The human-centered city : technological implications for future design
type: CreativeWork
description: The first two Industrial Revolutions, together with modern economic and political systems, gave birth to modern cities, which became the prototype of cities as we live in today. Modern economy's pursuit of specialization and agglomeration lead to the separation of different urban functions. Meanwhile, efficient construction technique (characterized by steel and reinforced concrete) and modern transportation network strengthen such separation. However, this model of urban development prioritizes economic efficiencies, therefore it is fundamentally in conflict with human's biological needs. In other words, modern cities are not human-centered. Through a reflection on the rising new technologies of the fourth Industrial Revolution, such as Artificial Intelligence and Autonomous Vehicle, this thesis argues that if the next generation of cities can harness these technologies well, urban life can be more human-centered. One of the most significant realm in the fourth Industrial Revolution is the merging of Info-tech and Bio-tech, its breakthrough will overturn existing modes of living and production, creating new economic opportunities and subsequently, new spatial needs. Urban and architectural designers must keenly realize these trends and needs, actively embrace new technologies, and design spaces that truly prioritize the needs of human beings. The thesis proposes six future design principles that are more physical form related: 1) Small-scale; 2) Live/work Mix; 3) Permeable Public Space; 4) Interwoven Nature; 5) Attraction-driven; 6) Dispersion. These principles are formal manifestations of the spirits of the fourth Industrial Revolution. In the last chapter, they are applied on a chosen site near Central Square (Cambridge, MA) to create a productive live/work neighborhood.
abstract: The first two Industrial Revolutions, together with modern economic and political systems, gave birth to modern cities, which became the prototype of cities as we live in today. Modern economy's pursuit of specialization and agglomeration lead to the separation of different urban functions. Meanwhile, efficient construction technique (characterized by steel and reinforced concrete) and modern transportation network strengthen such separation. However, this model of urban development prioritizes economic efficiencies, therefore it is fundamentally in conflict with human's biological needs. In other words, modern cities are not human-centered. Through a reflection on the rising new technologies of the fourth Industrial Revolution, such as Artificial Intelligence and Autonomous Vehicle, this thesis argues that if the next generation of cities can harness these technologies well, urban life can be more human-centered. One of the most significant realm in the fourth Industrial Revolution is the merging of Info-tech and Bio-tech, its breakthrough will overturn existing modes of living and production, creating new economic opportunities and subsequently, new spatial needs. Urban and architectural designers must keenly realize these trends and needs, actively embrace new technologies, and design spaces that truly prioritize the needs of human beings. The thesis proposes six future design principles that are more physical form related: 1) Small-scale; 2) Live/work Mix; 3) Permeable Public Space; 4) Interwoven Nature; 5) Attraction-driven; 6) Dispersion. These principles are formal manifestations of the spirits of the fourth Industrial Revolution. In the last chapter, they are applied on a chosen site near Central Square (Cambridge, MA) to create a productive live/work neighborhood.
author: Hu, Yu,M.C.P.Massachusetts Institute of Technology.
language: eng
keywords: Urban Studies and Planning.
license: http://dspace.mit.edu/handle/1721.1/7582
date published: 2019
date modified: 2026-07-22T22:21:59Z
provider: MIT
publisher: Networked Digital Library of Theses and Dissertations
type: WebPage
source organization: Massachusetts Institute of Technology

PropertyValue
property ID: Handle
value: https://hdl.handle.net/1721.1/123957