Persian Engineering unveils the sophisticated engineering of ancient Persia, demonstrating how innovative solutions fostered a thriving civilization. The book explores three core domains: the qanat system, a network of underground aqueducts vital for agriculture and urban development in the arid landscape; the meticulously planned road network, crucial for trade and governance; and the monumental architecture, reflecting imperial power. These achievements underscore Persia's significant impact on global technological advancement, challenging Eurocentric views of engineering history.
The book argues that Persian engineering was a cohesive system driven by environmental understanding and imperial vision, essential for Persia's stability and prosperity. For example, the qanat system showcased sustainable resource management, while the road network facilitated efficient communication across the vast empire.
Structured systematically, the book progresses from an introduction to ancient Persia through detailed examinations of each engineering domain, culminating in a synthesis of their interconnectedness. It relies on archaeological findings, historical texts, and modern engineering analyses to provide a comprehensive account.
This book distinguishes itself by adopting a systems-thinking approach, revealing how the qanat system, roads, and architecture formed a resilient infrastructure. By analyzing underlying principles and socio-political contexts, Persian Engineering offers valuable insights for contemporary challenges in sustainable design and infrastructure development, making it relevant to both historical scholars and modern practitioners.
