Please visit my web page "Urban Tenets" at https://urbantenets.nl/
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Resource constraint, material scarcity, frequent maintenance needs and multiplicity of stakeholders, require “modularity” to be adopted as “a uniform conceptual model” and a “universal language” for spatial development, urban management and O&M.
Modular by design:
Modularity by design permits infrastructure and built environment to be easily expandable, scalable and replicable. We see application of modular design concepts starting from modular pavement tiles, to modular water and waste water treatment plants, to modular housing units, to modular land and zoning parcels.
While there is already increasing standardisation in terms of industry supplied components (product level); there is still room for modularity in terms of i) creativity (currently limited to individual projects), ii) open-source environment (currently there is asymmetry of information) and iii) statutory obligation (currently it remains mostly optional/ a choice).
Modular for interoperability:
Modularity in terms of interoperability makes built environment components to be easily replaceable and interchangeable. We see the concept in action mostly in terms of maintenance where, “more the level of modularity, faster the maintenance process” (replacing/ swapping of components) e.g.
There is still enough scope for interoperability in terms of modular concept within the built environment, which means built environment increasingly to be designed with replaceable/ swappable components, so that the output of maintenance work should not compromise the integrity of built environment and doesn’t remain just a makeshift arrangement, patchwork or eyesore.
Modular for operations:
Modularity for operations offers agility, elasticity and adjustability. For instance, level of urban services delivery that corresponds to fluctuating daily, diurnal and seasonal demand (adjustment of transport services, traffic regulation, power load management etc).
There is still room for agility in terms of modular operation like system at built environment level that may go to hibernation when not in use (Sensors/ automation/ IBMS), real-time readaptation of spaces (temporal and temporary usage), real-time spatial concertation/ relocation of services matching demand (interoperable office or commercial space/ resource/ energy management based on real-time demand).
Modularity for cognition:
We see modularity in terms of cognition at city scale, like urban way finding signages with a common theme and scheme across city which makes it easier to navigate. As our brain reduces information to smaller, familiar and recognisable modules (symbols, patterns) for easy processing, same is true for city scale modularity in terms of cognitive processing.
Author: Anoop
Jha
Image source:
Author
[Recent update
Starting 2024, launching urban management, interior design, home decor and commissioned artwork services in the Netherlands, serving local as well as international remote clients.
Please Note, that I am also conducting a FREE 45-minute online individual consultation on your interior design and home decor needs and aspirations if you are in the Netherlands or even internationally. Drop me an email at anoop.jha@gmail.com
Please visit my web page "Urban Tenets" at https://urbantenets.nl/
Instagram interior design page @urbantenets
Instagram fine art and illustration page @urbanoregional
My LinkedIn Profile: https://www.linkedin.com/in/anoopjha/
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#modular
#modulardesign #urbanplanning #builtenvironment #urbandesign #circulareconomy
#Netherlands #DenHaag #Hague #Amsterdam #Rotterdam #Leiden #Delft #Eindhoven
