Documentation and Conservation Framework for the Krishna Riverfront Ghat Precinct, Wai (Maharashtra)

Wai, in Satara district of Maharashtra, is the temple town Maharashtra calls Dakshin Kashi: a living riverfront of stone ghats on the Krishna, crowned by the 1762 Dholya Ganapati temple on Ganapati Aali Ghat, the Kashi Vishweshwar shrine, the nearby Menavali ghat complex, deepmalas and Peshwa-era wadas — a living precinct where ritual, bathing, commerce and tourism share the same steps daily.

This B.Arch design thesis does what conservation literature asks for and few student theses deliver: it documents before it designs. Part A is a full documentation dossier — desk study of the town's history and Peshwa-era building tradition, a reconnaissance photographic index, and measured drawings of a representative ghat segment (plans, sections, elevations at 1:100; step, plinth and deepmala details at 1:50), photogrammetry for ornament, and a QGIS precinct map of land use, vistas and festival-day flows. Part B converts documentation into judgement: condition mapping (basalt decay, lime-mortar loss, structural cracks, vegetation, insensitive services and additions, riverbank wear) feeding a significance assessment and Grade I/II/III gradings, distilled into a conservation framework — fabric policies, buffer controls, riverfront guidance. Part C is the design test of the framework: a small, reversible ghat-edge pilgrim interpretation and amenity pavilion, on an infill plot, in a contemporary idiom answering the basalt–lime–timber palette.

The thesis follows the COA Minimum Standards pattern of an individual Semester-10 design dissertation defended before an external juror, and its deliverables — dossier, condition atlas, framework document, design drawings and model — are the evidence a jury evaluates.

Wai's Krishna riverfront is the raison d'être of a temple town marketed as Dakshin Kashi, yet it survives without the one instrument conservation practice starts from: a measured, condition-referenced documentation of the precinct. Ritual use, tourism, municipal paving, service wiring and riverside construction accumulate without any shared drawing, gradings map or framework against which change can be judged; each small addition appears harmless while the precinct's legibility erodes. Heritage principles exist at national and charter level, but they are not operationalised at the scale where the temple trust, the municipal council and the shopkeeper actually make decisions — the ghat segment. There is a need for a student thesis that produces the missing evidence base — measured drawings, condition atlas, significance gradings — and then demonstrates, through a carefully sited contemporary intervention, how new work can serve ritual life without consuming the fabric that makes the place significant.

Abstract

This thesis documents, assesses and proposes a conservation response for the Krishna riverfront ghat precinct of Wai, Maharashtra — a Peshwa-era pilgrim town of over a hundred temples. A representative ghat segment including the Dholya Ganapati precinct is measured and drawn, the wider precinct is mapped and condition-assessed, significance is graded, and a conservation framework is written. The framework is tested through a small pilgrim interpretation and amenity pavilion on the ghat edge, presented as report, drawing set and model for the Semester-10 jury.

Introduction

Ghats are India's most charged architectural type: simultaneously river defence, ritual apparatus, public square and townscape facade. Wai's riverfront is a textbook precinct — stepped basalt ghats, riverside temples with Hemadpanti masonry traditions carried into Peshwa-era patronage, deepmalas, masonry wadas, and the daily choreography of pilgrims and townspeople. Its documentation exists in fragments — tourism pages, heritage portals, scholarly writing — but not as the measured, condition-referenced dossier conservation practice requires.

Existing situation / literature gap

Heritage guidance in India is rich in principle — INTACH-style charters, value-based assessment, the Nara Document's insistence that authenticity is read against each culture's own values — but precinct-scale application is thin outside the big protected monuments. Living temple-town precincts fall between agencies: the temple trust maintains shrines, the municipal council paves and wires, tourism promotes, and nobody holds the drawing that says what the precinct actually is. Wai, promoted as a pilgrim destination, is changing through small accumulations — cement renderings, service clutter, riverside construction — that individually look trivial and collectively erase the fabric the town is marketed on. There is no measured dossier, no condition atlas and no gradings map for the ghat precinct to argue from.

Proposed thesis

• Part A — documentation: history and typology desk study; photographic index; measured drawings of the Ganapati Aali ghat segment (1:100 general, 1:50 details); photogrammetry of key ornament; QGIS precinct map (land use, vistas, festival-day flows, water marks).
• Part B — assessment and framework: condition mapping onto the measured drawings; value-based significance assessment (historic, ritual, social, townscape values); Grade I/II/III gradings; a conservation framework with fabric policies, buffer controls, riverfront and flooding guidance, and stakeholder responsibilities.
• Part C — design proposal: a ghat-edge pilgrim interpretation and amenity pavilion — shoe-and-queue management, ritual washing-adjacent amenities, exhibition of the documentation itself, and a terraced viewing loggia — as an infill, reversible intervention whose details demonstrate the framework's material rules.

Feasibility

• Technical: every tool is within a B.Arch school — survey kit, AutoCAD/Revit/SketchUp, QGIS, photogrammetry from a consumer camera; no laboratory work is needed.
• Temporal: 22 weeks — eight for documentation, eight for assessment and framework, six for design and jury package — matches the COA thesis calendar, with slack for monsoon weather.
• Ethical and administrative: survey proceeds on written permission from the temple trust and the municipal council; interviews follow informed verbal consent; no intervention is executed — the pavilion remains a proposal tested in drawings.

In scope

• The Krishna riverfront precinct of Wai town (Ganapati Aali and adjoining ghats), with one measured segment studied at 1:50 detail.
• Documentation, condition assessment, significance grading and a written conservation framework at precinct scale.
• One small design intervention (interpretation and amenity pavilion) on an identified infill plot, developed to design-development level.
• Tools within a B.Arch school: AutoCAD, Revit, SketchUp, QGIS, Lumion/Enscape, photogrammetry from consumer equipment.

Out of scope

• Physical conservation work — repointing, stone replacement, structural repair — specified for execution; the thesis proposes policy and drawings, not a site programme.
• Structural analysis or geotechnical investigation of ghat foundations beyond visual condition recording.
• Full-town heritage listing studies beyond the riverfront precinct, and any land-acquisition or relocation proposal.
• Drone survey where local permissions cannot be obtained — photogrammetry proceeds from handheld photography instead.

Research design: a three-part conservation-design methodology — document, assess, intervene — sequenced so that every design decision in Part C traces back to a recorded observation or a written value in Part A/B. The thesis treats documentation itself as the primary research instrument, in the tradition of measured-drawing programmes used across Indian schools.

Survey instruments: 30 m and 5 m tapes, laser distance meter, string line, spirit level, plumb-bob, condition-mapping sheets keyed to drawing numbers, photographic register with indexed frame log, structured interview schedules, and two-day footfall count sheets.

Analysis plan: condition data are classified by element and severity (sound / watch / repair needed) and aggregated into the atlas; significance assessment uses a value-matrix per building group with documented reasoning; the framework's controls are written as rules a municipal officer could actually apply, each cross-referenced to the observation that justifies it. The design proposal is evaluated against the framework itself — a self-audit table shows every material and siting decision complying with, or consciously amending, a stated rule.

The thesis workflow is a loop between drawing and judgement: desk study directs the survey; the survey feeds both the precinct atlas and the condition atlas; assessment converts drawing into significance; the framework converts significance into rules; and the design proposal converts rules back into architecture, which the jury reads against the whole chain.

flowchart TD
  A["Desk study: histories, gazetteer,<br/>heritage literature, permissions"] --> B["Reconnaissance +<br/>photographic index"]
  B --> C["Measured survey of Ganapati Aali segment<br/>(1:100 general, 1:50 details)"]
  C --> D["Measured-drawing dossier<br/>+ photogrammetry of ornament"]
  B --> E["QGIS precinct map:<br/>land use, vistas, flows, water marks"]
  D --> F["Condition atlas:<br/>decay, cracks, vegetation, additions"]
  E --> F
  F --> G["Significance assessment +<br/>Grade I / II / III gradings"]
  G --> H["Conservation framework:<br/>fabric, buffer, riverfront, responsibilities"]
  G --> I["Design brief: ghat-edge pilgrim<br/>interpretation & amenity pavilion"]
  H --> I
  I --> J["SketchUp / Revit development,<br/>material detailing, visualisation"]
  J --> K["Thesis report + drawing set + model<br/>→ internal reviews → external jury"]

Three traces make the structure examinable. Every measured drawing carries its survey date and dimension-chain reference; every condition annotation carries its photograph number from the indexed register; and every framework rule carries the observation number that justifies it. The design proposal then cites the framework rule each of its decisions follows, so the external juror can interrogate any drawing and reach the field evidence behind it within one step — the documentation-to-design chain is the thesis's real architecture.

• Extend the dossier to the full riverfront — Menavali ghat complex and both upstream and downstream edges — into a town-level gradings map usable by the municipal council.
• Add a fabric conservation specification: repointing mixes, stone-cleaning trials and vegetation-removal methods, developed with a materials conservator.
• Model monsoon flood scenarios on the QGIS base to make the riverfront guidance predictive rather than reactive.
• Digitise the dossier into a school archive with photogrammetry models of the deepmalas, creating a permanent record of the ornament.
• Develop the pavilion to working-drawing level as an M.Arch or professional-folio project, with costings and phasing.
• Propose a heritage-walk route with interpretive panels drawn directly from the thesis documentation, giving the town a pilot output it can actually install.