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Geo-Refill Jakarta: Integration of GIS and Smart Mapping for Planning Public Drinking Water Stations as a Strategy to Reduce Single-Use Plastic in DKI Jakarta Krendy La Abdillah; Khayira Sakhashiila Atha
Educational Journal of Learning Technology Vol. 4 No. 1 (2026): Educational Journal of Learning Technology (September 2026)
Publisher : South Sulawesi Education Development (SSED)

Show Abstract | Download Original | Original Source | Check in Google Scholar | DOI: 10.58230/edutech.v4i1.108

Abstract

Single-use plastic waste from bottled drinking Water contributes to urban environmental pollution. Limited access to public drinking Water refill stations remains a barrier to reducing plastic consumption. This study developed a GIS-based smart mapping system to plan the locations of public drinking Water refill stations to support the Jakarta Zero Plastic program at the urban village level. Secondary data, including administrative boundaries, land use, activity centers, and the coverage of the PAM Jaya Water network, were combined with primary data collected through a questionnaire survey of 103 respondents. Spatial buffering, overlay, and assessment techniques were applied to identify priority zones for the placement of refill stations. The study’s findings include a map of recommended refill station locations and an “Adopt-a-Fountain” collaboration model that integrates QR code tracking and digital incentives. This approach provides a spatially adaptive solution to reduce plastic consumption and support sustainable urban development.
The Emergence of the 15-Minute City Framework from Problem-Based Learning in the Regional/Urban Planning Studio Khayira Sakhashiila Atha
Educational Journal of Learning Technology Vol. 4 No. 1 (2026): Educational Journal of Learning Technology (September 2026)
Publisher : South Sulawesi Education Development (SSED)

Show Abstract | Download Original | Original Source | Check in Google Scholar | DOI: 10.58230/edutech.v4i1.115

Abstract

The 15-minute city concept emphasizes proximity to daily needs through accessibility, mobility, connectivity, and diverse spatial functions. This study uses a qualitative reflective case study design to examine how Problem-Based Learning (PBL) characteristics embedded in a Regional/Urban Planning Studio workflow can generate a 15-minute city framework. The framework is reconstructed through problem orientation, identification, analysis, formulation of alternatives, and evaluation, using studio documents, observations, secondary data, and reflective notes. As complementary empirical evidence, scalogram and Weighted Centrality Index (WCI) data covering 23 subdistricts in Bekasi Regency were examined. The analysis recorded 332 facility occurrences and 24 errors, producing a Coefficient of Reproducibility (COR) of 0.92. Among the five contextual subdistricts, Tambun Selatan had the highest facility weight (157.82; Hierarchy I). The findings indicate that PBL can generate a conceptual framework linking daily needs, facilities, accessibility, mobility, networks, spatial structure, environmental quality, and equitable service distribution.