Pemetaan Topografi Kawasan Pura Bukit Mentik, Desa Adat Batur, Kintamani, Bangli

Pura Bukit Mentik yang terletak di Desa Adat Batur, Kintamani, Bangli, dibangun dengan tetap menjaga penyatuan antara kondisi alam dan arsitektur tradisional sehingga diperlukan informasi berupa peta kawasan dalam rangka penataan dan pengambangan pura. Tujuan dari kegiatan pengabdain masyarakat ini adalah pemetaan Kawasan Pura Bukit Mentik, sehingga diharapkan dengan adanya peta Kawasan Pura Bukit Mentik ini, menjadi pedoman bagi mitra dalam menata dan mengembangkan Kawasan Pura Bukit Mentik sebagai kawasan suci dan obyek wisata spiritual di Kabupaten Bangli khususnya serta dapat meningkatkan kenyamanan umat dalam melakukan persembahyangan. Metode yang digunakan diantaranya survey pendahuluan, sosialisasi masyarakat, pengukuran topografi pengolahan data penyusunan pelaporan dan penyerahan dokumen. Kegiatan pengukuran melibatkat mahasiswa dan mitra dalam menentukan batas-batas pura dan pelinggih-pelingih. Hasil dari kegiatan pengabdian masyarakat ini berupa peta kawasan Pura Bukit Mentik, Batur, Kintamani, Bangli. Informasi yang dapat diberikan yaitu batas-batas pura dengan kawasan hutan lindung, kontur, luas areal kawsasan pura dan bagian-bagiannya, informasi pelingih-pelingih akses jalan dan lokasi rencana penataan parkir. Dengan terwujudnya kegiatan pengabdian ini diharapkan dapat memperoleh umpan balik dan masukan lain bagi Politeknik Negeri Bali dalam meningkatkan relevansi pendidikan dan penelitian yang dilakukannya dengan kebutuhan situasi

TOPOGRAPHY & CROSS SECTION MEASUREMENT FOR CALCULATING THE COASTAL BORDER

The coastal border is a land along of the shoreline, in which its wide is proportional to the shape and physical condition of the beach, at least 100 meters from the high water level towards the land. This research is based on the results of topography and cross section measurement work at Berawa Canggu Beach, Badung Bali, followed by calculation, drawing and reporting. The required data is the existing base data in the planned area in full to find the position of High Water Level in the field which will be used for the reference of the boundary limit for the coastal planning. The results obtained from this research are: the coastal border position is measured from BM W.3 along 55.1712 meters into the land of ownership and the coastal border position is measured from BM W.4 along 50.6926 meters into the land of ownership

Analisis Produktivitas Tenaga Kerja Pada Pekerjaan Dinding Wallplus Precast Ringan Proyek Perumahan Sekar Jepun Denpasar

Labor productivity is one of the factors determining the success of a development project of construction services. In measuring the level of labor productivity there are a variety of ways, one of them with the method of time study research was done by observing the level of productivity against 20 workers of the wall plus wall work and accompanied by a questionnaire filling 20 respondents workers. Observations were made during 12 working days. From the results of the collection, questionnaires performed processing with the help of the computer program SPSS (Statistical Package For Social Science) version 23. From the analysis that has been done can note that the magnitude of the productivity the average is 16.41 m2/days from the calculation of the total cost the implementation of wall work is Rp. 19,773,256.80 and the variable managerial has a dominant influence on the level labor’s productivityProduktivitas tenaga kerja adalah salah satu faktor penentu keberhasilan sebuah proyek pembangunan jasa kontruksi. Dalam mengukur tingkat produktivitas tenaga kerja ada berbagai macam cara, salah satunya dengan metode time. Penelitian ini dilakukan dengan cara mengamati tingkat produktivitas terhadap 20 tenaga kerja pekerjaan dinding wallplus dan disertai pengisian kuesioner oleh 20 responden tenaga kerja. Pengamatan dilakukan selama 12 hari kerja. Dari hasil pengumpulan data kuesioner dilakukan proses pengolahan data dengan bantuan computer program SPSS (Statistical Package For Social Science) versi 23. Dari analisis data yang telah dilakukan dapat diketahui bahwa besarnya nilai produktivitas rata rata adalah 16,41 m2/Hari, dari hasil perhitungan total Biaya Pelaksanaan pekerjaan dinding wallplus sebesar Rp. 19.773.256,80 dan variabel managerial mempunyai pengaruh yang dominan terhadap tingkat produktivitas tenaga kerja

Quick and concise land boundary mapping using a drone at Villa Buccu, Kerobokan, Badung, Bali

The effective measurement and mapping of the land is retrieval of accurate data according to position, in accordance with mapping provisions and efficient in both cost and time. One way that data can be retrieved effectively and efficiently is by using a drone, commonly called an unmanned aerial vehicle (UAV).Drone is a vehicle equipped with a wave control system, precision navigation (Global Positioning System/GPS) and flight control electronics so that it is able to fly according to flight planning (autopilot). This drone makes it possible to track the position and orientation of sensors implemented in local or global coordinate systems.  With the drone itself, it saves time because it can have an image of an area. Premark / Ground Control Point (GCP) is a point that is commonly used to improve measurement accuracy in mapping using drones, in this case using the Global Positioning System (GPS) Geodetic / RTK Hi Target tool. Mapping Using Drones was then used by many people, including for the purposes of villa spatial planning, so to support this activity a land boundary mapping was carried out at Villa Buccu, Kerobokan, Badung Bali.&nbsp

Three-dimensional (3D) land contour modeling using QGIS software on topography mapping in Buwit Village, Kediri District, Tabanan Regency, Bali

A topographical map is a map that contains information about the elevation of the land surface in a place to the mean sea level (Mean Sea Level), which is depicted by contour lines. Information from the coordinates and elevation of detailed land points as a result of land surveying can be used to create a three-dimensional model of the land surface on the map using the Quantum Geographic Information System (QGIS) software application. With a three-dimensional (3D) model, the objects on the map are seen more alive as they actually are in the field, so that analyzing a topographic map can be done more easily. To support these activities, three-dimensional (3D) land contour modeling was carried out with QGIS software on topographical mapping in Buwit Village, Kediri District, Tabanan Regency, Bali