LESSON 7.8 — Modern Indian Architecture

A. Standard Map

B. Mechanism in Words

1. Colonial architecture imposes and adapts (1850–1920): British architects apply Gothic Revival and Classical vocabularies to Indian institutional buildings; later, the Indo-Saracenic style attempts to synthesise Islamic, Hindu, and European Gothic elements as a politically symbolic gesture toward Indian cultural identity
2. Lutyens synthesises empire and Indian heritage (1911–1931): New Delhi is conceived as imperial capital; Lutyens uses Baroque axial planning with careful quotation of Indian elements (Sanchi stupa dome, chhatris, jali screens) to create an architecture that is simultaneously British and Indian — and is therefore neither
3. Chandigarh tests Western Modernism in an Indian city (1950–1965): Le Corbusier’s Capitol Complex applies Brutalist principles to a post-colonial Indian civic context; the buildings are formally radical and climatically appropriate (brise-soleil for sun protection) but spatially monumental in a way that some critics find disconnected from Indian human scale
4. Correa responds to climate and culture structurally (1958–2015): His primary design instrument is the “open-to-sky” space — a courtyard, terrace, or garden exposed to sky — used both for climatic moderation (ventilation, thermal buffer, outdoor living) and for cultural continuity with the Indian tradition of indoor-outdoor space
5. Doshi synthesises Corbusian and Kahnian influences with Indian specificity (1955–2023): After working in Le Corbusier’s Chandigarh atelier and in Kahn’s Philadelphia office, Doshi develops a hybrid practice that explores incremental, participatory, and socially inclusive architecture — Aranya Housing is his most celebrated social project
6. Baker discovers Indian vernacular as architecture (1960–2007): Working in Kerala with minimal budgets, Baker demonstrates that the rat-trap bond, filler slab, and locally sourced materials can produce buildings of great spatial quality and thermal performance — a parallel to Frampton’s Critical Regionalism from within practice
7. A generation of Delhi modernists build the new nation’s institutions (1960s–1980s): Rewal, Kanvinde, Raje, and Stein design government buildings, campuses, and cultural institutions that negotiate between international modernism and Indian conditions through structural expression, material specificity, and spatial sequence

C. Core Concept Explanations

C1. Colonial Architecture — Gothic Revival and Indo-Saracenic

Gothic Revival in India (c. 1850–1900)

British architects applied the Gothic Revival style — dominant in Victorian Britain as the authentic expression of Christian and medieval values — to institutional buildings in colonial India. The functional rationale was climatological: Gothic pointed arches allowed steeper vaults that shed rainwater more effectively, and Gothic detailing could be adapted with verandas, loggias, and shaded arcades suited to Indian conditions.

Indo-Saracenic Style (c. 1860–1920)

The Indo-Saracenic style was a deliberate architectural policy, not a natural hybrid. British architects — primarily Robert Fellowes Chisholm, William Emerson, and George Wittet — combined Islamic elements (pointed arches, chattris, domes, minarets) with Hindu elements (jali screens, temple brackets, shikhara-like turrets) and European Gothic structural logic (ribbed vaulting, pointed arches) to create an architecture that expressed British imperial authority through the language of India’s own historical traditions.

C2. Lutyens’ New Delhi (1911–1931)

Context and Programme

The decision to move India’s capital from Calcutta (Kolkata) to Delhi was announced in 1911. The planning of New Delhi — a purpose-built imperial capital — was assigned to Edwin Lutyens (design architect) and Herbert Baker (associate architect for the Secretariat buildings and Parliament). The resulting ensemble is the most complete expression of the City Beautiful movement in India, and one of the most significant planned urban compositions of the 20th century.

Planning Logic:

The plan is organised around two major axes:
– Rajpath (now Kartavya Path): The ceremonial east-west axis running from India Gate (war memorial) to Rashtrapati Bhawan (Viceroy’s House); grand parade ground + processional route
– Secondary north-south axis: Connecting Connaught Place (commercial centre) to the Secretariat buildings

Key buildings and features:

The Lutyens–Baker Controversy:

Lutyens designed the Rajpath axis to create a long ceremonial approach to Rashtrapati Bhawan, with the building fully visible from India Gate. Baker’s Secretariat buildings, placed on a rising slope (“Raisina Hill”), required the road to rise so steeply that the Rashtrapati Bhawan gradually disappeared as one approached it — the building was hidden by the horizon of the rising road. Lutyens called Baker’s handling of the gradient “my Bakerloo” (a bitter pun on London’s Bakerloo underground line) — one of architecture’s most famous professional disputes.

C3. Le Corbusier — Chandigarh Capitol Complex

Cross-ref: Capitol Complex buildings also treated in L7.6 (Brutalism) and Ch 7 urban morphology. This section focuses on individual building architectural features.

Context

After Partition (1947), Punjab’s capital Lahore became part of Pakistan. India needed a new capital for Punjab. Le Corbusier was commissioned in 1950 (replacing the American firm Mayer, Nowicki & Whittlesey after Matthew Nowicki’s death in a plane crash) to design both the Capitol Complex and to revise the urban plan.

The Three Capitol Buildings:

Louis Kahn at Chandigarh / Ahmedabad:

(Note: Kahn did not work at the Capitol Complex — that is Le Corbusier. But Kahn is closely associated with Ahmedabad.)

C4. Charles Correa (1930–2015)

Design Position

Charles Correa is India’s most internationally recognised post-independence architect. His work is built on a consistent structural argument: in India’s climate, the open-to-sky space — the courtyard, the verandah, the terrace garden — is not merely comfortable but is architecturally essential. It mediates between inside and outside, provides passive cooling through stack ventilation, enables outdoor living in mild weather, and carries profound cultural continuity with the traditional haveli, courtyard house, and ashram.

“Tubes” and Incremental Housing — The Tubewell House

Correa developed the “tubewell house” or “tube house” concept in the 1960s as a low-cost housing typology for Indian climate: a narrow, deep section house with one open end (private courtyard/garden) and the other closed (street façade); the tube allows through-ventilation; the courtyard provides outdoor living under shade; the sections can be duplicated and combined. This was an early example of incremental housing design, responsive to both climate and the economics of low-income households.

Key Works:

Design Principles — Correa:

C5. B.V. Doshi (1927–2023, Pritzker Prize 2018)

Position and Lineage

Balkrishna Vithaldas Doshi worked directly with Le Corbusier (in the Chandigarh atelier, 1950–55) and with Louis Kahn (on IIM Ahmedabad, 1962 onwards) before establishing his own practice in Ahmedabad. His work synthesises the formal and structural rigour of both mentors with a commitment to social inclusion, climate responsiveness, and the participatory involvement of users — particularly in low-income housing contexts.

Key Works:

Pritzker Prize Statement (2018):

Doshi was the first Indian architect to receive the Pritzker Prize. The citation emphasised his contribution to affordable and social housing, his synthesis of modernist principles with Indian conditions, and his role as an educator through CEPT University.

C6. Laurie Baker (1917–2007)

Position

Henry Boulton “Laurie” Baker was a British-born Quaker architect who came to India in 1945 and settled permanently in Kerala. He became one of India’s most distinctive architectural voices — not through monumental buildings or theoretical manifestos, but through demonstrating that cost-effective, climate-responsive, socially equitable architecture was achievable with modest budgets, local materials, and structural ingenuity.

Design Instruments:

Key Work:

Design Philosophy:

Baker summarised his approach as “do more with less” — not as a slogan but as a structural discipline: every unnecessary element of cost or material is also an unnecessary element of building. His influence on sustainable architecture in India is significant precisely because it is grounded in practice rather than theory.

C7. Other Modern Indian Architects — Brief Table

D. Movement Comparison Table

E. Common Confusions

F. Exam Traps

G. Answer-Writing Cues

MCQ attribution (architect matching):

Short-note opening (Doshi vs Correa):

Short-note opening (Baker):

H. PYQ Linkage Note

I. Mini-Check — Lesson 7.8

Q1 (MCQ — 1 mark)
Which of the following correctly matches an architect to their building?

(A) B.V. Doshi — Gandhi Smarak Sangrahalaya, Ahmedabad
(B) Charles Correa — Kanchenjunga Apartments, Mumbai
(C) Louis Kahn — IIM Bangalore
(D) Raj Rewal — Belapur Housing, Navi Mumbai

Answer: (B)
Solution: Kanchenjunga Apartments, Mumbai (1970–83) = Charles Correa — 32-storey high-rise with two-storey terraced verandahs. Option (A) incorrect: Gandhi Smarak = Correa, not Doshi. Option (C) incorrect: IIM Bangalore = Doshi; IIM Ahmedabad = Kahn. Option (D) incorrect: Belapur Housing = Correa; Hall of Nations = Rewal.

Q2 (MCQ — 1 mark)
The dome of Rashtrapati Bhawan (designed by Edwin Lutyens, completed 1929) was explicitly inspired by:

(A) The Pantheon dome, Rome — for its hemispherical perfection
(B) The dome of St. Peter’s Basilica, Rome — for its visual dominance over the cityscape
(C) The Great Stupa at Sanchi — for its wide, low profile and Indian heritage reference
(D) The Byzantine dome of Hagia Sophia — for its structural ingenuity

Answer: (C)
Solution: Lutyens explicitly referenced the Great Stupa at Sanchi in designing the Rashtrapati Bhawan dome — a deliberately wide, low-set dome rather than a tall European hemispherical dome. This was a political and cultural choice: to anchor the imperial capital in India’s own architectural heritage. The result looks nothing like European classical domes; it is a shallow, wide drum that visually echoes the anda of the Sanchi stupa.

Q3 (MSQ — 2 marks)
Which of the following pairs correctly match an architect to their building or design principle? Select all that apply.

(A) Charles Correa — Jawahar Kala Kendra, Jaipur — reinterpretation of the navaratna (nine-square) plan
(B) B.V. Doshi — Aranya Low-Cost Housing, Indore — framework of plots + services enabling incremental self-build
(C) Laurie Baker — Centre for Development Studies, Trivandrum — rat-trap bond, jali walls, cost-effective construction
(D) Raj Rewal — IIM Bangalore — exposed brick, geometric patterns, Karnataka architectural heritage
(E) Le Corbusier — Chandigarh Secretariat — 250 m long slab building with brise-soleil on both faces

Answer: (A), (B), (C), (E)
Solution:
– (A) Correct — JKK = Correa; navaratna plan interpretation
– (B) Correct — Aranya = Doshi; Aga Khan Award; framework + incremental
– (C) Correct — Centre for Development Studies = Baker; rat-trap bond + jali
– (D) Incorrect — IIM Bangalore = Doshi, not Rewal
– (E) Correct — Secretariat = Le Corbusier; 250 m slab; double-sided brise-soleil

Q4 (MCQ — 2 marks)
B.V. Doshi was awarded the Pritzker Prize in 2018, making him:

(A) The first architect ever to receive the Pritzker Prize
(B) The first woman to receive the Pritzker Prize
(C) The first Indian to receive the Pritzker Prize
(D) The first Asian to receive the Pritzker Prize

Answer: (C)
Solution: B.V. Doshi (2018) = first Indian Pritzker laureate. The first Pritzker laureate of any nationality was Philip Johnson (1979). The first woman was Zaha Hadid (2004). The first Asian was Kenzō Tange (Japan, 1987). These distinctions are all tested separately and are frequently confused.

Q5 (MSQ — 2 marks)
Which of the following are features associated with Laurie Baker’s architectural approach in Kerala?

(A) Rat-trap bond — bricks laid on edge creating an internal cavity that reduces material use and improves thermal insulation
(B) Open-to-sky spaces and terraced verandahs used as climate buffers in high-rise buildings
(C) Filler slab construction — hollow clay pots between reinforcement bars reducing concrete volume
(D) Jali (pierced brick) walls providing ventilation, filtered light, and privacy simultaneously
(E) Reinterpretation of traditional Vastu Purusha Mandala as the organisational plan for an institutional building

Answer: (A), (C), (D)
Solution:
– (A) Correct — rat-trap bond is Baker’s signature structural technique
– (B) Incorrect — open-to-sky spaces and terraced verandahs are Correa‘s instruments (Kanchenjunga Apartments)
– (C) Correct — filler slab is a Baker innovation reducing concrete consumption
– (D) Correct — jali walls are characteristic of Baker’s work
– (E) Incorrect — navaratna plan interpretation = Charles Correa (JKK Jaipur)

End of Lessons 7.7 and 7.8