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Hani’ah Hani’ah
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Earth & Planetary Sciences Engineering

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KAJIAN PEMANFAATAN DEM SRTM & GOOGLE EARTH UNTUK PARAMETER PENILAIAN POTENSI KERUGIAN EKONOMI AKIBAT BANJIR ROB L Nugraha, Arief; Hani’ah, Hani’ah
TEKNIK Volume 34, Nomor 3, Tahun 2013
Publisher : Diponegoro University

Show Abstract | Download Original | Original Source | Check in Google Scholar | Full PDF (689.915 KB) | DOI: 10.14710/teknik.v34i3.6722

Abstract

Tidal flood is a significant threat for the economic growth rate in the city of Semarang. The threat mitigation requires planning, thereby reducing the impact of the losses. The availability of global data with free access can provide solutions in disaster management, the data are SRTM DEM and Google Earth. With both of these data can be mapped potential economic losses caused by tidal flooding. With the techniques of remote sensing and GIS to handle the SRTM DEM data and Google Earth, the techniques can be generated maps and models of tidal inundation area maps woke up in the city of Semarang. Analysis of potential economic losses can be calculated by doing an overlay of the two maps generated. The results achieved from this study is SRTM DEM and Google Earth can able to produce thematic maps of situational tidal flood disaster so that it can be used as a parameter value calculation of the potential economic losses. This study also obtain the result that the area of ​​land affected by the tidal flood an area of ​​8339.31 hectares and the number of buildings reaching 78 299 pieces, which the district that has the highest impact on the tidal flood that North Semarang.
TEKNOLOGI PEMETAAN DIGITAL UNTUK PENGEMBANGAN KAWASAN PEMUKIMAN PERUMAHAN ( STUDI KASUS : BUKIT SEMARANG BARU- SEMARANG) D Yuwono, Bambang; Hani’ah, Hani’ah
TEKNIK Volume 28, Nomor 1, Tahun 2007
Publisher : Diponegoro University

Show Abstract | Download Original | Original Source | Check in Google Scholar | Full PDF (514.031 KB) | DOI: 10.14710/teknik.v28i1.2035

Abstract

In recent years the requirement of housing have been growing, such growth of population requires theimprovement of quality and quantity. As consequence, the developer which has responsible for this, shouldincrease and apply the enhanced technology. BSB is one of the biggest developer in Central Java hadapplied the digital mapping as solution for developing area.This research is purposed to study and evaluate application of digital mapping for developing housingcoverage area. The study is started from the fact that with using conventional tool of measurement can nothandle the project which need speed, accurate manage data to develop area. .Using digital mappingControlling and maintaining data more easily and Accurate.
DESAIN APLIKASI SIG UNTUK PELAYANAN JARINGAN PIPA PDAM ( Studi Kasus : Jaringan Pipa PDAM Demak ) Laila Nugraha, Arief; Hani’ah, Hani’ah
TEKNIK Volume 32, Nomor 2, Tahun 2011
Publisher : Diponegoro University

Show Abstract | Download Original | Original Source | Check in Google Scholar | Full PDF (386.137 KB) | DOI: 10.14710/teknik.v32i2.1694

Abstract

Regional water treatment and supply company (PDAM) Demak city is water utility service provider for Demakpeople. This company is one of important regional state enterprise to increase income regional of Demak City.PDAM as companies service must be build up the system that can be satisfied his consuments. One of the systemis Geographics Information System (GIS) Pipeline Aplication. The system is integrate Global Positioning System(GPS) that can knows real position pipeline routes, and programming GIS application that can makes the systemcan be operated user easily. The goal of the system is can calls back geodata of pipeline that be needed forPDAM to serve his consuments and knows area that can be covered existing pipeline routes.
Kajian Penentuan Arah Kiblat Secara Geodetis Awaluddin, Moehammad; Yuwono, Bambang Darmo; Hani’ah, Hani’ah; Wicaksono, Satrio
TEKNIK Vol 37, No 2 (2016): (Desember 2016)
Publisher : Diponegoro University

Show Abstract | Download Original | Original Source | Check in Google Scholar | Full PDF (215.729 KB) | DOI: 10.14710/teknik.v37i2.12107

Abstract

Kiblat merupakan arah penting Umat Muslim menghadapkan dirinya saat melakukan ibadah shalat. Pengukuran arah kiblat kemudian menjadi permasalahan ketika lokasi suatu tempat jauh dari Ka’bah karena tidak dapat dilakukan pengamatan penglihatan secara langsung. Oleh karena itu diperlukan metode yang tepat untuk menentukan arah kiblat di daerah yang jauh dari Ka’bah, dalam penelitian ini Kota Semarang. Makalah ini mengkaji besarnya perbedaan arah kiblat pada tiga bidang hitungan ellipsoid, bola dan Peta Mercator. Arah Kiblat pada ketiga bidang hitungan tersebut dibandingkan dengan arah kiblat hasil pengukuran rashdul qiblat. Arah kiblat hasil hitungan di atas ellipsoid yang sudah dikoreksi dengan di atas bola mempunyai perbedaan yang jauh lebih kecil yaitu sebesar 45,7” jika dibandingkan dengan arah kiblat pada Peta Mercator. Perbedaan arah kiblat di atas ellipsoid yang sudah dikoreksi dengan arah kiblat hasil rashdul kiblat di lapangan sebesar 00 7’ 58,24”. Sedangkan untuk selisih arah kiblat di atas bidang bola dengan azimut hasil rashdul kiblat sebesar 00 2’ 49,94”. [Title: Study of Geodetic Qibla Direction Determination] Qiblah is an important direction for Muslims exposes himself while performing prayers. Qiblah direction determination becomes a problem when the location of a place far away from the Kaaba. Therefore we need a method to determine the exact direction of Qibla in areas far from the Kaaba, in this study Semarang. This paper examines the difference of the direction of Qibla on three calculation surface: ellipsoid, spherical and mercator map. Then these Qibla direction accuracies on three calculation surface were compared with Qibla direction resulting from Rashdul Qibla Measurement. The difference of ellipsoid Qibla direction that has been corrected and spherical Qibla direction has a much smaller difference in the amount of 45.7 " compared with Mercator Qibla Direction. The difference of ellipsoid qibla direction and Qibla direction resulting from Rashdul Qibla Measurement is 00 7’ 58,24”. While the difference of spherical Qibla direction and Qibla direction resulting from Rashdul Qibla Measurement is 00 2’ 49,94”. 
Co-Authors Arief L Nugraha Arief Laila Nugraha Bambang D Yuwono Bambang Darmo Yuwono Kandiawan, Ulfa Fathul Moehammad Awaluddin Pradipta, Carlo Satrio Wicaksono Sawitri Subiyanto