1.10. Systemic Understanding in Education

So, this is where we started about engaging our students you know, like even addressing the diversity of people, when you are planning something it is not just a common man for a common man you are planning how you are going to plan for differently-abled people, whether for a children, whether is a old age people, whether is a blind person, whether is a physically challenged person, so we used to do some kind of workshops where people realize the essence of and the importance of other diversely abled people.

This chunk highlights the importance of recognizing and including diverse groups in educational planning. It emphasizes that education should not be one-size-fits-all but should cater to the unique needs of people with different abilities, such as children, elderly individuals, and those with physical disabilities. Through workshops aimed at raising awareness about these diversity aspects, students and educators can cultivate sensitivity and understanding towards the needs of all individuals.

Imagine planning a community playground. If the planners only consider children without disabilities, they might miss the chance to create spaces for children in wheelchairs or those with sensory sensitivities. By involving diverse groups in the planning process, such as organizing workshops with community members, planners can ensure that the playground includes accessible paths, sensory-friendly play equipment, and quiet spaces for children who might feel overwhelmed.

So that one can understand what are their needs you know, that is one important sensitivity we try to do with that process and also in my own study, we did the mental maps and that also some of the techniques we have some of the students have adopted in taking the mental maps and how to analyse the mental maps.

This chunk discusses the concept of mental maps, which are visual representations of people's perceptions of their environment. In the context of education, utilizing mental maps can help students understand and conceptualize their surroundings. By analyzing these maps, students can better grasp the needs of their communities and how to address them effectively. This technique empowers students to think critically about spatial relationships and the various factors that influence their environment.

Consider a student who creates a mental map of their neighborhood, marking places they go frequently, like the grocery store, library, and parks. Through this exercise, they realize there's no nearby recycling center, highlighting a need for better waste management in the area. This awareness can lead them to propose a project for community recycling initiatives, demonstrating how mental mapping can spur problem-solving and civic engagement.

he was looking at the resettlement of a village and then the way he was looking at it is basically, I took him to the village and he developed the community mapping you know, there he asked, he gave them some maps of the village. And then they asked him to how do you understand where are the important problems in this village so, people started mapping it.

In this chunk, the focus is on a project where students engage in community mapping. This process involves collaborating with community members to identify significant issues within their environment. By using maps, students and community members can visually communicate challenges such as water drainage problems or unsafe structures. This hands-on approach not only helps students learn about the community but also fosters a sense of responsibility and activism as they work towards solutions.

Think about a neighborhood experiencing frequent flooding during the rainy season. By conducting community mapping sessions with local residents, students can identify flood-prone areas. This collaboration can lead to practical solutions, such as planting more trees to absorb water or creating drainage channels. This example illustrates that mapping can be a powerful tool for identifying and addressing community needs.

But it is also one has to understand how communities have changed their dwellings to how they have modified according to their cultural needs, this is a toilet converted as a pooja room, this is standardized dwelling converted back to the traditional forms and this is where an architect can understand the whole build back better with a cultural approach.

This section highlights the adaptation of communities in response to disasters. It discusses how, after facing disasters, people often modify their homes to better suit their cultural practices and needs. For instance, a toilet may be converted into a religious space, reflecting the community's cultural significance. Understanding these adaptations is crucial for architects and planners to create designs that respect and incorporate local customs, leading to more culturally sensitive resilience and recovery efforts.

After an earthquake, many families might face the necessity of rebuilding their homes. In a village where many families have traditionally worshipped in their homes, a previously designed bathroom may be transformed into a space for prayer and reflection. Architects and urban planners involved in the rebuilding process can learn from such modifications and ensure that the new spaces accommodate cultural practices while improving living conditions.

But now, looking at the digital tools now, with the VR; the virtual reality so, one can see that now people are making the planning even by sitting at a desk, you know by the tools have been operational and how this particular city could be planned.

This chunk discusses the impact of technology, particularly virtual reality (VR), on urban planning. It points to how these tools allow planners to visualize and develop city layouts from their desks, making the planning process more accessible and efficient. However, it also cautions that planners must remain grounded in the realities of the environment they are designing for and consider demographics, sociology, and economics in their plans.

Imagine a group of urban planners working on the redevelopment of a historical district. Using VR technology, they can experience the area from various viewpoints, virtually exploring its streets and buildings. This immersive experience enables them to make more informed decisions about preserving the district’s character while integrating modern infrastructure. This example showcases how technology enhances understanding while maintaining a connection to real-world complexities.

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