Vehicle Engineering & Lifecycle Design

A three-part series examining how vehicle engineering decisions create legacy lock-in, economic distortion, and environmental displacement.

Examines the displacement of environmental and economic costs from the vehicle’s operation to its manufacturing and disposal phases.

Analyzes how serviceability choices, parts supply chains, and right-to-repair policies determine whether a durable design can actually survive.

Explores the fundamental engineering trade-off between designing for longevity and optimizing for cost, fuel efficiency, and regulatory compliance.

This series traces how Peugeot's 404 sedan evolved from a stylish family car into a symbol of resilience and reliability across Africa, Asia, and South America, exploring its engineering innovations, rally-proven durability, and enduring legacy in the developing world.

The story of Poland's beloved Fiat 126p 'Maluch' - a car that was a flop in Italy but became a cultural icon in socialist Poland, revealing fascinating insights into economic relativity, Cold War politics, and the power of simplicity.

Applying mathematical models to analyze the diffusion of innovation in Eastern and Western automotive design philosophies.