According to the United Nations, presently, approximately 54% of the world’s population lives in urban areas, with the number expected to increase to 66% by 2050. Urban areas that are ill prepared to deal with their present population needs will have to develop and manage housing, healthcare, education, transportation, infrastructure and food production for an additional 2.5 billion people. Because of this, managing urban areas has become one of the most important development challenges of our century. When we add to this equation climate change and shortage of land produced by the increase in the sea level, we end up with large populations with nowhere to place them. Communities near the water will have to start developing new typologies in housing designed to float as a means to adapt to the changes in the sea level produced by global warming. The following research is part of an on-going process of developing adaptable design of dwelling typologies for the immediate future. In this paper, I will be presenting a proposal for a floating dwelling typology designed to adapt to the evolution of three aspects of life: the social one, mainly dealing with how the idea of the traditional family has given way to multiple types of social micro-communities that are forcing residential design into a much more adaptable typological complexity; the labour aspect, estimating a growth on working online and of self- employment, turning their residences into offices or micro-factories where they will produce, package and sell their products with the help of the internet using online marketplaces and the food production aspect, where the next generation dwelling unit will reclaim certain elements of farming and resettle them in the city.
Systemic interdependence, floating dwelling, live/work/farm, third nature
 Flemming Rafn Thomsen, Third Nature. Towards empathetic, transparent and engaging cities, UTZON (x) Lecture series, fall 2014, 13:00, October 8th, Create campus.
 Agnete Schimmell Raakjær, Ole Schrøder og Flemming Rafn Thomsen, 2017, Nature Value, tredje natur, http://tredjenatur.dk/en/nature-value/. Accessed: May 19th 2019.
 Building Green, Making it Right in New Orleans- A tour of rebuilding in the Ninth Ward of NOLA, with green homes designed by some of the world’s leading architects, Building Green, 2011. [On-line] https://www.buildinggreen.com/blog/making-it-rightnew-orleans. Accessed: May 28th 2019.
 Alarcon Jonathan, The Float House-Make it Right/ Morphosis Architects, Arch Daily, 2012. [On-line] https://www.dezeen.com/2014/10/15/baca-architects-amphibious-housefloating-floodwater/. Accessed: May 28th 2019.
 Winston Anna, UK’s ‘first amphibious house’ can flat on floodwater like a boat in a dock, Arch Daily, 2014. [On-line] https://www.archdaily.com/259629/make-it-righthouse-morphosis-architects. Accessed: May 28th 2019.
 Cerro Camilo, Next Generation Habitation Typologies: Live/Work/Farm, WIT Transactions on Ecology and the Environment, Vol. 226, WIT Press 2017, pp 219-226. ISSN:1743-3541 (On Line).
 Wahlgren Roland V., Water-from-air Quick Guide: An Atmoswater Knowledge Product, CreateSpace Independent Publishing Platform, 2016. ISBN: 1523-6388-18, 9781-5236-3881-9.
 Tesla Motors, “Powerwall Tesla Home Battery,” 2015. [Online] https://www.tesla.com/powerwall Accessed: May 28th 2020.
 Yulianto Purwono Prihatmaji, Dimas H. Nugraha, Keeping the Floating House Afloat in Banjarmasin: Implementation Potential of EPS Floating Technology for Foundation Engineering, 2019, pp 6-9. DOI: 10.1051/matecconf/201928002001
 Unite Nations Sustanable Development Goals Knowledge Platform, Helping Governments and Stakeholders make the SDGs a reality,