The Planning and Design of Residential Facilities in Poor Areas with Limited Land

Tutuko, Pindo; Subagijo, Edi; Aini, Nurul

doi:10.14246/irspsd.6.3_22

Cited by 9 publications

(8 citation statements)

References 25 publications

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“…Similarly, riverside areas also face problems regarding controlling GOS for settlements located near river banks. Such areas also require special designs for city residents (Tutuko, Subagijo, & Aini, 2018). Accordingly, Wikantiyoso and Tutuko (2013) have mentioned that the Green City planning practice in Surabaya should monitor development of coastal areas in anticipation of applying GC design concepts.…”

Section: The Role Of Green Open Spacementioning

confidence: 99%

Implementation Analysis of Green City Concept in Malang - Indonesia

Jati

Subadyo

Tutuko

2019

IRSPSD International

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Malang is the second largest city in East Java after Surabaya. In general, the problems in Malang are similar to those in other big cities in Indonesia. Although urbanization is especially important for economic growth, it results in the degradation of environmental quality and promotes flooding, congestion, urban infrastructure problems, and slums. The tendency of the built-up area of Malang to increase faster, along with the population growth and development expansion, indicates that the city will surpass the region's holding capacity sooner than it should. Such conditions create an uncomfortable living environment. One way to make the city more comfortable, safe and in harmony with nature is to apply the green city (GC) concept. The purpose of this study is to analyse and evaluate the implementation of the GC concept in Malang. This research employs the gap analysis method, which compares the ideal GC conditions with the actual conditions in Malang. The results indicate that of the eight GC indicators, Malang focuses on three: green planning and design, green open space, and green community. Building construction comprises the lowest score of 0%, while the highest score is green open space indicator with 50%.

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Section: The Role Of Green Open Spacementioning

confidence: 99%

Implementation Analysis of Green City Concept in Malang - Indonesia

Jati

Subadyo

Tutuko

2019

IRSPSD International

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“…Condition of settlements infrastructure, mainly, for solid waste management, sewerage system, and drainage system [6,11]. Both solid waste and wastewater become the primary problem for the environment, especially the river [15]. The weak sewerage system which directly connected to the river is often causing the contamination of black water.…”

Section: Sustainability Of the Settlementmentioning

confidence: 99%

“…Almost all slums experience lack of green open space because of limited land. Building green open space in the form of parks, home garden, or plants along the river and street is also a kind of beautification [6,11,14,15].…”

Section: Sustainability Of the Settlementmentioning

confidence: 99%

Sustainability of The Riverside Settlements: The Case of Kampong Code and Kampong Sumeneban

Vinandita¹,

Yuliastuti²

2019

Proceedings of the Proceedings of the 1st International Conference on Environment and Sustainability Issues, ICESI 2019, 18-19

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Sustainability of the settlements has been a concern in the SDGs, especially goal no. 11. It focuses on ensuring adequate, safe, and affordable housing, increase the resilience toward disaster, as well as reduce the environmental impacts. Indonesia is one of the developing countries that has been facing the sustainability challenge of settlement in the form of slums. Many of them are found in the riverside area, which would threaten environmental sustainability in the long term. This study aims to explore the essential sustainability factors of the riverside settlement by comparing two cases, namely, Kampong Code and Kampong Sumeneban. Those kampongs have different conditions, where Kampong Code tends to be better than Kampong Sumeneban. The questionnaires have been distributed to 50 households in respective kampong to obtained the data. Also accompanied by the interview to the prominent persons of the kampongs. Scoring and descriptive statistical analysis have been carried out to answer the goal. The result shows that Kampong Code is more sustainable than Kampong Sumeneban. The most striking gap is found on ecological aspects and supports from other stakeholders. These points, further, would be essential to develop the more sustainable riverside settlement.

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“…Research works in other nations also talked about urban planning, the Government of Taiwan's endeavour to conserve a few of the historical zones of Taipei, the sustainability of structures in a region in Malacca (Go & Lai, 2019;Ismail, 2012) and other historical towns (Drummond, Stier, & Diffendorfer, 2019;Subadyo, Tutuko, & Cahyani, 2018). Some research works have been conducted on colonial cities, such as participatory approaches (Agrawal, 2010), economic and political research (Blatman-Thomas & Porter, 2019;Rodríguez-Alegría, Millhauser, & Stoner, 2013;Yi & Ryu, 2015) and sustainable development in urban cities because of the impact of urbanisation (Buchori & Sugiri, 2016;Firman, 2009;Li & Mao, 2019;Qiao et al, 2019;Tutuko & Shen, 2016;Tutuko, Subagijo, & Aini, 2018). Other research works using DC have been carried out by Tutuko and Shen (2014a) on Javanese homes.…”

Section: Introductionmentioning

confidence: 99%

Measuring Spatial Arrangement of Indonesian Colonial Cities using Depth and Connectivity Calculations: Ratio study on master plans using Space Syntax

Tutuko

Bonifacius

Yuniawan

et al. 2021

IRSPSD International

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This study proposes an easy method for calculating the spatial arrangement of Indonesian city planning, in line with sustainable urban forms. Several Indonesian cities originated during the Dutch colonial era. Although it is very important to consider the original plans of these cities to maintain their sustainability, generally, the original plans tend to be ignored. The master plans investigated in this work are those of three cities in Indonesia designed by Dutch planners of Semarang, Bandung, and Malang, and which are compared to two cities in the Netherlands (Delft and Amsterdam). The method used was by collecting images of ancient maps of Amsterdam, Delft, Bandung, Semarang, and Malang, then digitising the image from raster to vector so that it can be calculated using DepthMapX. This study utilised maps for computing the Depth of the cities. Then, a space syntax approach using Depth Calculation (DC) techniques is deployed for determining the similarity ratio among the cities. Based on the results of the assessment, it is found that there is similarity in Depth in the cities of Amsterdam and Delft against three Dutch colonial cities in Indonesia. This study supports that the DC in the master plan of cities in Indonesia is similar. The resulting ratio shows the extent of the difference between the pattern of Indonesian colonial cities and the pattern of Dutch cities. It is expected that this study will contribute to urban planners' and city governments' determination of the direction of development of a city designed during the Dutch colonial period. Maintaining the sustainability of the old colonial urban form requires harmony between urban planning and the policies made by the city government.

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The Planning and Design of Residential Facilities in Poor Areas with Limited Land

Cited by 9 publications

References 25 publications

Implementation Analysis of Green City Concept in Malang - Indonesia

Implementation Analysis of Green City Concept in Malang - Indonesia

Sustainability of The Riverside Settlements: The Case of Kampong Code and Kampong Sumeneban

Measuring Spatial Arrangement of Indonesian Colonial Cities using Depth and Connectivity Calculations: Ratio study on master plans using Space Syntax

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