Amogh N P
 In loving memory of Amogh N P — Architect · Designer · Visionary 
An aerial view of a neighbourhood — the context a site analysis must read before design.
Unit VSurveying, Levelling & Site Planning

Site Inventory, Analysis & Planning

Reading a site's opportunities and constraints before you design.

≈ 35 min + study task

The survey produced a base plan; now you read it for design. Site analysis inventories everything on and around a parcel and interprets it as opportunities to exploit and constraints to work around — so the building responds to its context instead of fighting it. This is where surveying meets the studio.

Learning objectives

By the end of this lesson, you will be able to — mapped to the course outcomes for Surveying, Levelling & Site Planning:

1
CO5 · Understand

Explain why a site is analysed before design and what is inventoried.

2
CO5 · Analyse

Read a site's characteristics as opportunities and constraints.

3
CO5 · Analyse

Use slope analysis to identify buildable versus difficult ground.

4
CO6 · Apply

Apply the site-analysis diagram and site-planning principles.

Reading the site

Inventory, analyse, plan

Inventory the physical, climatic and cultural factors; interpret them; then plan with the land. The site-analysis diagram overlays it all on a base plan as a tool for thinking, and slope analysis finds the buildable ground.[1, 2]

The site-analysis diagram sun path prevailing wind access point trees to keep view to frame
DiagramA site-analysis diagram overlaying sun path, wind, access, views, trees and slope on a plot
Slope analysis — where to build buildable gentle, well-drained steep — keep clear drainage line (valley)
DiagramSlope analysis reading contours into a gentle buildable zone and a steep keep-clear zone with the drainage line

Opportunities & constraints

Site analysis is the pre-design study of everything on and around a parcel, interpreted as opportunities (a view, a south face, a tree, a quiet edge) and constraints (a steep grade, a noisy road, a setback, a flood-prone low point). Design then becomes a reasoned response to context.[1, 2]

Site-planning principles built zone service zone open space / drainage kept circulation Zone uses, build with the land, orient for climate, keep natural drainage.
DiagramSite-planning principles: zoned uses, circulation, orientation and preserved open space and drainage
An aerial view of an urban area showing plots, roads and access — the man-made site layer.
PhotoAn aerial view of an urban area showing plots, roads and access — the man-made site layer.Harshit SR · CC BY-SA 4.0 · via Wikimedia Commons
A landscape site with terrain and natural features to inventory and respond to.
PhotoA landscape site with terrain and natural features to inventory and respond to.Unknown author · Public domain · via Wikimedia Commons
Related guides

Going deeper

Site analysis runs straight into landscape and climate. For more, see the Studio Matrx landscape guides and the companion Environmental Studies and Building Services courses for drainage, climate and orientation.

At a glance

Reading the site

AspectOneThe other
VerdictOpportunities: exploit (view, south face)Constraints: work around (steep, noisy)
Data typeNatural: topography, soil, hydrologyMan-made: roads, utilities, zoning
ViewsGood: frame with windowsBad: screen with walls / service zones
Slope for buildingGentle: buildable, drains wellSteep: earthwork, retaining, often left open
The diagramUsed as: analysis / thinking toolNot: decoration
Vocabulary

Key terms

Site analysis

Pre-design study interpreting site data into opportunities and constraints.

Site inventory

The organised record of all site characteristics — the data before interpretation.

Topography

The configuration of the land surface — its shape, slope and relief.

Watershed

The area draining to a common outlet; defines the site's drainage pattern.

Microclimate

Localised climate on a site differing from the regional climate.

Accessibility

The ease of reaching a site by road, transit, foot and emergency vehicles.

Setback / FSI

Minimum unbuilt margin to the boundary, and the floor-area ratio — both state/local-specific.

Site-analysis diagram

Edward T. White's graphic overlay of site data, used as a design-thinking tool.

Apply it

Study task

Draw a site-analysis diagram for a real plot near you: mark the sun path and prevailing wind, the access point, noise sources, good and bad views, slope direction and drainage, and trees to keep. Then write two opportunities and two constraints the diagram reveals.

Check your understanding

Self-assessment

1. Edward T. White's site-analysis diagram is primarily —

2. On a contour plan, tightly spaced lines on a site indicate —

3. In India, the exact FSI and setbacks for a plot are set by —

In a nutshell

Recap

Site analysis inventories a parcel and reads it as opportunities and constraints before design.
The checklist spans physical (topography, soil, drainage), climatic and cultural (access, utilities, legal) factors.
The site-analysis diagram overlays this on a base plan as a design-thinking tool, not decoration.
Slope analysis finds buildable ground; the planning principles build with the land, orient for climate and keep drainage.
The evidence

References & further reading

  1. [1]Kevin Lynch & Gary Hack, Site Planning (3rd ed.). Cambridge, MA: MIT Press, 1984.
  2. [2]Edward T. White, Site Analysis: Diagramming Information for Architectural Design. Architectural Media, 1983.
  3. [3]Joseph De Chiara & Lee Koppelman, Urban Planning and Design Criteria. New York: Van Nostrand Reinhold, 1982.
  4. [4]Edward T. White, Site Analysis (on the site-analysis diagram as a design tool).

Further reading

  • Kevin Lynch & Gary Hack, Site Planning. MIT Press.
  • Edward T. White, Site Analysis. Architectural Media.
  • Joseph De Chiara & Lee Koppelman, Urban Planning and Design Criteria.

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.