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Land, Survey And Geospatial


OBJ-LAND​​

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Land, Survey and Geospatial Division (BTUG) managing the country's land administration, measurement and mapping and management of integrated geospatial information based on the scope of the jurisdiction provided by the Federal Constitution and current legislation.

Land
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Land can be divided into 5 main groups: land owned (land with registered title), mines (land greedy land), reserve land (land perpendicular to public purposes under Section 62 of the KTN), forest reserves (land Reserves filed under the Forestry Act 1984) and government land (all domestic lands other than reserves, lands and forest reserves).

In general, Article 74 of the Federal Constitution [Table 9, List 2] provides for land affairs under the jurisdiction of the State Government. However, Article 76 (4) empowers the Federal Government to enact uniform law relating to land holding, title registration and land transactions to the Federal Government. With this legal authority, the National Land Code (KTN) [Act 828] has been formulated as a uniform land management and administration law for states in Peninsular Malaysia. The Federal Government and the State Government are constantly negotiating to standardize policies to develop and control the use of land and administer any laws relating to it throughout Peninsular Malaysia. The negotiations were held through the National Land Council as the official forum established under Article 91 (5) of the Federal Constitution.

In addition to the basic affairs and legislation of land, BTUG also regulates the Federal Land Management/Reserves in accordance with the powers provided by Articles 83, 85 and 86, the Federal Constitution. The management of the Federal Land covers three important stages: the acquisition, use and disposal of land. To ensure efficient Federal Land Management, the relevant governance is carried out based on good coded rules outlined by the Federal Constitution, the National Land Code (KTN), the decisions of the National Land Council, the decision of the Cabinet and the new direction of the Federal Land Management ( HTPTP) 2021-2030.


Measure and mapping
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The field of measurement and mapping consists of 2 main core namely cadastral and mapping. Cadasters' measurement activities were implemented based on existing legislation such as the National Land Code 1965, the Licensed Land Surveyor Act 1958, the Strata Rights Act 1985 and others. Meanwhile, mapping activities are carried out based on the provisions of the Federal Constitution, the memorandum of understanding and the triangle on border between Malaysia and neighboring countries, as well as the directives and decisions of the Cabinet from time to time.

Cadastral measurement activities involve measurements for the purpose of issuing land title, strata title (title for multi -storey buildings and ground parcels), stratum title (title to groundwater) and spatium title (title in the airspace).

Mapping activities refer to:
  • Measurement, mapping and publishing topographic maps, thematic and underground utilities for planning purposes, natural resource management, environmental conservation, development, monitoring and security;
  • Provision of geodetic infrastructure facilities such as benchmarking, gravity measurement, tidal observations and GPS networks;
  • Determination, marking, measurement and mapping of land and maritime boundaries between states and international;
  • Provision of comprehensive and integrated geospatial mapping services for defense and security purposes; and
  • Measurement, Calculation and Publishing of Falak and Astronomy Products including Qiblah Direction Tables, Prayer Time, Hilal Rukyah Data, Hijri Takwim, Tidal Tide and eclipse and Syariah Falak Almanac Information.


Geospatial
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PGN is responsible for managing the development and implementation of MyGDI's National Geospatial Data Infrastructure as the National Geospatial Data Infrastructure (NSDI) and coordinates the sharing of geospatial information among government, private and public agencies.

The National Geospatial Data Infrastructure (MyGDI) is a government initiative to develop geospatial data infrastructure to raise awareness of data availability and increase access to geospatial information. This can be achieved through smart geospatial data sharing strategies among the data providers involved. MyGDI, as a national spatial data infrastructure (NSDI) for Malaysia, is a geospatial data infrastructure that includes policies, policies, standards, research and technology development and human capital expertise.

MyGDI provides access to geospatial information, avoiding overlapping efforts in data collection and ensuring the accuracy, integrity, reliability and consistency of existing data for comprehensive use of analysis in helping decision makers evaluate each action or decision made.

The MyGDI program also aims to encourage the Geospatial Community in Malaysia to share and access geospatial information by establishing partnerships between government, academic, public and private agencies.



POLICY-LAND​​​










Principle
  • New Federal Land Management (HTPTP 2021-2030)


Legislation​​
  • Federal Constitution
  • National Land Code [Act 828]
  • Small Property Act (Distribution) 1955 [Act 98]
  • Land Acquisition Act 1960 [Act 486]
  • Strata Title Act 1985 [Act 318]
  • Land Conservation Act 1960 [Act 385]
  • Federal Land Commissioner Act 1957 [Act 349]
  • National Land Code (Penang and Malacca Title) 1963 [Act 518]
  • Rice Planting Act (Controlling Rent and Guaranteed Holdings 1967 [Act 793]
  • The Continental Platform Act 1966 [Act 83]
  • Regional Sea Act 2021 [Act 750]
  • Licensed Land Surveyor Act 1958 [Act 458]
  • Fees Act 1951 [Act 209] – Fees and Payments (Services, Survey and Mapping Data and Reproduction) Order 2010​



​​PRO2-land








JUPEM
  • Application for Geospatial Information (Ebiz)​
  • Information Services and Cadasters Data (Ekadaster)
  • MyRTKNet Network Services
  • Geospatial Data Services Malaysia (Mygeoserve)

PGN
  • Geospatial -related policy and standards development
  • Geodata Development Implementing MyGDI Outreach Program Activities
  • Implementation of research and development (R&D) related to geospatial
  • Manage the sharing and dissemination of geospatial data
  • Provide advice and technical support related to GIS application and infrastructure development

PGN Apps
  • MyGdiExplorer
  • MyGos
  • MyGeotranslator
  • MyGeo Data Services
  • Mygeoname Code Search and Land Management Name (UPI)
  • Feature and attribute code search (MS1759)



​​TARGET-LAND​​​





JUPEM​
  • World Surveyor Day Celebration (Global Surveyors' Day - GSD)

PGN
  • National Geospatial Information Symposium (NGIS)



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JUPEM
  • Finish the entire international boundaries of Malaysia with neighboring countries to ensure the country's sovereignty is maintained.
  • Finish the entire land and maritime boundaries between states to enhance the efficiency of state development planning.
  • Strengthening services, enforcement and more efficient, effective and relevant measurement and mapping through the strengthening of legal and institutional frameworks.
  • Increase delivery of measuring and mapping services through digitization and application of the latest technology.

PGN
  • Empowering geospatial -related services by developing circulars and geospatial governance guidelines.
  • Increase the delivery of geospatial services through the strengthening of digital systems and applications, latest data acquisition and GIS ICT infrastructure development.



Sistem Maklumat Geografi (GIS) 

Sistem maklumat geografi (GIS) adalah sistem komputer untuk merakam, menyimpan, memeriksa, dan memaparkan data yang berkaitan dengan kedudukan pada permukaan bumi. GIS boleh menunjukkan pelbagai jenis data pada peta. Ini membolehkan pengguna untuk lebih mudah melihat, menganalisis, dan memahami corak dan hubungan. 


 

Dengan teknologi GIS, pengguna boleh membandingkan lokasi yang berbeza untuk mengetahui bagaimana ia berkaitan dengan satu sama lain. Sebagai contoh, dengan menggunakan GIS, peta yang sama boleh dimasukkan dengan maklumat lain seperti maklumat pencemaran, stesen minyak, dan laman yang sensitif kepada pencemaran, seperti tanah lembap . Seterusnya melalui peta tersebut dapat menentukan tanah lembap yang paling berisiko. 


 

GIS boleh menggunakan mana-mana maklumat yang meliputi lokasi. Lokasi boleh dinyatakan dalam pelbagai cara, seperti latitud dan longitud, alamat, atau poskod. Banyak jenis maklumat boleh dibandingkan dan dibezakan menggunakan GIS. Sistem ini boleh termasuk data mengenai orang, seperti penduduk, pendapatan, atau tahap pendidikan. Ia boleh termasuk maklumat tentang negeri itu, seperti lokasi sungai, pelbagai jenis tumbuh-tumbuhan, dan pelbagai jenis tanah. Ia boleh termasuk maklumat tentang laman kilang-kilang, ladang, dan sekolah-sekolah, atau ribut longkang, jalan raya, dan talian kuasa elektrik. 


 

Data Geospatial 

Data geospatial, data GIS atau geodata mempunyai jelas maklumat kedudukan geografi termasuk di dalamnya, seperti rangkaian jalan raya dari GIS, atau imej satelit geo-dirujuk. Data geospatial mungkin termasuk data atribut yang menerangkan ciri-ciri yang terdapat dalam dataset. 


 

Terdapat dua jenis data geospatial - vektor dan raster. Data vektor menggunakan objek mudah geometri mata, garisan, dan kawasan-kawasan (poligon) untuk mewakili ciri spatial. Data raster menggunakan grid untuk mewakili maklumat geografi. Mata diwakili oleh sel-sel tunggal, garisan dengan urutan sel-sel jiran dan tempat oleh pengumpulan sel-sel perkumpulan. 


 

Maklumat Geospatial 

Maklumat geospatial, juga dikenali sebagai maklumat lokasi, maklumat yang menerangkan lokasi dan nama ciri-ciri di bawah, di atas atau di atas permukaan bumi. Pada paling mudah ini boleh bermakna maklumat topografi yang asas yang terdapat pada peta. Pada peringkat yang lebih kompleks ia boleh termasuk berkaitan lokasi set data yang berbeza digabungkan ke dalam lapisan yang menunjukkan maklumat seperti penggunaan tanah dan kepadatan penduduk. ​