To achieve these Global Sustainable Development Goals, geospatial - PowerPoint PPT Presentation

To achieve these Global Sustainable Development Goals, geospatial data are crucial. http://www.globalgoals.org/ 2

HIGH INCOME NATION SUSTAINABLE GROWTH SOCIALLY INCLUSIVE http://etp.pemandu.gov.my/ 3

12 NKEA s Business Electrical and Palm oil Oil, gas and services Agriculture electronics energy Private Tourism healthcare Wholesale Greater and retail Kuala Lumpur Information and Financial Education communication services technology http://etp.pemandu.gov.my/ 4

SIX (6) STRATEGIC THRUSTS IN MOVING TOWARDS VISION 2020 – ENHANCING INCLUSIVENESS TOWARDS AN EQUITABLE SOCIETY – IMPROVING WELL-BEING FOR ALL – ACCELERATING HUMAN CAPITAL DEVELOPMENT FOR AN ADVANCED NATION – PURSUING GREEN GROWTH FOR SUSTAINABILITY AND RESILIENCE – STRENGTHENING INFRASTRUCTURE TO SUPPORT ECONOMIC EXPANSION – RE-ENGINEERING ECONOMIC GROWTH FOR GREATER PROSPERITY 5

PPP INVOLVES TRANSFER TO THE PRIVATE SECTOR THE RESPONSIBILITY TO FUND AND MANAGE A CAPITAL INVESTMENT PACKAGE AND SERVICES INCLUDING THE CONSTRUCTION, MANAGEMENT, MAINTENANCE, IMPROVEMENT AND REPLACEMENT OF PUBLIC SECTOR ASSETS 6

FOR PPP PROJECTS, THE PRIVATE SECTOR INVOLVED WILL BE BOUND BY A CONTRACT AND IS REQUIRED TO PROVIDE LONG-TERM 1 SERVICES, WHICH ARE PUBLIC INFRASTRUCTURE BASED THE PRIVATE SECTOR WILL HAVE TO GENERATE ITS OWN FUNDS TO FINANCE THE WHOLE OR PART OF THE ASSETS AND HAVE TO 2 PROVIDE SERVICES BASED ON AN AGREED LEVEL OF PERFORMANCE THE GOVERNMENT, OR IN SOME CASES THE PUBLIC, WILL MAKE 3 PAYMENTS TO THE PRIVATE SECTOR FOR THE SERVICES 7

GEODETIC INFRASTRUCTURES BOUNDARY CADASTRAL AFFAIRS SURVEYS UNDERGROUND UTILITY MAPPING MAPPING GEOSPATIAL DEFENCE 8

1 LICENSED LAND SURVEYORS 2 GEOSPATIAL INDUSTRY PLAYERS SURVEY EQUIPMENT SUPPLIERS 3 4 GIS VENDORS 9

POSITIONING BANDING THE MALAYSIA REAL-TIME KINEMATIC GNSS NETWORK (MyRTKnet) TOTAL STATIONS 96 AS IN 2016 NUMBER OF RTK STATIONS IN PENINSULAR MALAYSIA : 65 Stations : 15 Stations NUMBER OF RTK STATIONS IN SARAWAK Stations : 16 Stations NUMBER OF RTK STATIONS IN SABAH 10

VERTICAL CONTROL Sarawak Sabah Peninsular Malaysia 11

GEOID MODEL FOR MALAYSIA 8 7 62 6 52 42 5 6.5 32 4 22 3 6 12 2 2 10 5.5 8 1 6 5 4 0 107 108 109 110 111 112 113 114 115 116 117 118 119 120 2 MyGEOID - EMGEOID05 (+-10cm) 0 4.5 -2 -4 4 -6 -8 3.3 -10 3.5 -12 -14 3.2 3 -16 -18 -20 2.5 Klang Valley 3.1 2 MyGEOID (+-1cm) 3 1.5 99.5 100 100.5 101 101.5 102 102.5 103 103.5 104 2.9 MyGEOID - WMGEOID04 (+-5cm) 2.8 101.3 101.4 101.5 101.6 101.7 101.8 12

Miri, Sarawak SABAH 6 TIDE GAUGES Stations SARAWAK 3 Stations Note : STAPS equipped with Telemetry System (13 Stations) PENINSULAR MALAYSIA STAPS equipped with manual system and in the process to be 12 upgraded with telemetry system by year 2017 (6 Stations) STAPS discontinued operations and will be reconstructed in Stations 2018 (2 Stations) 13

SURVEY OF CADASTRAL LOTS FOR TITLES BY 1 LICENSED LAND SURVEYORS SURVEY DATA SUBMITTED TO JUPEM 2 DIGITALLY CREATION OF NATIONAL DIGITAL 3 CADASTRAL DATABASE (NDCDB) NDCDB USED AS FUNDAMENTAL DATASET 4 FOR GEOSPATIAL ANALYSIS 14

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Kuala Lumpur Putrajaya Coverage area = ± 300 sq km 16

WORKFLOW PROCESS Data Data Sharing & Data Acquisition Management & Dissemination Preparation 17

Data Acquisition:  Multi-view Oblique Aerial Imagery Oblique Image  LiDAR and Orthophoto  Mobile Laser Scanning  360 Degree Panoramic Street View Imagery  Terrestrial Laser Scanning  Feature extraction Orthophoto DTM DSM Contour 18

Data Acquisition:  Multi-view Oblique Aerial Imagery  LiDAR and Orthophoto  Mobile Laser Scanning  360 Degree Panoramic Street View Imagery  Terrestrial Laser Scanning  Feature extraction 19

Data Acquisition:  Multi-view Oblique Aerial Imagery  LiDAR and Orthophoto  Mobile Laser Scanning  360 Degree Panoramic Street View Imagery  Terrestrial Laser Scanning  Feature extraction 20

2D Maps 2D Maps 3D Maps Kuala Kuala Lumpur Lumpur Putrajaya Putrajaya 21

2D Maps – Apps Tools Map Catalogue Identify Print Radius Measure Line Measure (include bearings ) Area Measure (include bearings) 22

3D Maps Analysis 23

3D Maps- Apps Tools Overlay with Street Network Overlay with Cadastre Lot (NDCDB boundary, stones, line & CRM GNSS stone) 24

3D Maps- Apps Tools Terrain Profile 3D Viewshed 25

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Digital Data BIM 3D Trends 27

Digital Aerial Camera 1 2 Fieldwork Ground Control Points Field Data Collection 4 3 Editing (mono/stereo) Topography Cartography Map Publishing Database Database 28

MAPPING PRODUCTS Topography Map 1:50 000 Topography Map 1:10 000 Thematic Map Non-Restricted map Map series MY502A for Thematic Map series MY701A Peninsular Malaysia MY90005R and MY91005R for Peninsular and MY512A for (multiple scale) Malaysia Sabah/Sarawak and MY711A for Sabah/Sarawak 29

DIGITAL DATA 1: 25 000 scale 1: 5 000 scale Topographic Layers 30

Webmap and eAtlas 31

ORTHOPHOTO SUPPLIED BY JUPEM MONO DIGITISING FIELD VERIFICATION DIGITAL TOPOGRAPHIC DATA CREATION OF NATIONAL TOPOGRAPHIC DATABASE 1:5 000 32

WHOLE OF PENINSULAR MALAYSIA ORTHOPHOTO TWO (2) METERS ACCURACY DIGITAL TERRAIN MODEL TO BE USED FOR MAPPING, FLOOD MODELLING, SLOPE ANALYSIS AND ETC 33

AREA A OF INTERE EREST ST (AO AOI) I) SYNTHET ETIC IC APERT ERTURE URE RADAR AR DATA 3-DIMENSI NSION ON DATA FOR MAINL INLAN AND D AND ISLAN AND D OF PENINSUL INSULAR AR MALAYSIA) YSIA) (Approxi ximate mately ly Area by Index x : 143,675 ,675 km 2 2 for MAP MY701 01 Serie ies) VIEW 3D SAR DATA FOR KENYIR LAKE, TERENGGANU 34

ALONG THE MAIN RIVERS IN THE STATE OF KELANTAN AND TERENGGANU 35

• ORTHOPHOTO • DIGITAL SURFACE MODEL (DSM) • 0.25 METER ACCURACY OF DIGITAL TERRAIN MODEL (DTM) • FLOOD MODELLING 36

NEWLY LAID UNDERGROUND UTILITY INSTALLATION TO BE 1 SURVEYED AS-BUILT BY LICENSED LAND SURVEYORS 2 PLAN AND DIGITAL DATA SUBMITTED TO JUPEM 3 JUPEM UPDATE UNDERGROUND UTILITY DATABASE DATA USED FOR FUTURE UTILITY PROJECTS BY UTILITY AGENCIES 4 AND CONTRACTORS 37

GPR PCL RECONNAISSANCE DETECTION CONTROL WORKING UNDERGROUND SURVEY AREA P REPARATION OF FIELDWORK INSTRUCTIONS GPR FIELD DATA ACQUISITION INFORMATION UPDATED UTILITY DETAIL DETECTION DATA INTO SURVEY AND MARKING PROCESSING DATABASE BASE MAP 38

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W GEOSPATIAL DATA AS INFRASTRUCTURE A Y IMPORTANCE OF GEOSPATIAL F O NBOS R W COLLABORATION A R D PPP 40

THANK YOU 41