Q 1. Discuss the salient features of the Harappan architecture. (UPSC 2025, 10 Marks, 150 Words)

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The Harappan Civilization, dating back to 2600-1900 BCE, is renowned for its advanced urban planning and architecture. According to archaeologist John Marshall, the Harappans demonstrated remarkable city planning with grid patterns, sophisticated drainage systems, and standardized fired-brick construction. The presence of structures like the Great Bath in Mohenjo-daro highlights their engineering prowess and social organization, reflecting a society that prioritized hygiene and civic amenities.

Urban Planning and Layout

• Grid System: The Harappan cities were meticulously planned with a grid system, showcasing advanced urban planning. Streets intersected at right angles, forming a grid pattern, which facilitated organized city life and efficient movement. This reflects a high level of civic planning and governance.  
• Zoning: The cities were divided into distinct areas for residential, commercial, and administrative purposes. For instance, the citadel area was often elevated and housed important structures, while the lower town was primarily residential. This zoning indicates a sophisticated understanding of urban management.  

• Advanced Drainage System: Harappan cities had an elaborate drainage system, with covered drains running along the streets. Each house was connected to the main drainage line, ensuring efficient waste disposal. This system highlights the emphasis on hygiene and public health.  
• Public Baths: The Great Bath of Mohenjo-Daro is a prime example, measuring approximately 12 meters by 7 meters. It suggests the importance of ritualistic and communal bathing in Harappan society, as well as the engineering prowess in water management.  

• Standardized Bricks: The use of standardized baked bricks in construction is a hallmark of Harappan architecture. These bricks were uniform in size, indicating a centralized production system and quality control. This standardization facilitated the construction of durable structures.  
• Use of Local Materials: Harappans utilized locally available materials like mud, clay, and wood, adapting their construction techniques to the environment. This sustainable approach ensured the longevity and resilience of their buildings.  

• Granaries and Warehouses: Large granaries found in Harappa and Mohenjo-Daro suggest a well-organized system of food storage and distribution. These structures were strategically located near riverbanks for easy access to trade routes.  
• Residential Architecture: Houses were typically two-storied with flat roofs, built around a central courtyard. They featured private wells and bathrooms, indicating a focus on privacy and comfort. The uniformity in house design reflects a relatively egalitarian society.  

• Citadels and Fortifications: The elevated citadels served as administrative and religious centers, often fortified with walls. These structures underscore the importance of defense and governance in Harappan society.  
• Absence of Palaces and Temples: Unlike contemporary civilizations, Harappan architecture lacks grand palaces or temples, suggesting a society with less hierarchical or theocratic structures. This absence points to a unique socio-political organization.  

• Ornamental Features: While Harappan architecture was primarily utilitarian, it included decorative elements like terracotta figurines and intricate seals. These artifacts provide insights into the aesthetic sensibilities and cultural practices of the Harappans.  
• Symbolic Structures: Some structures, like the Great Bath, may have held symbolic or ritualistic significance, reflecting the spiritual and cultural dimensions of Harappan life.  

The Harappan architecture is renowned for its advanced urban planning, featuring grid-patterned streets, sophisticated drainage systems, and standardized fired brick construction. Notable structures include the Great Bath of Mohenjo-daro and granaries. According to John Marshall, the Harappans demonstrated "a high degree of civic planning." As a way forward, integrating these ancient sustainable practices with modern urban development could enhance resilience and efficiency in contemporary city planning.