MADAN MAANDAN
INDEX // ALL WORKS2025
PLATE NO. 01/Institutional Architecture

Maru Cultural Archive & Pavilion

Thermal Mass, Jali Screens & Subterranean Public Space in the Thar Fringe

PROJECT DOSSIERREF: PRJ-01
ACADEMIC LEVEL:Semester VIII · Comprehensive Studio
LOCATION:Mandore, Jodhpur, Rajasthan (26.35° N, 73.04° E)
TYPOLOGY:Archive, Reading Pavilions, Exhibition Gallery
SITE AREA:14,200 m²
BUILT-UP AREA:5,840 m²
CLIMATE ZONE:Hot & Arid (BWh - Köppen)
SOFTWARE & TOOLS:
RhinoGrasshopperAutoCADEnscapePhotoshopInDesign
MBM UNIVERSITY · DEPT OF ARCHITECTURE · JODHPUR
SPAN: 24,000mm
PRJ-01 · ORTHO-01PRIMARY PLATE // MARU CULTURAL ARCHIVE & PAVILIONSCALE 1:100
ARCHITECTURAL DRAWING / ORTHOGRAPHIC SYSTEM26°17′N 73°01′E
+
+
+
+
FIGURE 1.0 — MASTER THREE-DIMENSIONAL TECTONIC STUDY & ENVIRONMENTAL ENVELOPEWEST-ELEVATION SHADOW CASTING @ 15:30 HRS
01—

INTRODUCTION

Project Overview & Design Intent

The Maru Cultural Pavilion investigates how civic architecture can honor the centuries-old climate strategies of western Rajasthan while addressing 21st-century public accessibility. Designed as an extension of the rugged sandstone terrain of Mandore, the project nests reading halls and document archives beneath shaded courtyards, creating a passive microclimate that shields delicate historical documents and visitors from 46°C desert peaks.

SCALE: 1:200·Architectural Statement
ABCD
01-0101 · INTRODUCTIONSCALE 1:200
ARCHITECTURAL DRAWING / ORTHOGRAPHIC SYSTEM26°17′N 73°01′E
+
+
+
+
PLATE 01.01 — ARCHITECTURAL STATEMENTMBM STUDIO ARCHIVE
02—

SITE & CONTEXT

Climate, Surroundings, Circulation & Constraints

Located on an alluvial edge 9 km north of Jodhpur, the site sits between weathered rhyolite hillocks and historic seasonal runoff channels. The design responds to brutal west-southwest solar radiation and desiccating winds through heavy stone thermal buffers on exposed orientations, while funneling predominant night breezes across terraced water basins.

SCALE: 1:500·Topographic & Wind Analysis
+324.50m (PEAK DATUM)+318.20m+312.00m RETENTIONN
01-0202 · SITE & CONTEXTSCALE 1:500
ARCHITECTURAL DRAWING / ORTHOGRAPHIC SYSTEM26°17′N 73°01′E
+
+
+
+
PLATE 01.02 — TOPOGRAPHIC & WIND ANALYSISMBM STUDIO ARCHIVE
03—

CONCEPT

Spatial Diagrams, Sketches & Microclimate Studies

Reinterpreting the traditional Step-well (Baori) and Haveli courtyard as thermal regulators. The project descends three levels into the bedrock, using earth-coupling to stabilize interior temperatures at 24–27°C year-round with zero active refrigeration during peak daytime.

SCALE: NTS·Thermodynamic Heliodon Study
21 JUN · 12:00 (83° ZENITH)22 DEC · 12:00 (37° ALT)SUMMER SW WIND (4.2 m/s)
01-0303 · CONCEPTSCALE NTS
ARCHITECTURAL DRAWING / ORTHOGRAPHIC SYSTEM26°17′N 73°01′E
+
+
+
+
PLATE 01.03 — THERMODYNAMIC HELIODON STUDYMBM STUDIO ARCHIVE
04—

PROCESS

Basswood Models, Iterations & Computational Optimization

Over 40 physical study models in basswood and cast gypsum were constructed to gauge daylight penetration through micro-perforated stone jalis. Parametric aperture studies ensured reading rooms receive diffuse northern illumination without glare on reflective archive reading tables.

SCALE: 1:100·Exploded Massing Iterations
SPAN: 24,000mm
01-0404 · PROCESSSCALE 1:100
ARCHITECTURAL DRAWING / ORTHOGRAPHIC SYSTEM26°17′N 73°01′E
+
+
+
+
PLATE 01.04 — EXPLODED MASSING ITERATIONSMBM STUDIO ARCHIVE
05—

DESIGN DEVELOPMENT

Structural Grids, Plans, Sections & Tectonic Detailing

Structural rhythm of 6.0m × 6.0m module utilizing locally quarried Jodhpur pink and golden sandstone load-bearing piers combined with post-tensioned low-carbon concrete floor slabs. Double-skin ventilated cavity walls decouple extreme radiant gains from inner gallery enclosures.

SCALE: 1:50·Longitudinal Orthographic Cut
HOT EXHAUST PLUMESUMMER SOLSTICE 78°LVL ±0.00m (PLINTH)LVL -3.60m (COOL STEPWELL BASIN)LVL +8.40m (CANOPY APEX)
01-0505 · DESIGN DEVELOPMENTSCALE 1:50
ARCHITECTURAL DRAWING / ORTHOGRAPHIC SYSTEM26°17′N 73°01′E
+
+
+
+
PLATE 01.05 — LONGITUDINAL ORTHOGRAPHIC CUTMBM STUDIO ARCHIVE
06—

FINAL DESIGN

Spatial Materiality, Orthographic Drawings & Presentation

A multi-tiered promenade stepping down into water courts. Slender stone fins act as sun-breakers, creating sharp calligraphic shadow play across textured lime plaster surfaces that change through every hour of the desert daylight cycle.

SCALE: 1:20·Material Assembly & Enclosure
WESTERN CEDAR LOUVERCNC MILLED STEEL NODE (Ø90mm)GRADE S355 / DUAL PIVOT TOL. ±0.2mm
01-0606 · FINAL DESIGNSCALE 1:20
ARCHITECTURAL DRAWING / ORTHOGRAPHIC SYSTEM26°17′N 73°01′E
+
+
+
+
PLATE 01.06 — MATERIAL ASSEMBLY & ENCLOSUREMBM STUDIO ARCHIVE
07—

REFLECTION

Critical Pedagogical Evaluation & Studio Learnings

This studio crystallized the understanding that vernacular wisdom is not merely decorative quotation; it is empirical thermodynamic engineering refined across centuries. True contemporary architecture in Rajasthan must begin with the sun, the wind, and the stone quarry.

SCALE: DIAGRAM·Theoretical Takeaway
PROPOSED INFILLCHOWK HIERARCHYPEDESTRIAN GALI (2.4M)
01-0707 · REFLECTIONSCALE DIAGRAM
ARCHITECTURAL DRAWING / ORTHOGRAPHIC SYSTEM26°17′N 73°01′E
+
+
+
+
PLATE 01.07 — THEORETICAL TAKEAWAYMBM STUDIO ARCHIVE
PLATES & DOCUMENTATION

Supplementary Architectural Drawings

4 DRAWINGS CATALOGUED
SPAN: 24,000mm
DRAWING-1Analytical AxonometricSCALE 1:50
ARCHITECTURAL DRAWING / ORTHOGRAPHIC SYSTEM26°17′N 73°01′E
+
+
+
+
02 — SITE & CONTEXTAnalytical Axonometric

Master Site Circulation & Microclimate Wind Vectors

Axonometric site diagram displaying seasonal wind capture and underground cooling channels

HOT EXHAUST PLUMESUMMER SOLSTICE 78°LVL ±0.00m (PLINTH)LVL -3.60m (COOL STEPWELL BASIN)LVL +8.40m (CANOPY APEX)
DRAWING-2Technical SectionSCALE 1:50
ARCHITECTURAL DRAWING / ORTHOGRAPHIC SYSTEM26°17′N 73°01′E
+
+
+
+
05 — DESIGN DEVELOPMENTTechnical Section

Longitudinal Section Through Central Stepped Water Basin

1:100 Section demonstrating convective air buoyancy and daylight bouncing into subterranean study vaults

21 JUN · 12:00 (83° ZENITH)22 DEC · 12:00 (37° ALT)SUMMER SW WIND (4.2 m/s)
DRAWING-3Solar StudySCALE 1:50
ARCHITECTURAL DRAWING / ORTHOGRAPHIC SYSTEM26°17′N 73°01′E
+
+
+
+
03 — CONCEPT & COMPUTATIONSolar Study

Parametric Stone Screen Aperture Optimization

Grasshopper daylight autonomy mapping through progressive porosity screens

ABCD
DRAWING-4Atmospheric RenderSCALE 1:50
ARCHITECTURAL DRAWING / ORTHOGRAPHIC SYSTEM26°17′N 73°01′E
+
+
+
+
06 — FINAL DESIGNAtmospheric Render

Subterranean Reading Cloister at Noon

High-contrast monochrome spatial visualization depicting light shafts slicing through heavy stone lintels