Site Analysis for Architecture in India — A Student's Working Reference — Seven Dimensions · Five-Phase Process · Indian-Context Specifics · 30-Page Deliverable

Site analysis is the discipline that grounds every design move in evidence. Done well, each architectural decision can be traced back to a specific site finding. Done badly, the design rests on assumptions that fail in actual conditions.

This guide is the working reference for Indian B.Arch and M.Arch students on site analysis as a discipline. It covers the seven dimensions to investigate, the five-phase process over 8-12 weeks, six Indian-context specifics that differ from global templates, ten common mistakes, and the toolchain.

Site analysis is not a checklist item. It is the design driver. Every design move you make should trace back to a specific site finding. If it can't, the analysis was decoration not investigation.

For complementary depth see Architecture Thesis Methodology, Architecture Thesis Topics, Architecture Case Study Analysis, Architectural Drawing Representation Fundamentals.

This is an evergreen guide — methodology has been stable since the 1960s. Last verified: May 2026 · Next verify: May 2028.

The Seven Dimensions

Site analysis investigates seven distinct dimensions. Each one contributes specific findings that translate into design implications.

1. Physical + Topographic

Site dimensions, area, FAR potential, contours + slope, soil bearing capacity (SBC report mandatory), geology, water table, hydrology, existing vegetation.

Methods: total station / DGPS / theodolite survey, soil test (3 boreholes typical), drone survey for larger sites.

Deliverables: contour plan at 0.5m, slope analysis, signed soil report, drainage analysis, existing condition photos.

2. Climate + Microclimate

Climate zone (NBC 2016 / SP 41 — 6 Indian zones), sun path, wind rose, temperature + humidity averages, annual rainfall + monsoon timing, microclimate variations.

Methods: IMD station data (10+ years), Climate Consultant + Ladybug, on-site sun diary, NBC 2016 Part 8 climate analysis.

Deliverables: climate analysis summary, sun path diagrams (4 seasons), wind rose, comfort hours analysis.

3. Regulatory + Legal

Land use zoning, FAR + ground coverage + height + setbacks, heritage listing (ASI / state / INTACH), easements, ULB-specific bylaws.

Methods: ULB bylaws document review, approved zoning map, title deeds, legal review.

Deliverables: regulatory summary table, bylaw quotes + interpretations, heritage status note.

4. Cultural + Social

Neighbourhood character, community demographics, vernacular references, stakeholder mapping, existing rituals + daily life patterns.

Methods: walking survey + photo essay, Census 2011 + state updates, stakeholder interviews (5-10), ethnographic observation.

Deliverables: neighbourhood character study, demographic + cultural map, vernacular reference set, stakeholder matrix.

5. Functional + Access

Road access + frontage, public transit + frequency, pedestrian routes, service + emergency vehicle access.

Methods: traffic + footfall count (3 time slots), local transit check, service vehicle turning radius, fire department ingress.

Deliverables: access + circulation diagram, traffic count summary, pedestrian flow plan.

6. Ecological + Environmental

Existing vegetation + tree census, fauna + protected status, water bodies + watersheds, flood + seismic risk, pollution sources.

Methods: tree survey + species identification, fauna observation, CGWB watershed + flood data, IS 1893 seismic zone reference.

Deliverables: tree census plan, habitat connectivity map, watershed + drainage plan, hazard zone identification.

7. Visual + Aesthetic

Views into the site (entry sequence), views out (selling views), skyline + landmarks + scale references, sound + smell + light at site boundary, heritage building proximity.

Methods: sectional view diagrams, panoramic photo set, skyline study, acoustic + olfactory walk, sight-line analysis.

Deliverables: visual analysis diagram, panoramic photo set, sensory walk notes, sight-line study.

Cumulative deliverable

25-40 page bound site analysis document + 10-15 site analysis drawings + 3-5 photo essays + 5-10 stakeholder interview summaries + 2-page executive summary.

Aerial drone-style photograph of an Indian urban architectural site of approximately 1000 sqm in a Bangalore tier-1 residential neighbourhood, the site outlined with a subtle red boundary, surrounded by neighbouring residential buildings and a small park to one side, road access from the south with a 9-metre wide road, the contour pattern visible in the site's slight slope toward the east, existing vegetation visible with 3-4 mature trees, the photograph composed with annotation overlay arrows pointing to FRONTAGE, SLOPE, EXISTING TREES, ROAD WIDTH giving a sense of site-analysis documentation, late afternoon golden light, drone-quality aerial perspective

The Five-Phase Process

The five-phase site analysis process timeline from desktop research through site visits through specialist studies through analysis and synthesis to documentation showing for each phase the week range the activities the deliverables and the common mistakes that students make at each phase

Phase 1 — Desktop research (Wk 1-2, 10-15 hrs): Google Earth + Sat imagery + topo maps, ULB bylaws + zoning + master plan, Census 2011 + state demographics, IMD climate data, IS code references.

Phase 2 — Site visits + observation (Wk 2-4, 25-40 hrs): 5-7 visits at different times of day, photography + sketching + dimension check, sun-path + wind verification on site, stakeholder interviews (5-10), acoustic + olfactory walk.

Phase 3 — Specialist studies (Wk 4-6, 15-25 hrs): Soil bearing capacity test (3 boreholes), tree census + species identification, traffic count (peak + off-peak), structural condition for existing.

Phase 4 — Analysis + synthesis (Wk 6-8, 20-30 hrs): SWOT (Strengths/Weaknesses/Opportunities/Threats), opportunities + constraints matrix, design implication translation, key insights for thesis brief.

Phase 5 — Documentation (Wk 8-10, 15-25 hrs): site analysis drawing set (10-15 drawings), bound document (25-40 pages), executive summary (2 pages), presentation deck.

Total: 85-145 hours across 8-12 weeks. Cannot be compressed below 6 weeks for genuine quality. Plan thesis Gantt accordingly.

For a studio project (8-12 weeks total), scale down to ~30-50 hours of site analysis; skip soil report + specialist studies; focus on Phases 1, 2, 4.

Wide-angle photograph of a soil bearing capacity test in progress on an Indian residential plot, two geotechnical technicians in safety vests operating a small drill rig that has bored a borehole approximately 5 metres deep into the site, the soil samples laid out on plastic sheets next to the borehole organised by depth, a third technician taking samples to a portable bag for lab analysis, the site context shows a neighbourhood residential plot with adjacent houses partially visible, mid-morning natural light, the architectural thesis student in casual kurta observing the test and taking notes, professional soil-testing fieldwork for site analysis

Six Indian-Context Specifics

Indian site analysis demands more rigour than global templates suggest. Six specifics that differ.

1. Climate diversity across 6 zones — Hot-Dry, Warm-Humid, Composite, Cold, Tropical Savanna, Tropical Wet. Same building solution does NOT work across zones. Hot-Dry needs courtyards; Cold (Himalayan) needs solar heat gain.

2. Complex regulatory landscape (ULB to ULB) — Each ULB has different bylaws. FAR for same plot in Bangalore vs Mumbai vs Delhi often differs by 30-50%. Setbacks differ. Approval process differs.

3. Heritage + ASI overlay considerations — ASI protects sites + 100m + 200m around them. State archaeology dept protects state-listed sites. INTACH lists unprotected heritage. Check all three. NMA approval timelines: 6-18 months for ASI overlay.

4. Seismic + cyclone hazard mapping — Most Indian sites have non-trivial seismic or cyclone hazard. IS 1893 has 5 zones. Coastal cyclone zones have additional wind requirements.

5. Cultural + religious site sensitivities — Nearby temples, mosques, churches, gurudwaras with festival activity, processions, daily worship. Sound restrictions, visual sight-lines to deity may apply.

6. Informal settlement + stakeholder mapping — Many Indian sites have informal settlements nearby or on-site. Tenure may be contested. Livelihoods embedded. Generic site analysis misses these.

Ten Common Site Analysis Mistakes

1. Treating site analysis as checklist not design driver

2. Visiting the site only once

3. Not visiting at multiple times of day

4. Skipping the soil bearing capacity test

5. Using satellite imagery as substitute for site visit

6. Text-heavy documentation without drawings

7. Ignoring regulatory + bylaws framework

8. Not mapping stakeholders

9. Skipping zone-specific climate analysis

10. Not translating findings to design implications

The honesty test

Show your site analysis to a senior alumnus. Ask: "Can you trace any 3 design moves I've made back to specific site findings?" If no, the analysis is decoration.

Wide-angle overhead photograph of an architecture studio table with a complete site analysis package laid out — large-format A1 site analysis drawings spread across the table showing 7 different dimensions of analysis (contours plus climate plus bylaws plus access plus ecology plus visual plus cultural), a printed photo essay of the site at different times of day pinned beside, a printed 25-page bound site analysis report book open in the centre, a sketchbook with site sketches at the corner, sticky notes connecting findings to implications, a cup of chai, late afternoon natural light from the studio window, the moment of synthesised site-analysis package ready for thesis review

The Toolchain

Toolchain for site analysis covering software tools like QGIS for GIS analysis Google Earth Pro for context Ladybug for climate analysis Climate Consultant for psychrometric charts and field tools like measuring tape laser distance meter sun-path tool acoustic and lux meter camera and sketch book

Software (mostly free)

QGIS (free GIS), Google Earth Pro (free), Ladybug Tools (free climate analysis in Rhino/GH), Climate Consultant (free UCLA tool), AutoCAD or QGIS for drawings, Photoshop or Affinity for diagrams.

Field tools (₹ 3,000-7,000 total)

Measuring tape (30m + 5m), laser distance meter (Bosch GLM 50 is reliable), compass + clinometer (or phone apps), sun path tool (Sun Surveyor app), DSLR/phone camera, sketchbook + 2B pencil.

Indian data sources (free)

Bhuvan (ISRO) — best Indian-context portal for satellite imagery + thematic maps. IMD — 30+ year climate normals at station level. Census 2011 + state stats — ward-level demographic granularity. CGWB — watershed data. NDMA — hazard zone maps.

Pre-Site-Analysis Checklist

1. Site shortlist confirmed with thesis guide

2. Initial site visit done (orientation, not full analysis)

3. Site title clarity verified (legal status, ownership)

4. Soil testing agency identified, quote received

5. ULB bylaws document acquired

6. Camera + measuring tape + sketchbook ready

7. Stakeholder list drafted (5-10 names to interview)

8. Site analysis Gantt drafted (8-12 weeks)

9. Site visit schedule planned (5-7 visits across morning + noon + evening + weekend + monsoon if possible)

10. Software stack installed and tested (QGIS, Google Earth Pro, Climate Consultant)

Where to Go Next

For thesis methodology: Architecture Thesis Methodology in India
For thesis topic selection: Architecture Thesis Topics in India
For case study discipline (precedent analysis): Architecture Case Study Analysis
For climate-zone depth: Cross-Ventilation in Indian Homes, Natural Light Planning, Designing for Indian Climate
For regulatory context: Building Plan Approval Process in India, Building Bylaw Atlas, state-specific atlas pages
For drawing standards: Architectural Drawing Representation Fundamentals

References

1. NBC 2016, Part 0 + Part 2. Definitions and Administration; General Building Requirements.

2. NBC 2016, Part 8 (Building Services), Section 4 (Acoustic). Climate Zone Classification.

3. SP 41 (BIS 1987). Handbook on Functional Requirements of Buildings.

4. IS 1893 (BIS 2016). Criteria for Earthquake Resistant Design of Structures (Seismic Zone Map).

5. IS 875 Part 3. Code of Practice for Design Loads (Wind).

6. Lynch, K. (1960). The Image of the City. MIT Press.

7. White, E.T. (1983). Site Analysis — Diagramming Information for Architectural Design. Architectural Media.

8. Bhuvan (ISRO) Indian satellite imagery portal — bhuvan.nrsc.gov.in

9. IMD India Meteorological Department. Climate normals + station data.

10. Census of India 2011. Demographic data at ward + district level.

Author's note: Site analysis is the most undervalued discipline in Indian architectural education. Students skip it, faculty don't reinforce it, theses are weaker for it. The discipline pays back over a 40-year career — every project gets stronger when site analysis is rigorous. Treat it as the design DRIVER not the design PREAMBLE. Each finding should translate to an implication. Each implication should shape a design move. That traceability — finding to implication to design — is what makes thesis defensible at viva and built work defensible in practice.

Disclaimer: Site analysis methodology is stable; this guide refreshes every 24 months. Specific Indian regulatory references (ULB bylaws, ASI heritage rules, IS codes) evolve more frequently — verify currency before locking your site analysis. Soil bearing capacity testing must be done by certified geotechnical engineers; do not rely on visual assessment. Heritage status verification with ASI, state archaeology, and INTACH should be done independently before commitment. Studio Matrx, its authors and contributors are not responsible for design or regulatory decisions based on this guide.