Man, Material and Manifestation: Reconstructing Majhi Gaun, Nepal

The 2015 Nepal earthquake exposed the extreme vulnerability of rural settlements built with traditional but structurally fragile construction techniques. On 25 April 2015, a devastating seismic event left nearly 800,000 people without permanent shelter. Years later, many villages still struggle to rebuild in a way that is safe, affordable, and culturally rooted.

Man, Material and Manifestation - Reconstructing Majhi Gaun, Nepal. Earthquake Resistant Non-Engineered Houses, focusing on non‑engineered housing systems developed through local participation, indigenous knowledge, and available materials. The project proposes a replicable model for post‑disaster reconstruction that places people, not technology, at the center of resilience.

Context: Majhi Gaun, Nepal

Majhi Gaun is a rural settlement characterized by dispersed houses, agrarian livelihoods, and strong social interdependence. Prior to the earthquake, most homes were built using stone masonry, mud mortar, and heavy slate roofs, materials locally available but structurally unsafe during seismic activity.

Post-earthquake site analysis revealed widespread structural failures: collapsed walls due to lack of through-stones, roof separation from walls, excessive dead load from roofing materials, and poor connections between structural elements. These observations became the foundation for rethinking housing through a lens of earthquake-resistant architecture adapted for non‑engineered construction.

Learning From Failure: Site Observations

Detailed documentation of damaged houses revealed recurring patterns of collapse:

• Heavy gable roofs oscillating independently from walls during earthquakes
• Stone masonry walls failing due to absence of horizontal bands
• Vertical cracks caused by discontinuous wall construction
• Roof loads directly transferred to weak walls without structural continuity

Rather than replacing traditional construction, the project identifies how minor but critical architectural interventions can dramatically improve seismic performance while retaining familiar building methods.

Community as Co‑Designer

A defining aspect of the project is its participatory design process. Cognitive mapping exercises, household interviews, and group discussions were conducted with residents across age and gender groups. Women, men, and mixed groups were consulted separately to ensure inclusive representation of needs, routines, and cultural priorities.

Community sketches and discussions informed spatial organization, housing typologies, and the placement of shared infrastructure. This approach reframes earthquake-resistant architecture not as a top‑down technical solution, but as a collective spatial negotiation rooted in lived experience.

Reconstructing the Settlement Fabric

Instead of isolated housing units, the proposal reorganizes Majhi Gaun as a connected village system:

• Clustered houses to reinforce social cohesion
• Clear circulation paths doubling as emergency escape routes
• Central open spaces for community gatherings and disaster assembly
• Integration of livelihood zones such as pig farming, fishing, and small-scale agriculture

Each house is positioned in response to topography, existing footpaths, and social relationships, ensuring that reconstruction strengthens both safety and everyday life.

Non‑Engineered Yet Earthquake‑Resistant

The housing prototypes demonstrate how earthquake-resistant architecture can be achieved without complex engineering systems:

• Lightweight roofing to reduce seismic load
• Improved wall connections using horizontal bands
• Regularized wall geometry for better load distribution
• Clear separation between living spaces and animal shelters

By relying on local materials and skills, the project minimizes cost while maximizing adaptability and long-term maintenance by residents themselves.

Architecture as Manifestation of Resilience

Man, Material and Manifestation positions architecture as a mediator between human agency and natural forces. It argues that resilience is not embedded solely in advanced technology, but in knowledge transfer, collective ownership, and spatial intelligence.

The project demonstrates how earthquake-resistant architecture can emerge from within a community: shaped by hands that build, memories that persist, and materials that belong to the land.

Project Information

• Project Title: Man, Material and Manifestation – Reconstructing Majhi Gaun, Nepal
• Architect: Amit Tarte
• Focus: Earthquake-Resistant Architecture, Post‑Disaster Housing, Non‑Engineered Construction
• Recognition: Honorable Mention, UnIATA ’18