Agustinus Bambang Setyadji
This consultancy activity began with a visit by a delegation from the Regional Government of Lebak Regency, Banten Province, on October 12 2022 to the Faculty of Earth Science and Technology at the Ganesha ITB Campus. During the visit, the Lebak Regency Regional Government explained a number of potential collaborations for research and community service in the Lebak Regency area. 3 (Three) things that have the potential to be worked on are related to (1) the One Indonesian Data Program, (2) Lebak as a disaster-prone area, and (3) Promotion of the Bayah Dome Geopark. By referring to the umbrella of the joint Memorandum of Understanding between ITB and the Regional Government of Lebak Regency, Number: 102/MoU-7.a/TPKS/2022 and Number: 304/UN6.RKT/MoU/2022, the implementation of the meeting has been realized in Community Service activities in FITB Collaboration Society in 2023 with one of the results being the formation of a Cooperation Agreement (PKS) (Number: 102/PKS.12/BAPENDA/TPKS/2023 and Number: 9364/IT1.C01/KS.00/2023) between the Regional Revenue Agency (Bapenda) of the Lebak Regency Government and the Faculty of Geosciences and Technology for the utilization of Geospatial resources and science in improving towards updating regional tax data.
Continuing consultancy activities in the form of Collaborative Community Service, in In 2024, it will be directed at consulting on the development of a single data portal (web) for Lebak Regency and the design of spatial analysis applications for several priority themes.
The methodology used in this Collaborative Service activity is starting from a data needs study, inventory data availability, and discussions on the development of a single data integration system.
This collaborative service involves members of the Scientific/Expertise Group from the Geodesy Science, Technology and Innovation Group (SRIG), Science and Information Technology Group Geospatial (STIG), and Spatial and Cadastral System KK (SSK).
In its journey, the PPM target was shifted to a more focused topic, namely towards integrating spatial data with sectoral statistical data to build an intelligent risk management system disasters with spatial data drive (Data-driven Smart Disaaster Risk Management System). Currently work is underway on the development of a dynamic database for spatial profiles of disaster risk studies.
Assisting/consulting in the development of a portal for integrating sectoral statistical data with spatial data (IDS)
The benefit of this project is to create a model for integrating sectoral statistical data with spatial data for policy making purposes.