3-D Printed Senior Housing for Racialized Communities

By using 3D printing technology in housing construction, the traditional CDC affordable housing development approach in Cleveland can be disrupted, offering cost savings and increased efficiency. 3D printing technology can provide affordable and sustainable housing options, leading to increased access to safe and sustainable housing for seniors in traditional African American neighborhoods. This technology can foster a greater sense of community among seniors in by involving them in the design process to better accommodate their needs and preferences. Access to affordable housing can also significantly impact the quality of life of seniors by freeing up resources for their other basic needs such as health care, food, and transportation.

The use of 3D printing technology for housing construction is relatively new, and the Fab-hood Network could be among the first in the U.S. to adopt this approach to address the affordable housing crisis, particularly for seniors. The cost of building affordable housing solutions using 3D printing technology depends on several factors. Successful 3D printing projects have been completed in California, Arizona, and Mexico with cost savings of up to 45% and construction time reduced by up to 90% compared to traditional construction methods.

The Fab-hood Community Driven Development (CDD) design studio approach tailors housing solutions and prototypes to the specific needs and preferences of the community, particularly the senior, including.

Physical Challenges: Many older adults in may be living in homes that are not designed to accommodate their physical needs, such as homes with stairs and other obstacles that can make it difficult to move around, perform daily activities, and maintain their independence. This lack of accessibility can result in increased stress, frustration, and feelings of helplessness, leading to mental health issues such as depression and anxiety.

Housing Challenges: Older adults in may also face housing challenges such as eviction and foreclosure, which can be emotionally distressing and traumatic. The threat of losing their homes, which may hold sentimental value and represent their sense of stability and security, can cause significant stress and anxiety, leading to mental health problems and an increased risk of homelessness.

Legal Challenges: Legal problems related to housing, such as eviction or foreclosure, can also contribute to increased stress and mental health issues among older adults. Navigating the legal system and dealing with legal challenges can be overwhelming, time-consuming, and emotionally draining, resulting in heightened stress levels and negative impacts on mental well-being.

The Fab-hood community-driven approach will not only create safe, affordable, and sustainable homes for seniors but will also strengthen the community bonds and enhance overall well-being. Finally, 3D-printed homes offer enhanced sustainability benefits such as reduced waste, improved energy efficiency, and lower carbon emissions.

By using 3D printing technology in housing construction, the traditional affordable housing development approach in Cleveland can be disrupted, offering cost savings and increased efficiency. Access to affordable housing can significantly impact the quality of life of seniors by freeing up resources for their other basic needs such as health care, food, and transportation. The use of 3D printing technology for housing construction is relatively new, successful 3D printing projects have been completed in California, Arizona, and Mexico with cost savings of up to 45% and construction time reduced by up to 90% compared to traditional construction methods. The Fab-hood concept would be among the first in the U.S. to adopt this approach to address the affordable housing crisis, particularly for African American seniors living in racialized communities.

The Fab-hood community-based design studio approach tailors housing solutions and prototypes to the specific needs and preferences of the community, particularly the senior population. One of the main concerns for seniors is accessibility. Digital fabrication can provide solutions that meet this requirement by creating customizable designs that can accommodate various needs such as wheelchair access, grab bars, and easy-to-use appliances. Safety is another major concern for seniors. Digital fabrication can address this requirement by using innovative materials and construction methods to create homes that are more resistant to natural disasters and fires.

The use of 3D printing in the construction of affordable housing is cutting-edge and represents a departure from traditional senior affordable housing construction methods. By leveraging these advanced technologies, the Fab-hood approach can potentially revolutionize the way affordable housing is designed, manufactured, and constructed. 3D printed housing has the potential to address several of the concerns raised by Solve. First, it can support local economies by utilizing locally-sourced materials and labor, reducing the carbon emissions associated with transportation and global supply chains. Additionally, 3D printing can enable the construction of housing in areas that might otherwise be difficult to access or develop, reducing the pressure to clear high-carbon ecosystems like forests and mangroves.

Furthermore, 3D printing technology can be used to monitor carbon stocks in soil, peat, and marine environments. Sensors and other monitoring equipment can be integrated into the 3D printed structures, providing high-quality monitoring data at scale. In terms of housing itself, 3D printing can facilitate the development of new value chains for mass creation of inexpensive and low-carbon housing. By using sustainable and innovative materials, as well as designing homes with energy efficiency in mind, 3D printed housing can contribute to the decarbonization of the construction industry.

Finally, 3D printed housing can help to decarbonize heating and cooking systems in existing homes. By integrating renewable energy technologies like solar panels and heat pumps, as well as designing homes with improved insulation and ventilation, 3D printed housing can reduce energy consumption and greenhouse gas emissions in both new and existing buildings.

The Fab-hood Network is an initiative that seeks to empower African American communities through digital fabrication and other Industry 4.0 technologies. The project is rooted in the ideas promoted by “black placemaking” describing how urban spaces can be reimagined for the benefit of current residents. Our concept of black placemaking specifically focuses on the unique experiences, needs, and contributions of African American communities in shaping and revitalizing their urban environments through affordable housing. We recognize that African American communities have unique perspectives, and that their voices and experiences must be valued and integrated into the planning and development processes. The emphasis on black placemaking and community empowerment aligns with the principles of Community Driven Development (CDD). This approach recognizes that local communities are best positioned to identify their own needs and preferences, and that harnessing social capital within the community can help overcome challenges related to affordable housing production, especially for seniors.

The use of 3D printing in the construction of affordable housing is in alignment with the Fab-hood mission driven focus “to continually grow creative spaces in communities of color, empowering neighborhood stakeholders, youth, artists, makers, and entrepreneurs, utilizing cutting edge digital tools and hands-on learning.” This approach recognizes the importance of preserving and promoting local cultural heritage and empowering the community to actively participate in shaping their built environment. Reflecting the Fab-hood’s commitment to social justice, equity, and inclusivity in community development.

Firstly, the project aims to involve local residents, community organizations, and other stakeholders in the design and development process of 3D printing and digital fabrication-enabled affordable housing solutions. This approach empowers the community to have decision-making power in shaping the outcomes of the Fab-hood project, ensuring that it is aligned with their needs and preferences.

Secondly, the Fab-hood project seeks to allocate financial and technical resources directly to the community. By leveraging 3D printing and advanced manufacturing technologies, the project aims to create affordable housing options and workforce development opportunities that can directly benefit the local community, addressing their specific needs and challenges.

Thirdly, the Fab-hood Network places a strong emphasis on community engagement, involving local residents and organizations in the design, development, and implementation of the project. This approach fosters social capital within the community by encouraging collaboration, creativity, and ownership, which are key elements of the CDD approach.

The project aims to create affordable housing and workforce development opportunities, utilizing digital fabrication and Industry 4.0 technologies to address the specific needs and challenges of economically challenged African-American communities.

The Fab-hood Network is a non-profit organization with the aim of democratizing access to digital fabrication tools and providing a platform for Industry 4.0 aligned community and economic development. Our approach builds upon the innovative global Fab Lab network that originated from MIT's Center for Bits and Atoms (CBA) and integrated into community place-making by the Fab Foundation. The first Fab Lab outside MIT was established in 2003 at Boston's South End Technology Center by Mel King, a community organizer, educator, and Senior Lecturer Emeritus at MIT in their Department of Urban Studies and Planning. The number of Fab Foundation network labs has been doubling ever since, approaching 2,000 Fab Labs in over 120 countries. Located from the top of Europe to the bottom of Africa, and from inner cities to rural villages.

To borrow an expression from African American culture, Mel King "accented to the ancestors" in April of 2023. The Fab-hood mission-driven process pays a fitting tribute to his legacy. The Fab-hood Network is rooted in Mel’s philosophy that community empowerment should be the starting point of all urban regeneration processes. Mel also believed in empowering communities and giving them agency over their own development, which is at the heart of the Fab-hood approach. By providing tools and resources for communities to shape their own neighborhoods and build their own futures, the Fab-hood concept embodies King's vision for equitable and sustainable community development. Additionally, the use of digital fabrication technology aligns with Mel's belief in the power of STEM education and knowledge as a means of promoting growth and positive change.

Melvin LaPrade, a graduate student of King's, has over two decades of experience as an educator and community advocate.  He currently provides consultation, planning, and curriculum development for the Fab Foundation’s partnership with a cohort of Historical Black Colleges and Universities (HBCUs). These HBCUs Fab Labs aim to create more equity in STEM learning opportunities for on-campus students and K-12 schools in their surrounding communities. Melvin has also taught 3rd and 6th grade math at the KCBLA Boys Leadership Academy (KCBLA), which is the only public school in Ohio that serves nearly 100% African American male students population from moderate and lower-income households

Melvin founded the Fab-hood Network in response to a confluence of events, including the disproportional impact of COVID-19 on African American communities, and the social unrest surrounding the deaths of George Floyd, a black man handcuffed, on the ground, with a police officer knee on his neck for over nine minutes. The subsequent wave of Black Live Matters protest heightened calls for radical solutions to address systemic inequalities in racialized communities. The Fab-hood Network's plan is to create a distributive network of connected Fab-hoods in African American neighborhoods across the country, starting with Pilot Demonstration Fab-hoods in Melvin’s hometown neighborhood of Hough in Cleveland, Ohio. By combining community-driven development with digital fabrication technology, the Fab-hood Network has the potential to revolutionize community and economic development. 

The Fab-hood network is currently in the planning stage working with community groups and neighborhoods stakeholders in the University Circle neighborhoods of Cleveland. We currently serve between 150 to 200 families with STEM education outreach and digital fabrication training.

The Fab-hood affordable housing project may encounter technical barriers regarding advanced manufacturing and digital fabrication technologies, such as selecting suitable 3D printing technology, materials, and processes, as well as training a specialized workforce. Expertise in 3D printing, architecture, engineering, and construction can help overcome these barriers. They can provide guidance in selecting the most appropriate technologies and offer training to the local workforce to ensure that they have the necessary skills to effectively utilize these technologies.

Compliance with zoning regulations, building codes, and permitting requirements is critical to the project's feasibility. Legal barriers can impact the project's compliance with the law, and it is crucial to obtain all the necessary approvals and permits. Experts in real estate law and construction law can offer guidance and help navigate the legal requirements, ensuring that the project is compliant with applicable laws and regulations.

Solve can also assist in navigating the requirements and regulations of federal agencies, such as the Department of Housing and Urban Development (HUD), as well as state and local housing agencies. They can provide guidance on how to comply with these regulations and requirements, as well as identify potential funding sources, grants, and tax incentives offered by these agencies. Additionally, experts in the field of senior housing can provide insights into the specific needs and preferences of the senior population and offer solutions that address those needs.

Engaging and involving the community in the planning, design, and implementation stages of the project is critical to ensure their needs and opinions are heard. Experts in community engagement and cultural sensitivity can offer guidance on best practices for engaging the local community in the project. They can also assist in developing strategies to address cultural barriers that may arise and promote cultural competence among the team and stakeholders.

The upfront cost of advanced manufacturing and digital fabrication technologies can be high, and securing financing to invest in these technologies can be challenging. Additionally, available funding sources, grants, and investors may be limited. However, experts in project financing can help identify potential sources of funding and help secure grants and investments. The mortgage industry also needs education on 3D printed technology and how to value such properties compared to other affordable housing solutions. By working with Solve experts, affordable housing developers can overcome the barriers to creating housing for seniors and ensure that their projects are successful and sustainable.

The availability of affordable housing for seniors in the area can create market barriers that can affect the demand for the project. To ensure the project aligns with needs and preferences of the local market, it is important to assess the demand for senior affordable housing in the area. Experts in market research and analysis can help with this by assessing the market demand and identifying potential challenges and opportunities for the project.

The Fab-hood implementation of 3D printing technology for affordable housing with fidelity face various barriers however the solve network of experts can provide guidance and support to overcome these challenges.

Traditionally, Community Development Corporations (CDCs) have aim to revitalize low-income communities through various strategies, including affordable housing development. However, the neoliberal approaches adopted by some CDCs have been criticized for prioritizing market-driven solutions over the needs of existing low-income residents, resulting in gentrification and displacement. Senior residents, in particular, are vulnerable to negative impacts from market-driven development and the over-reliance on tax abatements, as rising property values and rents can lead to displacement, limited affordable housing options, disruption of community and cultural ties, and limited participation in decision-making processes. It is therefore crucial to prioritize the well-being and inclusion of senior residents in community development efforts by ensuring affordable housing options that are suitable and accessible for seniors, preserving community and cultural ties, promoting meaningful participation and engagement, and implementing policies that mitigate the negative impacts of gentrification on vulnerable populations, including seniors.

Digital fabrication practices such as 3D printing have the potential to revolutionize the affordable housing industry by offering innovative and sustainable solutions. Specifically, the use of 3D printing technology in housing construction could disrupt Cleveland's traditional CDC affordable housing development approaches by providing cost savings and increased efficiency. This approach could benefit senior citizens seeking affordable housing in the neighborhood by increasing access to safe, affordable, and sustainable housing options.

A community-based design approach to creating 3D-printed homes could also foster a greater sense of community among seniors by involving them in the design process, accommodating their needs and preferences and resulting in more culturally appropriate and tailored homes. Likewise, access to safe and affordable housing can improve the quality of life of seniors by freeing up resources that may have been previously allocated to housing costs, allowing for greater financial stability and more resources for basic needs such as health care, food, and transportation. 3D-printed homes have the potential to be more sustainable than homes built using traditional construction methods, offering benefits such as reduced waste, improved energy efficiency, and lower carbon emissions. While the cost of building affordable housing using 3D printing technology depends on several variables, there are examples of successful 3D printing projects that have significantly reduced construction costs and time.

The adoption of 3D printing technology in housing construction has led to remarkable cost savings and efficiency. Habitat for Humanity used 3D printing technology to build a 1,738 sq. ft. home in just 48 hours at a cost of $300,000. Similarly, nonprofit organization New Story constructed 500 sq. ft. 3D-printed homes in Mexico that come with a living room, two bedrooms, a kitchen, and a bathroom. These homes can be built in 24 hours at a cost of around $4,000 per unit, or about $6,800 once the plumbing and electrical work is included. Energy-efficient features include smart home technology, energy-efficient appliances, and rooftop solar systems. By using 3D printing technology, the Fab-hood Network could be one of the pioneers in the U.S. to address the affordable housing crisis, especially for senior citizens, by providing them with safe, sustainable, and affordable housing options.

The Fab-hood CDD model is an innovative approach to affordable housing production and community development that utilizes digital fabrication technology and workforce development strategies. By focusing on sustainable and durable housing, cutting-edge technology, and workforce development, the Fab-hood approach addresses the pressing issue of senior affordable housing in low-income neighborhoods.

The use of 3D printing and digital fabrication technology in the construction of affordable housing represents a departure from traditional construction methods. By leveraging these advanced technologies, the Fab-hood approach has the potential to revolutionize the way affordable housing is designed, manufactured, and constructed. This innovative approach can significantly reduce construction costs, increase construction speed, and improve the quality and durability of affordable housing units.

Furthermore, the Fab-hood approach prioritizes sustainable and durable housing options. By optimizing the use of materials, minimizing waste, and reducing the environmental impact of housing construction, the approach aims to contribute to the overall sustainability of the community. Advanced manufacturing techniques can also result in housing units that are more durable and resilient, better able to withstand the test of time and environmental challenges. This focus on sustainability and durability can lead to long-term cost savings for residents and contribute to the overall sustainability of the community.

Workforce development is another key component. By providing training and skills development in advanced manufacturing and digital fabrication, the approach aims to empower local residents with relevant and in-demand skills that can enhance their employability and economic opportunities. This approach not only addresses the immediate need for affordable housing but also invests in the long-term economic well-being of the community by equipping residents with skills that are increasingly in demand in the modern job market.

The Fab-hood approach has the potential to serve as a replicable model that can be adopted in other communities facing similar affordable housing challenges across the country. The combination of digital fabrication technology, sustainable and durable housing, and workforce development strategies can be customized to meet the specific needs and context of different communities. This scalability and replicability make the Fab-hood approach a leading-edge solution that has the potential to create a positive impact on affordable housing production and community development in various locations. The success of the 3D-printed senior housing project will demonstrate the capacity of this novel approach to address the specific housing needs of different communities and contribute to reducing housing insecurity and improving the well-being of seniors across Cleveland. This approach not only addresses the immediate need for affordable housing but also invests in the long-term economic well-being of the community by equipping residents with skills that are increasingly in demand in the knowledge-based STEM-focused Industry 4.0 workforce. As such, the Fab-hood approach represents a replicable model that can be adopted in other communities across the country to address the affordable housing crisis and create economic opportunities for residents.

Each phase of planning process involves extensive community engagement, leading to higher levels of resident satisfaction and a greater sense of community ownership over the development process. This sense of ownership and belonging promotes community pride. In the pre-construction phase, a comprehensive needs assessment is conducted to identify potential sites, evaluate the feasibility of each site, and develop a proposal for the purchase of the chosen site from the city landbank. The team also engages with community members, including seniors, to gather their input and identify their specific needs and preferences:

Goal 4: Quality Education - Engage with community members, including seniors, to gather their input and identify their specific needs and preferences. This involves educating them on the project and ensuring they have a voice in the decision-making process.

SDG 11: Sustainable Cities and Communities, as this phase involves conducting a community needs assessment and developing a conceptual plan for affordable housing for seniors in Hough. This aligns with the goal of making cities and human settlements inclusive, safe, resilient, and sustainable.

In the construction phase, the project team develops a detailed construction plan that includes timelines, budgets, and quality assurance processes to ensure that the project is completed on time and within budget. The community is engaged in the design process:

Goal 4: Quality Education - Work collaboratively with experienced 3D printing contractors to ensure the design is safe, sustainable, and affordable. This may involve providing education and training to contractors on the unique aspects of 3D printing and its application in construction.

SDG 9: Industry, Innovation and Infrastructure, as this phase involves using 3D printing technology to construct affordable housing units for seniors. This aligns with the goal of promoting sustainable industrialization, fostering innovation, and building resilient infrastructure.

During post-construction phase, the project is expanded by replicating the construction process on a larger scale to create additional 3D-printed units. The team engages with local stakeholders to secure additional funding and support, advocates for policies that support affordable housing options for seniors:

SDG 1: No Poverty, as this phase involves scaling up the construction process to create additional 3D-printed housing units for seniors, which can help reduce poverty and provide affordable housing options.

Goal 4: Quality Education - Engage with local stakeholders to secure additional funding and support for scaling up the project. This may involve educating policymakers and community leaders on the benefits of 3D printing and affordable housing for seniors. This could include educational opportunities for residents on sustainability, energy efficiency, and digital fabrication technologies.

SDG 11: Sustainable Cities and Communities, as the phase involves advocating for policies that support affordable housing options for seniors, which aligns with the goal of making cities and human settlements inclusive, safe, resilient, and sustainable.

Specific indicators to measure progress in achieving these SDGs could include the number of 3D-printed housing units constructed, the percentage of seniors who have access to affordable and sustainable housing options, and the level of community engagement and ownership in the planning and development process. 

The theory of change and logic model that underpin the proposal is comprehensive, taking into account the various stages of the project and the different stakeholders involved.

The theory of change for this proposal is as follows:

If we engage with the community to identify their specific needs and preferences, design a prototype of the housing complex based on community input, and use 3D printing technology to construct affordable and sustainable housing units, then we can create a model for affordable housing that can be replicated on a larger scale to provide more housing options for seniors in Cleveland and potentially other communities.

Logic Model:

The logic model for the Fab-hood senior affordable housing proposal outlines the key activities, outputs, outcomes, and impact of the project.

Inputs:

• Financial resources for land purchase and construction
• Expertise in architecture and 3D printing technology
• Community engagement and outreach efforts

Activities:

• Conduct a comprehensive needs assessment and develop a conceptual plan for the housing complex
• Engage with community members, including seniors, to gather their input and identify their specific needs and preferences
• Work collaboratively with experienced 3D printing contractors to ensure the design is safe, sustainable, and affordable
• Secure additional funding and support for scaling up the project
• Advocate for policies that support affordable housing options for seniors
• Develop educational opportunities for residents on sustainability, energy efficiency, and digital fabrication technologies

Outputs:

• A conceptual plan for the housing complex
• Community engagement and outreach activities
• A prototype design of the digital fabricated housing based on community input
• A final design for the housing complex that is feasible, sustainable, and affordable
• A small-scale model of the housing unit that is tested for durability, sustainability, and energy efficiency
• Additional 3D-printed housing units for seniors in Cleveland

Outcomes:

• Increased access to affordable and sustainable housing options for seniors
• Improved quality of life for seniors in Cleveland through the provision of safe and comfortable housing
• Enhanced community pride and cohesion through community engagement and ownership over the housing development process
• Increased awareness and education on sustainability, energy efficiency, and digital fabrication technologies

Impact:

• Reduced poverty and increased economic opportunities for seniors
• Improved health outcomes for seniors through the provision of safe and comfortable housing
• Enhanced sustainability and resilience of the community through the use of innovative digital fabrication technologies
• Improved policy and institutional support for affordable housing options for seniors and potentially other communities.

The emphasis on community engagement throughout the planning, construction, and post-construction phases is a key factor that sets the proposal apart from traditional affordable housing projects. By engaging with community members, including seniors, and incorporating their needs and preferences into the design and planning process, the project is more likely to be successful in meeting the needs of the target population and promoting community ownership and pride. As such, the Fab-hood proposal use of innovative 3D printing technology, positions the project as a potential disruptor and revolutionary force in the senior affordable housing production industry.

Digital fabrication is used as the core technology in the Fab-hood model to solve the senior affordable housing crisis by utilizing 3D printing technology to construct affordable and sustainable housing units. With the use of digital fabrication, the cost and time required for construction can be significantly reduced while increasing the accuracy and precision of construction. This technology allows for faster and more efficient construction, reducing labor costs, and producing less waste.

Specifically, in the Fab-hood model, 3D printing technology is used to construct housing units that are designed to meet the specific needs and preferences of seniors. The digital fabrication process allows for customization and flexibility in design, enabling the creation of unique and personalized housing units that cater to the individual needs of seniors. For example, housing units can be designed to accommodate mobility aids such as wheelchairs or walkers, as well as features such as handrails and low-step entryways that increase accessibility for seniors.

Moreover, digital fabrication technology enables the production of housing units that are energy-efficient and sustainable. For instance, the 3D printing process can be used to create modular housing units that incorporate renewable energy sources such as solar panels and geothermal heating systems, reducing energy consumption and carbon footprint.

Overall, digital fabrication technology has the potential to disrupt and revolutionize the CDC senior affordable housing industry by significantly reducing construction costs and time, increasing customization and flexibility in design, and producing sustainable and energy-efficient housing units that cater to the needs of seniors. This innovative approach to housing construction can lead to the creation of more affordable and accessible housing options for seniors, improving their quality of life and promoting community development.

The Fab-hood model addresses each of the DEI (Diversity, Equity, and Inclusion) goals and objectives in the following ways:

Diversity: The Fab-hood model engages with community members, local organizations, and policymakers to understand the unique needs of each community and develop housing solutions that are tailored to meet those needs. For example, the design of the housing units can be customized to reflect the cultural preferences of the senior residents. This approach ensures that the housing solutions are diverse and reflective of the needs and preferences of the communities they serve.

Equity: The affordable housing units are specifically designed to cater to the needs of seniors who may not have access to quality housing options. The units are equipped with advanced technologies that improve the quality of life of the residents, such as the air filtration system that helps residents with respiratory issues. This approach ensures that everyone, regardless of their background, has access to quality housing that meets their unique needs.

Inclusion: The Fab-hood model is designed to support social entrepreneurs who use human-centered, inclusive technologies to solve world challenges. This approach ensures that solutions are designed with the most underserved populations in mind and benefits everyone. For example, the digital fabrication technology used in the construction of the housing units is designed to be user-friendly, making it accessible to people of all backgrounds. This approach ensures that everyone feels valued and respected, and their unique perspectives are taken into account when designing the solutions.

Overall, the Fab-hood model is designed to address the DEI goals and objectives by creating diverse, equitable, and inclusive housing solutions that cater to the unique needs of senior residents. The model's use of digital fabrication technology and partnerships with local communities ensures that the housing solutions are accessible, affordable, and reflective of the communities they serve.

The Fab-hood business model is based on a clear understanding of the needs and desires of its key customers and beneficiaries - namely, low-income seniors who are looking for safe, affordable, and comfortable housing options. The model aims to provide these customers with high-quality housing options that are both affordable and sustainable, while also leveraging the power of digital fabrication to create unique and customizable living spaces. By doing so, the model is highly aligned with the needs and desires of its target population, which should increase the likelihood of success. Our key customers and beneficiaries are low-income seniors who need access to affordable housing options.

Products and Services:

Design and Fabrication Services: We provide design and fabrication services for custom-built modular housing units that are tailored to meet the specific needs and preferences of our clients. These units can be easily assembled and disassembled, making them ideal for seniors who want to downsize or move to a different location.

Property Management Services: We provide property management services for our senior housing units, ensuring that our clients have access to maintenance and repair services, as well as other amenities such as security and social programs.

Delivery Method:

Digital Fabrication: Our housing units are designed and fabricated using digital fabrication technologies, which allow for precision and efficiency in the manufacturing process. This also enables us to quickly produce housing units on demand and at a lower cost compared to traditional construction methods.

Partnership with Non-profit Organizations: We partner with non-profit organizations that work with low-income seniors to identify potential beneficiaries and provide support throughout the housing process.

Value Proposition:

Affordable and Customizable Housing: Our housing units are designed to be affordable and customizable, ensuring that our clients have access to high-quality housing that meets their specific needs and preferences.

Sustainable and Efficient Housing: Our housing units are built using sustainable and energy-efficient materials, reducing their environmental impact and lowering utility costs for our clients.

Comprehensive Support: We provide comprehensive support to our clients, from design and fabrication to property management, ensuring that they have access to the services they need to thrive in their new homes.

Revenue Streams:

Housing Sales: We generate revenue through the sale of our modular housing units.

Property Management Fees: We generate revenue through development fees and property management fees for our senior housing units.

A key strength of the Fab-hood model is that it leverages a range of partnerships and collaborations to maximize impact. By partnering with community organizations, housing developers, and other key stakeholders, the model can tap into a range of resources and expertise to help achieve its goals. This can help to increase the effectiveness and efficiency of the model, and also increase the level of community engagement and buy-in.

The Fab-hood model aims to generate revenue through a combination of sources, including sustained donations and grants, selling products and services, service contracts to governments, and raising investment capital.

Sustained donations and grants are critical to the initial stages of the Fab-hood model's operations. These funds will enable the organization to purchase necessary equipment and materials to build the senior affordable housing units. The organization will also need funds to cover the costs of hiring and training staff, managing the project, and engaging with community partners.

Selling products and services will also generate revenue for the organization. The Fab-hood model offers a range of products and services, including senior affordable housing units, community gathering spaces, and training and education programs on digital fabrication technology. These offerings can be sold to governments, developers, and individuals interested in purchasing affordable housing units.

Service contracts to governments are another potential revenue source for the Fab-hood model. The organization can partner with local governments to provide affordable housing units for senior citizens. By working with local governments, the Fab-hood model can secure long-term contracts that provide a stable revenue stream.

Lastly, raising investment capital is another potential source of funding for the Fab-hood model. The organization can seek out investors who are interested in supporting innovative solutions to the senior affordable housing crisis. The organization can provide returns to investors through rental income generated by the senior affordable housing units.

Overall, the Fab-hood model's revenue streams will need to cover the expected expenses of the organization. This includes the cost of building and maintaining senior affordable housing units, paying staff, and engaging with community partners. By diversifying its revenue streams, the organization can ensure that it has the financial resources it needs to achieve its mission and continue to serve its key customers and beneficiaries.

Diversifying revenue streams: The Fab-hood will look for multiple sources of income, including grants, donations, corporate sponsorships, and earned income from the sale of products and services. By diversifying revenue streams, the organization can mitigate risk and ensure financial stability.

Social Impact Bonds (SIBs): The Fab-hood can explore the use of Social Impact Bonds to fund their work. SIBs are a type of investment where private investors provide upfront capital to support a social program, and the government or other entity pays them back with interest if the program meets predetermined outcomes. This type of financing can help the Fab-hood access new sources of capital and reduce the risk for investors.

Partnering with developers and contractors: The Fab-hood can partner with developers and contractors to provide design and construction services for affordable housing projects. By doing so, they can earn revenue and ensure their designs are being implemented in the built environment.

Impact investing: The Fab-hood can look to impact investors for funding. Impact investors are individuals or institutions that seek to generate positive social or environmental impact alongside financial returns. These investors can provide capital in exchange for equity or debt in the organization.

Government contracts: The Fab-hood can explore opportunities to bid on government contracts to provide design and construction services for affordable housing projects. Government contracts can provide a reliable source of income for the organization.

These are just a few examples of how the Fab-hood can achieve financial sustainability. The organization will need to carefully evaluate its options and develop a comprehensive strategy to ensure long-term financial stability.