Amogh N P
✦ In loving memory of Amogh N P — Architect · Designer · Visionary ✦
A shaded landscaped courtyard at the heart of an Indian institutional campus — multi-storey blocks orientated to cast shade over a green court with trees and a water body, designed for the hot climate.
Unit IIArchitectural Design VII

Site, Climate & Context

Massing for sun and wind, and the infrastructure of a large development.

≈ 35 min + studio work

At the urban scale, the site stops being a backdrop and becomes the design's main partner. This unit is about sensitising the project to its environment: reading the large site's climate, orientation and microclimate and massing the group of buildings for sun, shade and wind; and providing the infrastructure a large development needs — water, sewerage, stormwater, power, waste — which at this scale is a structuring system, not a service afterthought.

Learning objectives

By the end of this unit, you will be able to — mapped to the course outcomes for Architectural Design VII:

1
CO2 · Understand

Read a large site's climate, orientation and microclimate and respond in the massing.

2
CO2 · Apply

Mass a group of buildings for sun, shade, wind and the public open spaces.

3
CO4 · Understand

Plan the infrastructure of a large development as a structuring system.

4
CO2 · Apply

Sensitise the design to its urban and environmental context.

Sun, wind, shade, context

Massing for climate

Climate at the group scale is controlled by massing and the designed spaces between buildings — and a large project must strengthen its urban context.[9, 2]

Mass the group for climate harsh sun (W) shaded court breeze in Orient blocks to self-shade, open the court to the breeze — the court and mat patterns are climate devices.
DiagramMassing a group of buildings to shade each other and the courtyard, with the open side to the breeze

Sun, wind, rain

Begin with the site's CLIMATE — the sun path and the harsh and benign orientations, the prevailing wind, the monsoon and stormwater, and the microclimate the existing trees, water and ground already create. In most of India the design problem is shade and ventilation; orientation and self-shading massing matter more than any single building's facade. (Cross-link the Climatology course for the physics.)[9]

Fit the scale of the place existing fabric new development steps up public realm at the edge A large project changes its locality — design the change deliberately, by edge and section.
DiagramA section showing the new development stepping down to meet the scale and grain of its existing urban context
The hidden city

The infrastructure armature

A large development carries its own infrastructure city — water, sewerage, stormwater, power and waste — that structures the plan. Design the armature first; buildings then find their place.[4]

Infrastructure as the armature road water main sewer / power trunk open space STP / plant Design the armature first — buildings find their place; design buildings first — services become a costly patch.
DiagramThe armature of roads, trunk services and open space on which the buildings of a large development sit

The hidden city

A large development carries its own infrastructure city: water supply (sourcing, storage, distribution, pressure zones), and sewerage and treatment (often an on-site STP, with treated water reused for landscape and flushing). At this scale these systems shape the plan — where the plant goes, how the gradients fall, where the trunk mains run — so they must be designed WITH the layout, not after it.[4]

Site, climate, infrastructure in one table

At a glance

AspectOneThe other
Climate control at scaleBy single-building facadesBy massing & the spaces between
Open spaceMyth: left-over landDesigned for shade, breeze, public life
InfrastructureMyth: a hidden afterthoughtA structuring system, designed with the layout
StormwaterIgnored: floods the developmentDesigned: part of the public landscape
Order of designBuildings first, services patchedArmature first, buildings find place
Vocabulary

Key terms

Microclimate

The local climate created by a site's trees, water, ground and built form.

Massing for climate

Shaping and orienting a group of buildings so they shade each other and the public realm and channel breeze.

STP

Sewage Treatment Plant — an on-site system treating wastewater, often for landscape/flushing reuse.

SUDS / rainwater harvesting

Sustainable urban drainage and rain capture — stormwater as designed landscape.

Trunk services

The main water, sewer, power and data lines that structure a development's layout.

Armature

The structuring framework of roads, services and open space on which buildings sit.

Solid-waste management

Collection, segregation and processing of waste across a development.

Context sensitivity

Designing a large project to strengthen its natural and urban surroundings.

Apply it

Studio task

For your site, draw a climate-and-context analysis (sun path, prevailing wind, harsh orientations, neighbours, edges) and then a massing diagram showing how the group self-shades and opens to the breeze. Separately, draw the infrastructure armature — roads, trunk services, open-space network, where the STP and plant sit — and show how the buildings sit on it.

Check your understanding

Self-assessment

1. At the urban scale, climate is most powerfully controlled by —

2. In a large development, infrastructure (water, sewerage, stormwater, power) is best treated as —

3. Getting stormwater design wrong in monsoon India most directly causes —

In a nutshell

Recap

At the urban scale the site is the design's main partner — read its climate, orientation and microclimate first.
Climate is controlled by massing and the designed spaces between buildings, not by single facades.
Open space is designed for shade, breeze and public life — not left over.
A large development carries its own infrastructure city — water, sewerage, stormwater, power, waste — that structures the plan.
Design the armature (roads, services, open space) first; the buildings then find their place.
The evidence

References & further reading

  1. [2]Leach, Neil (ed.) — Rethinking Architecture: A Reader in Cultural Theory (Routledge, 2000).
  2. [4]Kliment, Stephen A. (ed.) — Building Type Basics series; CPHEEO Manuals (water, sewerage, SWM) for Indian infrastructure norms.
  3. [6]Nesbitt, Kate (ed.) — Theorizing a New Agenda for Architecture (Princeton Architectural Press, 1996).
  4. [9]Koenigsberger, O.H. et al. — Manual of Tropical Housing and Building; SP 41 (BIS) — climate-responsive design.

Further reading

  • Koenigsberger et al. — Manual of Tropical Housing and Building.
  • Stephen A. Kliment (ed.) — Building Type Basics series.
  • CPHEEO Manuals — Water Supply, Sewerage and Solid Waste (Govt. of India).

Sources gathered and fact-checked June 2026. Published values vary by source, sample and method — treat as indicative and confirm against the cited standard before structural use.