Analyze

Despite the current level of development of communications, which has managed to connect distant geographies in high quality of image and sound, the possibility of traveling and seeing people and places is still an amazing experience. It is therefore not surprising that, despite the crisis that the aviation and tourism industry experienced during the COVID-19 pandemic, the number of flights has increased today. However, these trends are in contrast to the climate crisis scenario in which air mobility appears as one of the main contributors to greenhouse gas emissions. It is therefore worth asking, what factors sustain this scenario and invite us to continue to prefer aircraft as a means of transportation? While the reasons for traveling are multiple, there is one central element: the fascination that exists behind travel. This fascination seems to be a constituent part of the human being, driven by the desire to overcome our limitations and soar through the skies in search of new latitudes. But this fascination is also driven through a collective imaginary that has been built and sustained, starting with the story of Icarus and Daedalus, and continued with countless references in popular culture that make us look to the skies and let ourselves be carried away by those desires to have wings and fly. Something that is even deeper in a country like Chile and in a city like Santiago, so far from the rest of the world and flanked by the Andes Mountains, where flying seems to be the only way to expand our borders. It is this imaginary, which seems to raise few controversies in the country, that faces the future that the aviation industry offers us, one that promises to populate our skies with different types of flying artifacts, in an image that however does not seem alien, since it has been fueled by science fiction, becoming established as the obvious path to follow. In the face of this scenario, one of the biggest questions that arises is how this reconfiguration of the skies that the aviation industry promises will be inserted within a climate crisis scenario like the one we live in, in which phenomena such as the change in the migratory patterns of birds appears as a real danger to this imaginary and that already worries the world of aviation. These are the questions that hide an imaginary as powerful as the one that the image I have chosen suggests, and in whose development Chile and its hydrogen have a lot to say and a lot to reflect on. 

Catalán Hidalgo, René. 2023. "(Mis)controlling the Atmosphere: Aeromobility-Meteorology Symbiosis, Implications and Unforeseen Consequences." In 4S Paraconference X EiJ: Building a Global Record, curated by Misria Shaik Ali, Kim Fortun, Phillip Baum and Prerna Srigyan. Annual Meeting of the Society of Social Studies of Science. Honolulu, Hawai'i, Nov 8-11.

I bring visual and graphic expertise, good organization skills, focus on pedagogical issues;

We need social media skills, organizational skills, community organizing skills, expertise on environmental research; teaching;

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“Today I announced $5 billion in funds to rebuild New Jersey and New York and here at NJIT tonight are the most remarkable design minds in the world,” said Donovan. “I spoke to President Obama for an hour about this design competition and he said this is exactly what the nation needs -- designers collaborating with government officials and residents affected by the storm. That’s the best way to rebuild and it’s our goal at HUD.”

Earlier in the day, the 10 design teams presented as many as five ideas to a jury assembled by Rebuild by Design, a Hurricane Sandy Rebuilding Task Force allied with HUD. The teams had three months to research their design ideas.  Early next month, the jury will select one idea -- the best idea -- from each team. The teams will focus on refining those ideas and the competition will continue into 2014, when HUD will decide which team or teams to fund.   "

"James Giresi, one of the students, said that Theodore’s class gave him the opportunity to get hands-on, real-life experience.  His team visited the Jersey shore several times, studying the ecology of the lowlands and the highlands, as well as the demographics of the residents living along the coast. After they gathered their research, they shared their findings with Theodore and the Dutch experts on her team"

A year after Hurricane Sandy, ten different design groups, filled with designers, architects, planners and engineers, decided to gather at NJIT to discuss ways on how to make Newark less vulnerable to hurricanes and other natural disasters. One team was lead by a professor at NJIT, who had four different proposals that will protect a wide portion of the coasts of New Jersey. Each of the teams came up with several ideas on how to make Newark more resilient to natural disasters.

There were several professional design teams a part of reaching a solution to make Newark more resilient to hurricanes. Among these groups, there was a group of students that had helped in planning. One of the teacher's in charge of a design group from NJIT had been teaching a master’s class in infrastructure planning. There were 15 students in the class that had helped her in her design strategies. After being into seven different teams, the students went out and did research in towns that were deeply affected by Hurricane Sandy. There were a range of majors among the students, from architecture to design or planning. Each student used his or her own knowledge and separate disciplines to come up with ideas to aid areas that were affected by Sandy.