knowledge, ensuring a comprehensive approach to its implementation.
Architecture and Urban Planning: Architects and urban planners were key in designing the pedestrian crossings, integrating them into the urban landscape, and ensuring their functionality for all population groups. Their role was to create aesthetically pleasing and simultaneously accessible spaces.
Engineering and Construction: Engineers worked on load calculations, material selection, and ensuring the technical stability of the crossings. They also oversaw the construction process to guarantee the quality and safety of the structures.
Sociology and Psychology: Sociologists and psychologists participated in studying the community’s needs, conducting surveys and focus groups to understand the requirements of various social groups (people with disabilities, elderly individuals, children).
Ecology and Sustainable Development: Environmental specialists ensured the implementation of sustainable development principles, such as using energy-efficient lighting and landscaping, which helps reduce energy consumption and maintain ecological balance.
Architecture and Urban Planning: Architects and urban planners were key in designing the pedestrian crossings, integrating them into the urban landscape, and ensuring their functionality for all population groups. Their role was to create aesthetically pleasing and simultaneously accessible spaces.
Engineering and Construction: Engineers worked on load calculations, material selection, and ensuring the technical stability of the crossings. They also oversaw the construction process to guarantee the quality and safety of the structures.
Sociology and Psychology: Sociologists and psychologists participated in studying the community’s needs, conducting surveys and focus groups to understand the requirements of various social groups (people with disabilities, elderly individuals, children).
Ecology and Sustainable Development: Environmental specialists ensured the implementation of sustainable development principles, such as using energy-efficient lighting and landscaping, which helps reduce energy consumption and maintain ecological balance.
The "Urban Crossings: Safe & Accessible" project has several innovative aspects that distinguish it from conventional practices in the construction of pedestrian crossings:
Inclusive approach: The project is designed to be accessible to everyone, including people with disabilities, children, and elderly individuals, making it more universal and comfortable for various groups.
Community involvement: Local residents are actively engaged in the project discussion process, allowing their needs to be taken into account and ensuring that the project is more tailored to the real conditions of the city.
Aesthetics of the urban space: The pedestrian crossings are not only functional but also harmoniously integrated into the urban landscape, enhancing the city's appearance.
Sustainable development principles: The project uses energy-efficient solutions, such as lighting and landscaping, which reduce energy consumption and have a positive impact on the environment.
Inclusive approach: The project is designed to be accessible to everyone, including people with disabilities, children, and elderly individuals, making it more universal and comfortable for various groups.
Community involvement: Local residents are actively engaged in the project discussion process, allowing their needs to be taken into account and ensuring that the project is more tailored to the real conditions of the city.
Aesthetics of the urban space: The pedestrian crossings are not only functional but also harmoniously integrated into the urban landscape, enhancing the city's appearance.
Sustainable development principles: The project uses energy-efficient solutions, such as lighting and landscaping, which reduce energy consumption and have a positive impact on the environment.
The methodology of the "Urban Crossings: Safe & Accessible" project is based on an inclusive and sustainable approach.
Needs assessment and community involvement: The project begins with an analysis of the local community's needs through surveys and consultations, which allows for considering the interests of various groups, such as people with disabilities, elderly individuals, and children.
Collaborative design process: The design process involves architects, urban planners, engineers, and sociologists, ensuring that all aspects of accessibility, safety, and aesthetics are considered while integrating the design into the urban environment.
Sustainable development principles: Energy-efficient solutions, such as lighting and landscaping, are used to reduce energy consumption and maintain ecological balance.
Implementation and monitoring: During construction, adherence to safety standards is monitored, and feedback from the community helps refine the project.
Post-implementation evaluation: After the project's completion, its effectiveness in terms of safety and accessibility is assessed, which allows for improvements in similar projects.
Needs assessment and community involvement: The project begins with an analysis of the local community's needs through surveys and consultations, which allows for considering the interests of various groups, such as people with disabilities, elderly individuals, and children.
Collaborative design process: The design process involves architects, urban planners, engineers, and sociologists, ensuring that all aspects of accessibility, safety, and aesthetics are considered while integrating the design into the urban environment.
Sustainable development principles: Energy-efficient solutions, such as lighting and landscaping, are used to reduce energy consumption and maintain ecological balance.
Implementation and monitoring: During construction, adherence to safety standards is monitored, and feedback from the community helps refine the project.
Post-implementation evaluation: After the project's completion, its effectiveness in terms of safety and accessibility is assessed, which allows for improvements in similar projects.
Elements of the "Urban Crossings: Safe & Accessible" project that can be transferred to other places or groups:
Community involvement methodology: The process of surveys and consultations aimed at identifying the needs of various social groups (people with disabilities, elderly individuals, children) can be adapted to other cities or communities.
Collaborative design process: The cooperation between architects, urban planners, engineers, and sociologists can be applied to other projects to ensure a comprehensive approach to planning pedestrian infrastructure.
Sustainable development principles: The use of energy-efficient technologies, such as solar-powered lighting, and principles of landscaping can be replicated in other cities to achieve reduced energy consumption and improve environmental conditions.
Evaluation and monitoring: After project implementation, effectiveness evaluation methods can be applied for further improvements and adaptations in other locations.
Community involvement methodology: The process of surveys and consultations aimed at identifying the needs of various social groups (people with disabilities, elderly individuals, children) can be adapted to other cities or communities.
Collaborative design process: The cooperation between architects, urban planners, engineers, and sociologists can be applied to other projects to ensure a comprehensive approach to planning pedestrian infrastructure.
Sustainable development principles: The use of energy-efficient technologies, such as solar-powered lighting, and principles of landscaping can be replicated in other cities to achieve reduced energy consumption and improve environmental conditions.
Evaluation and monitoring: After project implementation, effectiveness evaluation methods can be applied for further improvements and adaptations in other locations.
The "Urban Crossings: Safe & Accessible" project addresses several global challenges by providing local solutions:
Accessibility and inclusivity: The project addresses the global challenge of creating cities that are accessible to all, particularly people with disabilities, the elderly, and children. It creates a more inclusive environment by ensuring that pedestrian crossings are safe and accessible for all groups.
Urbanization and sustainability: As cities grow, sustainable urban development becomes a critical global issue. The project integrates energy-efficient solutions like solar-powered lighting and sustainable landscaping, helping reduce energy consumption and promote eco-friendly urban development.
Road safety: With road safety being a global concern, especially for vulnerable groups, the project aims to reduce accidents by improving pedestrian crossings and increasing safety for pedestrians, cyclists, and motorists.
Community engagement and social cohesion: The project fosters local involvement, addressing the global challenge of civic participation and engagement in urban development. By involving the community in the design process, it ensures that the needs and voices of local residents are reflected.
Accessibility and inclusivity: The project addresses the global challenge of creating cities that are accessible to all, particularly people with disabilities, the elderly, and children. It creates a more inclusive environment by ensuring that pedestrian crossings are safe and accessible for all groups.
Urbanization and sustainability: As cities grow, sustainable urban development becomes a critical global issue. The project integrates energy-efficient solutions like solar-powered lighting and sustainable landscaping, helping reduce energy consumption and promote eco-friendly urban development.
Road safety: With road safety being a global concern, especially for vulnerable groups, the project aims to reduce accidents by improving pedestrian crossings and increasing safety for pedestrians, cyclists, and motorists.
Community engagement and social cohesion: The project fosters local involvement, addressing the global challenge of civic participation and engagement in urban development. By involving the community in the design process, it ensures that the needs and voices of local residents are reflected.
The "Urban Crossings: Safe & Accessible" project includes several steps for further development in the year following the application:
Community consultations and engagement: In the first year, meetings and surveys will be organized with local residents to gather feedback and ensure the project meets their needs.
Technical design: After finalizing the concept, detailed planning will be carried out, including identifying locations for pedestrian crossings and developing necessary technical solutions.
Pilot implementation: A pilot phase will be carried out, with the installation of several pedestrian crossings in key problematic areas of the city to test their effectiveness and convenience.
Data collection and feedback: During the pilot phase, monitoring and analysis will be conducted to gather real feedback from residents and make improvements to the project if needed.
Scaling the project: Based on the success of the pilot phase, the project will be expanded to other locations in the city, maintaining the principles of inclusivity and accessibility.
Future plans: After completing the pilot phase, a strategy for further development will be created, including funding and potential partnerships for scaling the project.
Community consultations and engagement: In the first year, meetings and surveys will be organized with local residents to gather feedback and ensure the project meets their needs.
Technical design: After finalizing the concept, detailed planning will be carried out, including identifying locations for pedestrian crossings and developing necessary technical solutions.
Pilot implementation: A pilot phase will be carried out, with the installation of several pedestrian crossings in key problematic areas of the city to test their effectiveness and convenience.
Data collection and feedback: During the pilot phase, monitoring and analysis will be conducted to gather real feedback from residents and make improvements to the project if needed.
Scaling the project: Based on the success of the pilot phase, the project will be expanded to other locations in the city, maintaining the principles of inclusivity and accessibility.
Future plans: After completing the pilot phase, a strategy for further development will be created, including funding and potential partnerships for scaling the project.
