GIS Spatial Modeling

 

Descriptions

Geographic Information Systems (GIS) are information systems that are based on spatial data and represent objects on earth. In GIS itself information technology is a device that helps in storing data, processing data, analyzing data, managing data, and presenting the information. GIS is a computerized system that helps maintain data about the environment in a geographical field (De Bay, 2002). GIS always has a relationship with the scientific discipline of Geography, the former has a relationship with the discipline relating to what is on the surface of the earth, including planning and regional architecture (Longley, 2001). Data in GIS consists of two components, namely spatial data related to the spatial shape geometry and data attributes that provide information about the spatial shape (Chang, 2002). In this opinion, it can be understood that the content of activities in the GIS field is the integration of various scientific fields based on the designation of the GIS activities carried out. Implementation of the implementation of these activities does not always refer to the inclusion of computers as one element of the information system.

 

Spatial-based information or data systems are currently one of the most important elements, as they serve as a foundation in implementing and supporting a variety of applications. For example in the fields of environment, development planning, spatial planning, transportation management, irrigation, mineral resources, social and economy, etc. Therefore various organizations and institutions want to get spatial data that is consistent, available, and has good accessibility. Especially about future planning, geographical data is still felt expensive and requires a long time to produce it (Rajabidfard, A. and I.P. Williamson 2000). In recent years many countries have invested in information systems development and development activities. Especially in the use, storage, process, analysis, and dissemination of information.

 

Objectives

After this training, participants are expected to:

  1. Understanding the concept of GIS Spatial Modeling
  2. Analyzes the classification of spatial data models correctly
  3. Understand the process and benefits of spatial GIS modeling

 

Materials

  1. Definition of Spatial Data
  2. The Concept of Spatial Analysis
  3. GIS Function Spatial Modeling
  4. Spatial Data Sources
  • Satellite Imagery
  • Analog Map
  • Aerial Photos
  • Tabular Data
  • Survey Data
  1. Classification of Spatial Data Models
  2. How to retrieve spatial data
  3. Spatial Processing
  4. Case Study

 

Participants

This training is for professionals who need GIS in Spatial Modeling Science

 

Methods

Presentations, Discussions, Brain Storming, Case Study.

 

Time

  • 16-18 Desember 2020
  • 22-24 December 2020
  • 29-31 December 2020
  • 6-8 Januari 2021
  • 3-5 Februari 2021
  • 3-5 Maret 2021
  • 29-31 Maret 2021
  • 7-9 April 2021
  • 5-7 Mei 2021
  • 2-4 Juni 2021
  • 7-9 Juli 2021
  • 4-6 Agustus 2021
  • 1-3 September 2021
  • 28-30 September 2021
  • 6-8 Oktober 2021
  • 3-5 November 2021
  • 1-3 Desember 2021

 

Venue

  • Ibis Styles Hotel Yogyakarta
  • Gino Feruci Hotel Bandung*
  • Sofyan Hotel Jakarta*
  • Harris Seminyak Hotel Bali*
  • In House Training*
  • E-Learning*

 

The Facility and Investment

  • The facility: Hard Copy Material, USB Flash disk, Training Kits, Coffee Break & Lunch, Certificate, Photo Group, Souvenir;
  • Investment of Rp. 6.000.000,- (Six million rupiah) per participants nonresidential
  • The price is not including taxes

 

Instructor

Budi Basuki, ST.,M.Eng dan Team

 

*For more information, please contact customer service

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    GIS Spatial Modeling
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