Modern Buildings That Are Failing People Living Inside Them

A version of this article appeared on LinkedIn by Austine Nsoha.

Many contemporary buildings across the globe are deliberately engineered to work against the people who occupy them, according to industry insights. Architect and project manager Austine Nsoha notes that a growing number of modern structures prioritize awards, social media attention, and professional prestige over basic human utility, leading to an uncomfortable reality where daily human comfort is routinely sacrificed for superficial visual impact.

The industry celebrates dramatic geometric forms, expensive exterior facades, and iconic silhouettes, but the actual occupants are frequently left to handle serious structural failures. These common problems include overheating interior spaces, poor air circulation, difficult routine maintenance, and internal environments that simply fail to support everyday life because a building photographs better than it actually performs.

A building cannot be classified as successful simply because it looks impressive from the street corner, as its true value lies in how it serves the community inside. The unfortunate truth within the design fraternity is that many practitioners now design almost exclusively for professional recognition, while everyday users are left to adapt to the physical and environmental consequences of those choices.

This trend is increasingly visible in rapidly expanding urban centers, including Nairobi, where massive glass towers frequently mirror international styles without local climate adaptation. In tropical environments, a heavy reliance on fully glazed curtain walls creates an intense greenhouse effect inside, forcing facility managers to run high-capacity Heating, Ventilation, and Air Conditioning (HVAC) systems continuously to keep spaces habitable.

Furthermore, complex and non-standard geometries significantly complicate long-term maintenance frameworks for property owners. Cleaning high-altitude, irregular glass facades requires specialized machinery and brings elevated risks, which increases operational budgets and often leads to rapid aesthetic deterioration when local management teams face financial constraints.

Industry observers suggest that regulatory bodies, such as the National Construction Authority (NCA), must place greater emphasis on performance metrics during the early project approval stages. Academic institutions training the next-generation of designers must also recalibrate their curricula to reward functional efficiency, ensuring that future structural blueprints balance aesthetic ambition with the practical realities of human habitability.