Tag Archives: sajjad navidi

These smart homes are designed to adapt to rising sea levels by mimicking a pufferfish!

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Puffer Village is a system of smart homes with built-in architectural technology that allows them to adapt to changing water levels and stormy weather conditions.

Sajjad Navidi is a 3D visualizer who uses architecture to prepare for impending climate change-related crises. Upon completing their latest rendering, Puffer Village, Navidi prefaces their project, “One of the major future crises of the world is rising sea levels, which could pose a serious threat to human survival.” To combat the threat of rising sea levels, Puffer Village is conceptualized as a small community of smart homes that adapt to changing tides and rising sea levels by mimicking the defense response of pufferfish.

Designer: Sajjad Navidi

In designing Puffer Village, Navidi looked to areas of the globe that would feel the consequence of sea-level rise sooner than others. Describing the planned location for Puffer Village, Navidi notes, “Ganvie is one of the largest lake villages in Africa in the Benin region. One of the biggest problems for the people of this region is the high sea level.”

As storms sweep the town and tides threaten homes’ foundations, residents of Ganvie have no choice but to face the uncertainty of rising sea levels. Navidi goes on to describe the damaging effects that high tides have on the wooden houses of Ganvie.

Looking to nature, Navidi hoped to find a solution that could adapt to changing water conditions. Finding inspiration in the pufferfish that populate Ganvie’s ​​Lake Nokoué region, Navidi planned out smart homes that would adapt to threatening water and storm conditions the same way pufferfish respond to predatory threats. Describing his findings, Navidi notes, “The biomimetic structure of [the] pufferfish and its strategy [in dealing] with enemies is by inflation with water or air.”

Following periods of research and ideation, Navidi planned a home layout with integrated, automatic inflation and load-bearing smart technology. In its neutral position, each home of Puffer Village remains rooted to the lake’s floor and keeps a flat-roof shape.

Even amidst stormy conditions and high tide, each home of Puffer Village turns into a sort of buoy by filling the home’s bottom compartment with water in order to remain anchored to the lake’s floor.

Navidi also ideated a smart inflation system built into each home of Puffer Village that increases each home’s interior volume by inflating the home’s balloon-skin roof with air. Each home also practices energy efficiency by acquiring the power needed for each smart response system through underwater tidal turbines and photovoltaic panels.

Aquaponics fill out the home’s interior, while solar power is generated from overhead photovoltaic panels and water energy is acquired from underwater tidal turbines.

The home’s layout is inspired by the mating circle created by male pufferfish. 

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These Igloos designs for penguins rebuild polar ice caps to help fight the threat of global warming!

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Several human activities are to blame for today’s climate crisis, including the burning of fossil fuels which release large amounts of harmful air pollutants, like carbon dioxide, into the atmosphere contributing to global warming. Due to an increase in greenhouse gas emissions from human activity, seawater temperatures are rising, and polar ice caps are melting. Animals such as Emperor penguins face a grim future since they rely on sea ice in the Arctic regions for everything from molting, to breeding, to feeding. Architect Sajjad Navidi is hoping that with his design for a penguin protection system, the tuxedo seabirds will dive into a better and cooler tomorrow.

Making it to the final round in the ‘Innovation for the Sea’ category for Fondation Jacques Rougerie’s biannual Architecture and Arts competition, Navidi’s design comprises two components: a warming above-ice igloo and an attached underwater cooling system. Inspired by social thermoregulation behavior like penguin huddles, for his structure, Navidi suggested that an igloo be positioned on top of a melting ice cap and that a cooling system, which generates power from a swinging pendulum, be attached beneath the ice cap in order to strengthen the ice cap’s frozen surface. Ideally, Navidi envisions the penguins huddling together in the igloo for warmth and to conserve energy. Underneath the igloo’s ice cap, a cooling system, inspired by sea sponges, generates its power from a swinging pendulum that moves with the ocean’s current. Each swinging pendulum operates on smart technology that processes which ice caps need cooling, so when cold air is needed elsewhere, the pendulums automatically detach from frozen ice caps and reattach to melting ice caps.

For many of us, the closest we’ll ever get to the arctic regions is a Coca-Cola animated commercial that guilts viewers into saving the polar bears – it’s generally unknown territory. Designs like Sajjad Navidi’s make clever use of both smart technology and scientific research, but the arctic’s unique problem might also shed light on the bounds of design. For instance, the threat of producing too much ice could push penguins further and further away from the open waters, away from their only source of food. With penguins already adapting to human-induced global warming, further human interference could create more confusion amongst the arctic dwellers. Sometimes, specifically when it comes to fighting climate change, less really is more.

Designer: Sajjad Navidi