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PEMODELAN 3D BANGUNAN YANG

DIINTEGRASIKAN DENGAN BIM MENGGUNAKAN APLIKASI FOTO UDARA UAV (STUDI KASUS : WISMA DAERAH SRIMAHKOTA KABUPATEN

BENGKALIS)

Nama Mahasiawa : Fanni Azizan

NIM : 4103191251

Dosen Pembimbing : Hendra Saputra, M.Sc

ABSTRAK

Melihat perkembangan permintaan akan informasi geospasial suatu wilayah dalam berbagai macam bidang, semakin berkembang juga metode dalam melakukan kegiatan pemetaan..

Untuk menjunjang kegiatan survey dan pemetaan adalah Pesawat Terbang Tanpa Awak (PTTA) atau secara umum disebut dengan Unmanned Aerial Vehicle (UAV).

Orthophoto merupakan hasil dari pengolahan foto udara menggunakan tiga jalur terbang yaitu nadir, oblique dan circular dengan koreksi geometri dari titik GCP (Ground Control Point) yang diperoleh dari GPS Geodetik. Data orthophoto ini digunakan sebagai ketelitian horizontal menggunakan metode RMSE yang mengacu pada perka BIG No.15 Tahun 2014 tentang standar ketelitian geometri peta RBI.

Point Cloud 3D merupakan hasil dari integrasi Building Information Modeling (BIM) dari hasil foto udara. Dari hasil Point Cloud integrasi BIM telah memperhitungkan RMSExy 0.0834 m dan perbandingan ketinggian 0.05 serta ketelitian CE 0.1265 m yang termasuk pada tingkatan LOD (Level Of Detail) 3

Kata Kunci : Unmanned Aerial Vehicle (UAV), Ground Control Point (GCP), Building Information Modeling (BIM), LOD (Level Of Detail)

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3D MODELING OF BUILDING INTEGRATED WITH BIM USING UAV AIR PHOTO APPLICATION (CASE

STUDY: WISMA REGIONAL SRIMAHKOTA BENGKALIS REGENCY)

Student Name : Fanni Azizan Student Number : 4103191251

Supervisor : Hendra Saputra, M.Sc

ABSTRACT

Seeing the development of demand for geospatial information in various fields, methods for conducting mapping activities are also developing. To support survey and mapping activities are Unmanned Aircraft (PTTA) or generally called Unmanned Aerial Vehicles (UAV).

Orthophoto is the result of processing aerial photos using three flight paths, namely nadir, oblique and circular with geometry correction from the GCP (Ground Control Point) point obtained from GPS Geodetic. This orthophoto data is used as horizontal accuracy using the RMSE method which refers to the BIG Perka No. 15 of 2014 concerning the geometric accuracy standard of RBI maps.

Point Cloud 3D is the result of BIM integration from aerial photos. From the results of Point Cloud BIM integration has calculated RMSExy 0.0834 m and a height ratio of 0.05 and CE accuracy of 0.1265 m which is included in the LOD (Level Of Detail) level 3

Keywords: Unmanned Aerial Vehicle (UAV), Ground Control Point (GCP), Building Information Modeling (BIM), LOD (Level Of Detail)

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