Mastery of foreign languages is an important skill to compete in the international world in the future. The Language Unit of Universitas Tanjungpura also supports the mastery of foreign languages and has a vision and mission to become a center for international language education and services in West Kalimantan. With the development of Universitas Tanjungpura, Universitas Tanjungpura currently has BLU status, so educational facilities need to provide commercial areas to fulfill this BLU status. Therefore, an Universitas Tanjungpura Language Training Center is needed that can support foreign language learning and there is a commercial area. The design location is located on Daya National Street, Sea Bansir, Southeast Pontianak Subdistrict, Pontianak City, West Kalimantan, with an area of ±11,000 m2. The design uses a comparison method between the results of site observations, existing buildings, literature studies, with training center standards, as well as analyzing internal and external aspects of the site. The basic idea of interior and exterior spatial planning is to support foreign language learning and attract visitors to have activities at the Universitas Tanjungpura Language Training Center. This is realized by designing an educational space that meets the criteria for a training room, a commercial space that has a selling value, and a public zone that is free to be visited by the public. The appeal of the idea of a design building is a triangle which is the hallmark of the Universitas Tanjungpura building form. The building is covered with secondary skin with a typical pattern of the Universitas Tanjungpura.
A flood is like a silent killer. Although small floods may appear harmless, they can be deadly when they become massive. For example, the annual damages from flooding in Pontianak, Indonesia reached US$30 million in 2015 and could increase to US$83.6 million by 2055. To counter these events, we need to assess the vulnerability of a city by making a flood risk map and comparing the current vulnerability state in 2020 and the future vulnerability state in 2050. The present study involved quantitative research using variables and measurements to indicate the vulnerability state of each district of Pontianak. The variables consisted of evacuation route efficiency and sheltering capacity, with these variables representing how easily people can be evacuated and the sufficiency of shelter, respectively. The efficiency of evacuation routes was measured by integration measures from space syntax methods, while sheltering capacity was determined by the data and simple equations. A quadrant diagram was used to record the results of both measurements and present the vulnerability. This research projected the population in 2050 and repeated the measurements to predict future changes. By comparing the flood vulnerability of Pontianak City in 2020 and 2050, this research found that Pontianak City will become more resilient against flooding. The reason for this finding is the implementation of a ring road to Pontianak City. The ring road will significantly improve the evacuation route of the city. Howeover, the capacity rate decreased, which should be addressed as a serious risk.
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