Technological History

A comprehensive exploration of how technological innovation is shaped by path dependency, structural lock-in, and biomimicry as a pathway to more resilient design systems.

Examining how technological innovation is constrained by path dependency and structural lock-in, using QWERTY keyboards and other examples to illustrate why superior technologies often fail to displace incumbents.

Transforming disasters into lessons for future engineering through Root Cause Analysis and learning from failure.

Why human behavior disrupts rigid technological systems and the dangers of the 'Ideal User' assumption.

The catastrophic failures of welded ships in World War II due to material brittleness in cold temperatures.

How materials betray the theoretical properties assumed in engineering designs, leading to catastrophic failures.

Dismantling the myth of engineering infallibility and examining why high-risk technologies fail due to inherent complexity.

Why mass compounds against itself in every transport system — and what the Mass Amplification Factor reveals about the engineering limits of the electric vehicle.

Contrasts aerospace mass budget culture — where mass is the primary design currency — with ground transport engineering, demonstrating what the discipline of mass management achieves when enforced.

Applies MAF analysis to reveal that above approximately 2,400 kg total vehicle mass, adding battery capacity reduces net range per unit of additional battery mass — placing the 10 best-selling BEVs at or near this inflection point.