P enghargaan

Transcription

P enghargaan

PERSIDANGAN DAN PAMERAN GIS KEBANGSAAN KE-3
”Memantapkan Sistem Penyampaian Kerajaan Menggunakan
Teknologi Geoinformasi”
KATA ALUAN
Menteri Sumber Asli dan Alam Sekitar
Salam Sejahtera
Persidangan dan Pameran Geographic Information System (GIS) Kebangsaan kali ke-3
merupakan satu program yang melibatkan komuniti GIS di Malaysia di kalangan agensi
kerajaan dan swasta. Program ini merupakan salah satu usaha kerajaan bagi memantapkan
sistem penyampaian perkhidmatan dengan berbantukan teknologi GIS. Ia bersesuaian dengan
tema persidangan kali ini iaitu ”Memantapkan Sistem
Penyampaian Kerajaan
Menggunakan Teknologi Geoinformasi”.
Penggunaan GIS di Malaysia perlu terus dikembangkan kerana sistem ini mampu memberi
manfaat yang besar kepada pengguna GIS sektor awam dan swasta. Malaysia perlu melihat
dan mencontohi bagaimana negara-negara maju menggunakan sistem GIS ini dalam
perkhidmatan mereka. GIS merupakan sistem yang boleh dipercayai, praktikal, berkesan dan
efisien serta sesuai diguna pakai dalam pelbagai bidang sama ada bidang pertanian,
perikanan, geologi, pengangkutan, ekonomi, politik dan sebagainya.
Memandangkan manfaat yang besar boleh dicapai melalui penggunaan GIS, agensi kerajaan
khasnya perlulah membangunkan sistem ini secara teratur dan komprehensif. Dengan
pemantapan sistem ini, kualiti penyampaian perkhidmatan kerajaan akan lebih efisien serta
mampu memastikan masyarakat mendapat perkhidmatan kerajaan yang terbaik.
Justeru, penganjuran persidangan dan pameran GIS Kebangsaan pada tahun ini adalah
merupakan satu langkah ke hadapan bagi sektor awam dan swasta untuk berkongsi pendapat,
ilmu dan maklumat yang berkaitan dengan isu-isu penggunaan GIS yang terkini. Usaha
penganjuran persidangan seperti ini haruslah diteruskan pada masa-masa akan datang. Ini
kerana ia merupakan satu forum penting di peringkat nasional yang melibatkan sektor awam
dan swasta bagi mengemaskini dan mendalami pengetahuan sejajar dengan perkembangan
pesat teknologi, perkakasan dan perisian yang berkaitan GIS.
Akhir sekali, saya mengambil kesempatan ini untuk merakamkan penghargaan dan terima
kasih kepada pengerusi dan ahli jawatankuasa penganjur, para jemputan, pengerusi sesi,
pembentang kertas kerja, peserta serta semua pihak yang telah memberikan sumbangan bagi
menjayakan persidangan ini.
Kepada semua, diucapkan selamat bersidang.
Datuk Douglas Uggah Embas
1
SEUNTAI BAHASA
Ketua Setiausaha
Kementerian Sumber Asli dan Alam Sekitar
Assalamualaikum dan Salam Sejahtera
Terlebih dahulu saya merakamkan ucapan terima kasih kepada pihak penganjur khususnya
Pusat Infrastruktur Data Geospatial (MaCGDI) yang telah memberi peluang kepada saya untuk
menyampaikan sepatah dua kata bersempena dengan Persidangan dan Pameran GIS
Kebangsaan Ke-3 ini. Ini adalah merupakan kesinambungan dan kejayaan dari persidangan
kedua yang telah diadakan pada tahun 2006.
Seiring dengan matlamat kerajaan untuk memperkasakan sistem penyampaian kerajaan,
tema ”Memantapkan Sistem
Penyampaian Kerajaan Menggunakan Teknologi
Geoinformasi” telah dipilih sebagai tema Persidangan dan Pameran GIS Kebangsaan kali ke3 ini. Sektor awam adalah digalak meningkatkan penggunaan GIS di dalam urusan jabatan
agar dapat memberikan impak positif terutama kepada agensi kerajaan yang mengendalikan
urusan berkaitan dengan maklumat geospatial. Pejabat Tanah misalnya, amat memerlukan
maklumat geospatial bagi mempercepatkan urusan seperti pengeluaran hakmilik tanah. Pihak
Berkuasa Tempatan (PBT) pula dapat memproses pengeluaran lesen dengan lebih efektif.
Kebelakangan ini isu-isu yang melibatkan alam sekitar seperti masalah banjir kilat,
penyalahgunaan tanah, tanah runtuh dan sebagainya kerap berlaku di negara kita. Oleh itu,
dengan adanya maklumat geospatial yang tepat dan lengkap, kerajaan dapat membuat
pemantauan dan penguatkuasaan bagi mengatasi permasalahan tersebut.
Kerajaan telah berusaha menggubal dasar, standard, infrastruktur dan aplikasi berasaskan
GIS bagi menggalakkan perkongsian data geospatial di kalangan agensi pembekal data untuk
digunakan oleh pengguna-pengguna GIS. Kerajaan juga telah membuat perbelanjaan yang
besar bagi membiayai kemudahan infrastruktur dan membekalkan komponen-komponen asas
GIS ke arah meningkatkan keberkesanan pengendalian data geospatial bagi kegunaan
pelbagai agensi. Sehubungan itu, demi menjayakan usaha ini saya berharap agensi-agensi
yang terlibat terus memberi komitmen dalam mendokong dasar dan standard yang digubal
bersama, membekal dan mengemaskini data untuk tujuan perkongsian melalui Infrastruktur
Data Geospatial Negara (MyGDI).
Sekian, terima kasih.
Datuk Suboh bin Mohd Yassin
2
SEKAPUR SIRIH
Pengerusi Jawatankuasa Penganjur
Persidangan dan Pameran GIS Kebangsaan ke-3
Assalamualaikum dan Salam Sejahtera
Persidangan dan Pameran GIS Kebangsaan Ke-3 merupakan persidangan yang
dianjurkan oleh Pusat Infrastruktur Data Geospatial Negara (MaCGDI) dengan
bertemakan ”Memantapkan Sistem Penyampaian Kerajaan Menggunakan
Teknologi Geoinformasi”. Persidangan meliputi pembentangan kertas-kertas
kerja, pameran produk serta aplikasi Geographic Information System (GIS) oleh
sektor awam dan swasta.
Persidangan juga akan membincangkan permasalahan, isu-isu semasa, keupayaan
dan cabaran penggunaan GIS dalam mempertingkatkan mutu penyampaian di sektor
awam. Pihak penganjur mensasarkan persidangan ini disertai oleh pelbagai
pengamal GIS yang terdiri dari pelbagai jabatan persekutuan, negeri, pihak berkuasa
tempatan, badan berkanun dan institusi pengajian tinggi. Para peserta akan
didedahkan dengan peluang, strategi dan cabaran dalam penggunaan GIS menerusi
pembentangan kertas-kertas kerja oleh pelbagai kalangan profesion menerusi
pengalaman masing-masing. Forum ini juga diharap menjadi suatu perjumpaan dwitahunan komuniti GIS sektor awam di samping berkongsi maklumat dan
pengetahuan dalam perkembangan teknologi GIS.
Menerusi pameran pula, para peserta akan berpeluang melihat keupayaan teknologi
GIS yang akan dipamerkan oleh pelbagai agensi kerajaan serta syarikat-syarikat
swasta dalam negara yang menjadi peneraju dalam teknologi GIS masakini.
Dalam kesempatan ini, saya ingin merakamkan penghargaan dan ucapan terima
kasih kepada semua ahli jawatankuasa dan jawatankuasa-jawatankuasa kecil, para
pembentang kertas kerja, agensi-agensi kerajaan dan pihak yang mengambil
bahagian dalam pameran ini, seterusnya kepada semua peserta persidangan yang
memberi sokongan dan kerjasama bagi menjayakan Persidangan dan Pameran GIS
Kebangsaan Ke-3 ini.
Sekian, terima kasih.
Dato’ Haji Azmi bin Che Mat
3
PROGRAM – MAJLIS PERASMIAN
21 Julai 2008 (Isnin)
MASA
ATURCARA
8:00 pagi
Ketibaan Tetamu Jemputan
8:30 pagi
Ketibaan Dif-Dif Kehormat
8:50 pagi
Ketibaan Y.B. Senator Dato’ Maznah Mazlan
Timbalan Menteri Sumber Asli dan Alam Sekitar
9:00 pagi
Bacaan Doa
Ucapan Aluan oleh Y.Bhg. Dato’ Haji Azmi bin Che Mat
Timbalan Ketua Setiausaha II
Kementerian Sumber Asli dan Alam Sekitar
Merangkap Pengerusi Jawatankuasa Penganjur Persidangan
dan Pameran GIS Kebangsaan ke-3
Ucapan Perasmian oleh Y.B. Senator Dato’ Maznah
Mazlan
Mewakili Menteri Sumber Asli dan Alam Sekitar
Pelancaran Persidangan dan Pameran
10:30 pagi
Minum Pagi
4
MASA
ATURCARA
SESI I : Teknologi Geoinformasi: Masa Kini dan Akan Datang
Pengerusi
11:00 – 11:30 pagi
Y.Bhg. Prof. Dr. Ayob bin Sharif
Universiti Teknologi Malaysia (UTM)
Kertas 1 : Geoinformation Technology for Project Planning Towards
Sustainable Development
Pembentang : Y. Bhg. Dato’ Prof. Dr. Ibrahim bin Komoo
Timb. Naib Canselor Hal-ehwal Penyelidikan dan Inovasi, UKM
11:30 – 12:00 tgh
Kertas 2 : Development in GIS Technologies and Their Application to
Citizen Services
Pembentang : Dr. Bill Shepherd
Senior Strategic Business Development Manager ESRI Asia
12:00 – 12:30 tgh
Kertas 3 : Technology Trends in Geoinformation
Pembentang : Y. Bhg. Dato’ Prof. Sr Dr. Abdul Kadir bin Taib
Timb. Ketua Pengarah Ukur dan Pemetaan, JUPEM
12:30 tgh
Makan Tengahari & Rehat
Sesi II : Geoinformasi untuk Alam Sekitar dan Bencana
Pengerusi
2:15 – 2:45 ptg
Y. Bhg. Prof. Madya Sr Dr. Hj. Wan Muhd Aminuddin bin Wan
Hussin
Pengerusi Program Pengurusan & Kejuruteraan Geomatik,USM
Kertas 4 : Implementing Geoinformation Technology for Environmental
Management – A Case Study for Kampung Pasir Landslide
Pembentang : Y. Bhg. Prof. Dr. Mahadzer bin Mahmud
Pengarah Infrastructure Research and Development Center (IRDC),
Kumpulan IKRAM Sdn Bhd
2:45 – 3:15 ptg
Kertas 5: Geo-information for Integrated Water Resources Management
(IWRM)
Pembentang : Y. Bhg. Ir. Dr. Salmah binti Zakaria
Ketua Pengarah National Hydraulic Research Institute of Malaysia
(NAHRIM)
3:15 – 3:45 ptg
Kertas 6: Development of Centralised System for Road Accident, Safety
and Hazard Studies (CRASH)
Pembentang : Cik Nur Fazzillah binti Mohamed Nordin
Pegawai Penyelidik Malaysian Institute of Road Safety Research
(MIROS)
3:45 – 4:30 ptg
Lawatan ke Pameran
4:30 - 5:00 ptg
Minum petang & bersurai
5
22 Julai 2008 (Selasa)
MASA
ATURCARA
Sesi III : Teknologi Geoinformasi dan Infrastruktur Data Geospatial
Pengerusi
9:00 – 9:30 pagi
Y. Bhg. Dato' Prof. Sr Dr. Abdul Kadir bin Taib
Timbalan Ketua Pengarah Ukur dan Pemetaan, JUPEM
Kertas 7: Malaysian Geospatial Data Infrastructure (MyGDI) - The Way
Forward
Pembentang: Pn. Fuziah binti Hj. Abu Hanifah
Pengarah Pusat Infrastruktur Data Geospatial Negara (MaCGDI)
9:30 – 10:00 pagi
Kertas 8: Remote Sensing and Related Technologies for Natural
Resources Management
Pembentang: Y. Bhg. Tn. Hj. Darus bin Ahmad
Ketua Pengarah Agensi Remote Sensing Malaysia
10:00 –10:30 pagi
Kertas 9: Satellite Technology for Geoinformation
Pembentang: Y. Bhg. Dr. Mustafa Din bin Subari
Timbalan Ketua Pengarah Agensi Angkasa Negara (ANGKASA)
10:30 – 11:00 pagi
Minum pagi
Sesi IV : Geoinformasi Dalam Sistem Penyampaian
Pengerusi
11:00 – 11:30 pagi
Sr Tuan Hj. Saharuddin bin Saat
President The Institution of Surveyors Malaysia (ISM)
Kertas 10: SOA - An Interoperable Web Services Architecture for a
Better Access and Diffusion of Geospatial Information
Pembentang: Mr. Vincent Dessard
Senior Vice President, Business Development, ERDAS
11:30 – 12:00 tgh
Kertas 11: Geoinformation for National Planning Effort
Pembentang: Tn. Hj. Nor Sallehi bin Kassim
Pengarah Teknologi Maklumat, JPBD
12:00 – 12:30 tgh
Kertas 12: Pembangunan dan Pelaksanaan Sistem Aplikasi Geospatial
(GIS) Perbadanan Putrajaya
Pembentang: Tn. Hj. Ahmad Affandi bin Kamaruddin
Timbalan Pengarah Teknologi Maklumat, Perbadanan Putrajaya
12:30 – 1:00 ptg
Kertas 13: Use of Mobile and Web Geospatial Solution to Improve Asset
Management
Pembentang: En. Shamsul Izhan bin Abdul Majid
Managing Director/Architect Telekom Malaysia Berhad
1:00 - 2:00 ptg
Makan Tengahari & Rehat
6
22 Julai 2008 (Selasa)
Sesi V : Pembangunan Modal Insan Bidang Geoinformasi
Pengerusi
2:00 – 2:30 ptg
Y. Bhg. Sr Dr. Nordin bin Ahmad
Perunding Utama, Geoinfo Services Sdn. Bhd.
Kertas 14 : Teaching, Research and Innovations for GIS Specialists
Pembentang: Y. Bhg. Prof. Dr. Alias bin Abdul Rahman
Timbalan Dekan (Akademik), Fakulti Kejuruteraan dan Sains
Geoinformasi, UTM
2:30 – 3:00 ptg
Kertas 15 : Innovation and Learning : The Two Faces of Geoinformation
Graduate Studies
Pembentang: Y.Bhg. Prof. Dr. Shattri bin Mansor
Pengarah Pejabat Pembangunan dan Pengurusan Aset, UPM
3:00 – 3:30 ptg
Kertas 16 : GIS Education and Training : The UiTM Experience
Pembentang: Y.Bhg. Prof. Madya Dr. Wan Mohd Naim bin Wan
Mohd
Dekan Fakulti Senibina, Perancang dan Ukur, UiTM
PROGRAM – MAJLIS PENUTUP
MASA
ATURCARA
3:50 ptg
Ketibaan Y.Bhg. Datuk Suboh bin Mohd Yassin
Ketua Setiausaha Kementerian Sumber Asli dan Alam Sekitar
3:55 ptg
Penyampaian cenderahati kepada peserta-peserta pameran
Ucapan Penutup oleh Y.Bhg. Datuk Suboh bin Mohd Yassin
Ketua Setiausaha Kementerian Sumber Asli dan Alam Sekitar
5:00 ptg
Minum petang dan bersurai
7
KERTAS 1
Geoinformation Technology for Project Planning Towards Sustainable Development
Y.Bhg. Dato’ Prof. Dr. Ibrahim bin Komoo
Timbalan Naib Canselor Hal-ehwal Penyelidikan dan Inovasi
Universiti Kebangsaan Malaysia (UKM)
e-mail : [email protected]
Abstract
Geoinformation technology has evolved from cartographic tools and remote imaging into a branch of science. This
paper presents geoinformation-based applications that are inter-disciplinary in the context of earth science and
environmental analysis where map manipulation is the core outcomes. Hence, the capability of spatial analysis is vital
in providing technical backbone, decision making process and dissemination of information. Several case studies
ranging from site-scale, state-scale and up to river-basin wide are used to illustrated this technology. Geoconservation
database, a system deals with geo-relational data of sites with geological significant in conservation geology to
inventorise geological heritage sites. Site terrain assessment for landuse suitability was made easy - a GIS can
analyze multiple layers of topographic parameters and provide virtual realistic visualization to improve project planning
and management. Digital terrain analysis – a terrain analysis performed using geoinformation technology for the
assessment of environmentally sensitive areas, i.e. conservation of highland areas in state and local authorities. For
assessment of geohazards, numerous data and models was used to ultimately derive multi-hazard and risk maps for
regional planning. Integrating information of various disciplines such as geological, geotechnical and socio-economic
was manifested in hazard management and governing of a landslide prone area. Large scale ecosystem assessment
in a river basin, taking into consideration ecology, environment, hazards, economic and social well-being was an
example of the inter-disciplinary research that require a geoinformation system to host multi-facet dataset in ecosystem
health studies. Some challenges and issue relating to the future of geoinformation technology also discussed. As we
strive for wider spatial coverage, higher resolution and volume of information – megabyte, gigabyte and terabyte, are of
main issues. The future of geoinformation is about developing towards user oriented and user friendly applications to
make available numerous geological data for project planning toward sustainable development.
Biography :
Prof. Dato’ Dr. Ibrahim Komoo is the Deputy Vice Chancellor (Research and Innovation) at Universiti Kebangsaan
Malaysia. Prior to his appointment he was the Director of the University’s Institute for Environment and Development
(LESTARI) (from 1999 to 2000, and 2002 to 2005). He has extensive research experience, particularly in the field of
Earth Sciences having pioneered the field of Engineering Geology in Malaysia in 1979 and Earth Heritage
Conservation in the 1990’s, and broad multidisciplinary policy relevant research, such as Sustainability Science and
Governance. He has been awarded the fellowships with the Institute of Geology, Malaysia (FIGM), and Academy
Sciences, Malaysia (FASc).
Academic Background :
Ph.D in Mining Engineering, University of Strathclyde Glasgow, Scotland.
Bachelor of Science in Geology (Hon), Universiti Kebangsaan Malaysia (UKM).
8
KERTAS 2
Development in GIS Technologies and Their Application to Citizen Services
Dr. Bill Shepherd
Senior Strategic Business Development Manager
(ESRI Asia)
Abstract
Governments, whether large or small, are comprised of many departments that perform hundreds of business
functions in the provision of services to their communities. It is well understood that most of these business functions
have location as an important aspect of their operation. And, it has been demonstrated time and time again that a
government’s effectiveness and efficiency in the delivery of information and services can be greatly improved by taking
advantage of geographical information systems (GIS). And, as IT and GIS technologies evolve, GIS plays an ever
more important role in the efficient organization of work within governments, and in the effective delivery of information
and services to their citizens. Today, mirroring the evolution of other information and enterprise technologies, GIS
technologies have evolved beyond professional desktop toolsets into truly enterprise platforms. The result is the
emergence of Server-based GIS platforms such as ArcGIS Server for the creation, management and publication of
geospatial information services. Where professional GIS tools are used to create and manage GIS data, models,
processes and metadata, and where the GIS Servers are used to publish these services. More specifically, where the
services are published to a variety of users, located where they are doing their work, using the computing devices that
make the most sense for the job. With these evolutions, the reach of GIS and GIS enabled applications has grown
dramatically, to the point that many people now use geo-enabled applications on a daily basis in the work that they are
doing as well as in their personal lives. The emergence of GIS Servers participating in service oriented architectures
allow governments to fully leverage their spatial information, assets and processes that have developed and
implemented over many years. It now becomes possible to redeploy information and knowledge in ways that were not
previously possible. Governments can now offer services previously not available and provide more traditional services
at reduced cost. Interactive, GIS-enabled sites open up the doors of government by encouraging collaboration
between government, business, and the public. Today, GIS-enabled government deploys tools for collaboration,
communication, and enhanced service delivery. This is true of the public facing web sites, providing information and
services to the community. It is as true of the intranet web sites that governments use to carry out their day-to-day
business operations. Behind the scenes are service-oriented architectures that are fundamentally changing the way
that governments work. And, GIS services integrated into the business processes of the government enterprise are
key components to the efficiency and effectiveness resulting from these new capabilities.
Biography :
Bill Shepherd is currently a Senior Strategic Business Development Manager at ESRI Asia. Bill has worked with ESRI
for the past 15 years. Bill’s has a well rounded background in GIS technology and its application included application
prototyping and development, project management, technical marketing, training and business development. In his
time with ESRI, Bill has worked throughout Asia and Latin America, covering the area of mapping and cartographic
production, cadastral and land management, transportation, asset and facility management, logistics and delivery
scheduling, urban and regional planning, as well as environmental analysis and management.
Ph.D in Urban and Regional Planning from Cornell University.
Bachelor’s Degree in International Relations from Eisenhower College.
9
KERTAS 3
Technology Trends in Geoinformation
Y. Bhg. Dato’ Prof. Sr Dr. Abdul Kadir bin Taib
Timbalan Ketua Pengarah Ukur dan Pemetaan
Jabatan Ukur dan Pemetaan Malaysia (JUPEM)
Abstrak
Perkembangan teknologi dalam bidang geoinformasi telah berlaku begitu pantas. Abad ke 21 adalah merupakan Abad
Maklumat di mana masyarakat yang menggunakan maklumat secara cekap dan bijak akan lebih maju dari yang lainlain. Kertas ini membincangkan perkembangan teknologi khususnya Sistem Maklumat Geografi (GIS) yang meliputi
pungutan data dan halatuju GIS dimasa depan. Di samping itu, perbincangan mengenai teknologi bagi perkongsian
dan pertukaran data melalui Infrastruktur Data Spatial (SDI) yang telah berubah dari generasi pertama yang
berasaskan data kepada generasi kedua yang berasaskan perkhidmatan . Contoh-contoh pelaksanaan di negara ini
seperti JUPEM GeoPortal dan Malaysia Geoportal akan dijelaskan. Selain dari itu akan dijelaskan juga halatuju
teknologi geoinformasi yang menggunakan teknologi mobile seperti PDA, Smartphone, mobile phone, pocket pc dan
lain-lain lagi. Penggunaan alat GPS dan imej-imej satelit di masa depan akan lebih meluas lagi bagi penggunapengguna GIS dengan ketepatan dan resolusi yang tinggi.
Biodata :
Dato’ Prof. Sr Dr. Abdul Kadir bin Taib telah berkhidmat dengan Jabatan Ukur dan Pemetaan Malaysia (JUPEM) sejak
1 April 1978. Memulakan tugas sebagai Juruukur dan telah menjawat jawatan-jawatan penting di JUPEM antaranya;
Pengarah Ukur Bahagian Pengeluaran Pemetaan, Pengarah Ukur Bahagian Pengurusan dan Pembangunan dan
Pengarah Ukur Bahagian Pemetaan sebelum menjawat jawatan sekarang mulai 20 Mac 2004. Di peringkat profesional
beliau memegang jawatan Timbalan Pengerusi Lembaga Jurukur Tanah Semenanjung Malaysia, Fellow/Past Presiden
Pertubuhan Juruukur Malaysia dan Fellow Royal Institution of Chartered Surveyors United Kingdom. Antara tugastugas penting beliau ialah selaku Pengerusi Jawatankuasa Teknikal TC 2 di bawah SIRIM yang bertanggungjawab
membangunkan Standard Maklumat Geografi dan Geomatik bagi Malaysia, Pengerusi Jawatankuasa Teknikal
Framework bagi Infrastruktur Data Geospatial Negara (MyGDI) dan Pengerusi Jawatankuasa Teknikal Nama Geografi
Kebangsaan. Di peringkat antarabangsa pula beliau telah dilantik sebagai Ketua Delegasi Malaysia ke Mesyuarat
Kumpulan Kerja dan Planeri ISO TC 211 dan sebagai Panel Penasihat Perancangan Strategi sejak tahun 1998. Beliau
telah dilantik oleh Universiti Teknologi Malaysia sebagai Profesor Tamu mulai Jun 2008.
Latar Belakang Akademik :
Ph.D in Geomatic Engineering, University of New South Wales, Sydney, Australia, 1994.
M.Sc. in Photogrammetry, ITC, Enschede, The Netherlands, 1985.
Postgraduate Diploma in Photogrammetric Engineering, ITC, Enschede, The Netherlands, 1981.
Bachelor of Surveying (Land), Hons, UTM, Kuala Lumpur, 1978.
Registered Land Surveyor with the Land Surveyors Board Peninsular, Malaysia.
Fellow Institution of Surveyors Malaysia (F.I.S.M).
10
KERTAS 4
Implementing Geoinformation Technology for Environmental Management - A Case Study for Kg
Pasir Landslide
Y.Bhg. Prof. Dr. Mahadzer bin Mahmud
Director
Infrastructure Research and Development Centre (IRDC), Kumpulan IKRAM Sdn. Bhd
Abstract
The Kampung Pasir landslide incident which occurred in May 2006 has caused lost in lives and economy. Due to the
incident, a detailed investigation has been carried out by the Slope Engineering Branch, Public Works Department
Malaysia to determine the contributing factors, failure mechanism and causes of the landslide. The application of
various state-of-the-art technologies in surveying, which include Airborne Laser Survey (ALS) has contributed to many
valuable information and data for the study area. By utilizing GIS and mapping, the data from ALS are generated into
meaningful layers such as slope angle, slope hillshade and flow accumulation. The Digital Terrain Model (DTM) of the
failed area could also be generated using GIS. This paper presented various applications of Geoinformation
technologies in the Environmental Management with emphasis on a case study of one of the major landslide in
Malaysia.
Biography :
Prof. Dr. Mahadzer bin Mahmud is currently the Director of Infrastructure Research & Development Center (IRDC) of
Kumpulan IKRAM. He was the President and Chief Executive of Kuala Lumpur Infrastructure University College
(KLIUC) from 2003 to April 2007. Immediately upon completion of his study, Prof. Dr. Mahadzer was appointed as an
Engineering Assistant with Howard Needle Tammen and Bergendoff (HNTB)/JK(SEA) and has been posted at the
Penang Bridge Project from 1982 to 1984. Dr. Mahadzer pursued his study for a Bachelor Degree in Civil Engineering
under the Japanese Government Scholarship for Asian Students program.
Prof. Dr. Mahadzer was a Project Engineer with Kedah Regional Development Authority (KEDA) prior to joining
University Technology of Malaysia (UTM) in 1988. He served UTM as a lecturer in Geotechnical Engineering for about
10 years. While at UTM, Prof. Dr. Mahadzer was sent to pursue post-graduate studies. He completed his MSc in Civil
Engineering specializing in Geo-environmental Engineering from Rensselaer Polytechnic Institute in Troy, New York in
1993. Four years later, in 1997, he was awarded the Doctoral of Philosophy in Civil Engineering with specialization in
Geotechnical Engineering from the same university. He has conducted researches in geo-environmental engineering,
centrifuge modeling of contaminant migration, simulation of landfill liners/covers, geosynthetics interfaces friction in
landfill liner, centrifuge modeling of geosynthetics reinforced slopes and innovative methods in slope stabilisation.
Doctoral of Philosophy in Civil Engineering with specialization in Geotechnical Engineering from New Hampshire, USA.
B.Sc. in Civil Engineering from New Hampshire, USA , 1986.
Diploma in Civil Engineering from UiTM, 1982.
11
KERTAS 5
Geo-information for Integrated Water Resources Management (IWRM)
Y.Bhg. Ir. Dr. Salmah binti Zakaria
Ketua Pengarah
Institut Penyelidikan Hidraulik Kebangsaan Malaysia (NAHRIM)
Abstract
Malaysia’s rapid pace of development has given rise to increase and accelerated challenges in related water resources
management in the country. Some of these challenges include escalating flood occurrences, water quality
deterioration, land slides and erosion, forest fires and many others. These challenges are invariably connected to land
use and are best managed through the concept of IWRM (Integrated Water Resources Management) which focus on
integrating and managing land and water resources in all development initiatives, to ensure sustainable development.
IWRM is implemented in the field through IRBM (Integrated River Basin Management) and in Malaysia there are
currently 189 defined RBMU (River Basin Management Units). This paper seeks to link the use of geo-information in
better managing the challenges above.
Biography :
Ir. Dr. Salmah binti Zakaria is currently the Director General of National Hydraulics Research Institute of Malaysia
(NAHRIM) since April 2007. She begins her career in engineering since 1979. She had held numerous positions
among which; Director of River Engineering Division (JPS), Director of Corporate Development Division (JPS) and
Director of National Hydraulics Research Institute of Malaysia (NAHRIM). At the professional level, she was appointed
as a Fellow Academy of Sciences Malaysia, Board of Director of Selangor Waters Authority and advisor of Malaysian
Water Partnership (MyWP).
Ph.D in Water Management In Deep Peat Soils In Malaysia (Cranfield) 1993.
MSc in Land and Water Resources Management (Cranfield) 1986.
DHE, Delft, the Netherlands, 1981.
BE Civil (UTM), 1977.
12
KERTAS 6
Development of Centralised System for Road Accident, Safety and Hazard Studies (CRASH)
Cik Nur Fazzillah binti Mohamed Noordin
Researcher
Malaysian Institute of Road Safety Research (MIROS)
Abstract
In recent years, efforts made to expand the analytical features of road information system with spatial component by
integrating Geographic Information Systems (GIS) capabilities. One of the continuing goals of applying the GIS into
road safety research is to encourage the relevant departments of transportation and metropolitan planning
organizations to explore the capabilities of GIS-based road safety analysis tools and to adapt those ideas and
applications to fit their particular needs. The main advantage of applying GIS for road safety is its ability to access and
analyze spatially distributed data with respect to its actual spatial location overlaid on a base map of the area of
coverage that allows analysis not possible with the other database management systems. This National Accident
Database contains information that will be the basis of studies and research conducted in MIROS that will enable
analyses and policies to be based on scientific data. The Database will increase ease of data sharing among
departments for design and implementation of road safety measures. Data will be organized systematically and be
readily available for constant updates / maintenance of accident information by a multi-disciplinary team. The Traffic
Branch of Royal Malaysian Police (PDRM) will benefit from analyses conducted by MIROS based on the analysed data
within the Database. As accident data providers, PDRM can benefit from information translated through the Database
system by effective means of enforcement and implementation. Indirectly, other Organizations collaborating with
MIROS will benefit from this Database due to use of Malaysian accident data as basis of all analysis and policies.
There will be an increase in ability to integrate and contrast/compare with information from worldwide due to the use of
internationally renowned methods and software.
Biography :
Nur Fazzillah binti Mohamed Noordin is currently a Researcher in Malaysian Institute of Road Safety Research
(MIROS). She heads the study in design and development of GIS application for National Accident Database.
She is also a partner of Road Traffic Injuries Research Network (www.rtirn.net) and is a part of the organizing
Secretariat for Global Road Safety Partnership (http://www.grsproadsafety.org) Workshop for Malaysian Traffic Police
and JPJ officers jointly organized by MIROS (www.miros.gov.my) and JKJR (www.panducermat.org.my).
Bachelor's Degree in Urban and Regional Planning (Hons.)
13
KERTAS 7
Malaysian Geospatial Data Infrastructure (MyGDI) – The Way Forward
Puan Fuziah binti Abu Hanifah
Director
Malaysian Centre for Geospatial Data Infrastructure (MaCGDI)
Abstract
Spatial data is a national capital asset. Malaysian Geospatial Data Infrastructure (MyGDI) facilitates collection,
sharing and dissemination of spatial data among all levels of government organisations. Among the objectives of
MyGDI is to assure that spatial data from multiple sources (Federal, State and Local Government) are widely available
and can be easily integrated to facilitate spatially-enabled government towards enhancing the service delivery. As the
amount of spatial data available increases very rapidly, the need for understandable and reliable measures of data
quality becomes more important. Data collected by different agencies are often incompatible. The data may cover the
same geographic area but use different geographic bases and standards. MyGDI framework initiatives will improve
this situation by leveraging agencies geospatial data collection efforts so that data can be exchanged within
governments at reasonable cost. There should be a common spatial data foundation organised according to accepted
layers, scales (or resolution) and seamless sources that are available for the entire area of geographic coverage to
which other geospatial data can be easily referenced. The establishment of MyGDI also requires an understanding of
the requirements and responsibilities of the members of the community. The paper summarises the current initiatives
that define the ways to effectively implement and enhance MyGDI taking into account the current challenges and the
range of possible services to be included.
Biography :
Puan Fuziah binti Abu Hanifah is currently the Director of Malaysian Centre for Geospatial Data Infrastructure
(MaCGDI), Ministry of Natural Resources and Environment (NRE). Her role is managing the implementation of
Malaysian Geospatial Data Infrastructure (MyGDI) where, among significant tasks includes the development of
policies, standards, framework data, technology, capacity building as well as facilitating geospatial data sharing
activities among agencies at Federal, State, and Local Authorities at all levels.
She is also the Chairperson of MyGDI Clearinghouse/Geodata Centre Technical Committee and Chairperson of
Working Group on Geographical Names Database and National Gazetteer. Being a member of Technical Committee 2
(TC2) SIRIM, she involves in the development of Malaysian standard for Geographic Information/Geomatics. At the
international level, she is among the Malaysian delegates attending ISO/TC 211 Plenary and Working Groups Meeting.
She obtained Bachelor of Science (Hons) in Computer Science from National University of Malaysia and began her
career as a System Analyst in 1983.
Bachelor of Science (Hons) in Computer Science from National University of Malaysia (UKM), 1981
Postgraduate Diploma in Computer System Analysis and Design, Universiti Teknologi MARA (UiTM), 1982
14
KERTAS 8
Remote Sensing and Related Technologies for Natural Resources Management
Y. Bhg. Tn. Hj. Darus bin Ahmad
Director General
Malaysian Remote Sensing Agency
Abstract
Malaysia has been blessed with diverse natural resources and recognised as a mega-biodiversity country. Natural
resources and environment management in Malaysia requires special approaches in terms of coordination and
implementation. To ensure definite support to the development and implementation of policies and strategies for
sustainable development, the management and utilization of natural resources, and immediate response to
environmental crisis, a various types of data and information is required. The management of natural resources and
applications sector in Malaysia will become more efficient with an existing of advance technologies such as earth
observation technologies, in particular remote sensing satellites with optical and radar systems, meteorology satellites,
and satellite-based positioning system. Integrated Geospatial Database and Planning (IGDP) system established by
Malaysian Remote Sensing Agency is a one of a kind centralised database information system for integrated natural
resources and environment in Malaysia. The IGDP system is equipped with GIS and web-based capabilities to ensure
maximum benefits to the holistic planning and management of natural resources and the environment in the country.
Biography :
Tn. Hj. Darus bin Ahmad began his professional career as Agriculture Officer at Department of Agriculture (DOA) in
July 1979. In DOA, he confers his knowledge and experience in soil conversation and management to help country in
implementing thriving agricultural development. After 16 years of invaluable contribution in Research & Development,
he was promoted as research officer in Malaysian Remote Sensing Agency (Remote Sensing Malaysia) in year 1995.
With vast experience in research and development, he was then appointed to lead data and information division in
Remote Sensing Malaysia for 8 years. His serious dedication and commitment in remote sensing technology
development in the country was realised when he was promoted as Deputy Director (Research & Development) in the
year 2003. Four years later, he was appointed as the Director for Remote Sensing Malaysia. Since February 2008 he
was then promoted as Director General of Remote Sensing Malaysia to spearhead the development of remote sensing
and related technologies in the country.
B. Agric.Sc. Universiti Putra Malaysia (UPM), Serdang, 1979
Cert. of Rremote Sensing Techniques, Asian Institute of Technology, Bangkok, 1986
Cert. of Applied Remote Sensing, Ontario Centre for Remote Sensing, Toronto, 1988
Non-Degree/Non-Certificate Course, University of British Columbia, Vancouver, 1988
15
KERTAS 9
Satellite Technology for Geoinformation
Y. Bhg. Dr. Mustafa Din bin Subari
Timbalan Ketua Pengarah
Agensi Angkasa Negara (ANGKASA)
Abstract
Two satellite systems application directly usable in geo-information and related sectors are the earth observation (EO)
and navigation satellites (NavSat). The EO satellites which are the main source of remote sensing applications has
been in used since early eighties, while the navigation satellite, dominated until now by GPS, has also been around
about the same time. The history of usage for both satellite systems, locally, are quite different, while the EO usage
has been in constant increase, the NavSat which is quite slow in the beginning, has becoming increasingly adapted
since the last two decades, especially in utility mapping and tracking application. While looking into the global trend,
this paper focuses into the national space program related to this application.
Biography :
Dr. Mustafa Din bin Subari currently acting on the Director General post of ANGKASA. He was an Associate Professor
and Head of Geomatic Engineering Department in the University Technology Malaysia until 2004, before being
seconded to the National Space Agency (ANGKASA) under the Ministry of Science Technology and Innovation
(MOSTI), as the Deputy Director General since 2005.
PhD in GPS Surveying, University of New South Wales (UNSW), Sydney, Australia,1996
MSc in Geodetic Sciences, Ohio State University (OSU), Columbus USA, 1987
Bsc. Land Surveying, Universiti Teknologi Malaysia (UTM), 1983
16
KERTAS 10
SOA : An Interoperable Web Services Architecture for a Better Access and Diffusion of Geospatial
Information
Mr. Vincent Dessard
Senior Vice President, Business Development
ERDAS
Email: [email protected]
Abstract
Traditional Geographic Information Systems (GIS) are based on applications connected to encrypted data in
proprietary formats for geomaticians who collect and maintain this data. The geomaticians use complex functionalities,
on their powerful desktops able to display, manage, edit, analyse and process large volume of vector and raster data,
using predefined functionalities available in a GIS or image processing fat client application. Each of the geomaticians
has followed a specialised training, installed the software on their desktop and specialised in some part of the full
process. Today, a large number of users are also interested in the discovering, visualisation, exploration, even simple
data analysis or light data editing without having to install specific GIS applications or geospatial data on their
terminals. They want to be able to connect to data services in real time and create different data combinations, and
interact with the data, through an internet bus, using thin client application, loosely decoupling the data from the
business logic. Ultimately, the data provider would like to publish/share their contents and services to third parties and
application developers. In the Geospatial world, Service Oriented Architecture (SOA) implemented by means of
interoperable OGC Web Services, is particularly useful for setting up spatial data infrastructure or applications able to
access and publish geospatial information. It enables to combine seamlessly spatial information from different sources
through Web Services and share it between many users and applications, for many purposes. These services should
allow the users to identify and access spatial or geographical information from a wide range of sources, from the local
level to the global level, in an interoperable way for a variety of uses. The services as well as the date should be
documented by metadata so that the services can expose the content (data) in a understandable manner. Doing so,
Services and Data can be registered in Catalogs. Finally a complete Spatial Data Infrastructure can be built under a
multi dimensional approach which can address data quality, data types, coordinate systems, policy, accuracy, data
security, uniformity, etc. Examples of Programs & Initiatives across the world, in different thematic, will be presented.
Biography :
Vincent Dessard is the Co-founder and Chief Executive Officer of IONIC Software SA, Belgium. As an international
consultant for GIS and Distributed Geographical Systems as well as an Active Technical Member of the OGC since
1999, Mr. Dessard has experience in developing new markets for adopting the concepts and COTS products
implementing the ISO and OGC vision of interoperable Spatial Data Infrastructure. He is currently focusing on support
of the INSPIRE Initiative of the European Commission, GMES and GALILEO. He is also leveraging the OGC / ISO
vision of interoperable Geo Services in emerging markets. He has extensive work experience with large companies as
Siemens Nixdorf, gaining experience in R&D activities and project management.
Academic Background:
University Degree in Computer Science from the University of Liege, 1988
17
KERTAS 11
Geoinformation For National Planning Effort
Tn. Hj. Nor Sallehi bin Kassim
Pengarah Teknologi Maklumat
Jabatan Perancang Bandar dan Desa (JPBD)
Abstract
In meeting the demands and the ever changing urban land uses, Town and Country Planning Department have
adopted new programs and strategies which also requires better approaches and reliable tools. The drawing boards
and t-squares are considered as obsolete tools and replaced by computer networking while Geographical Information
System (GIS) has become the main tool in plan making operations particularly in the preparation of the Development
Plan consisting of the National Physical Plan, Structure Plans and Local Plans. These three levels of the national
development planning framework are integrated and operated as a collectively cohesive system with the same goal in
supporting and to achieve the Vision 2020. Based on these, the implementation of development planning plans has
features the three levels which by nature are integrated and dependent on each other. The integration needs
standardization and to achieve this, action has been taken in coordinating the base map, land use classifications,
coding system and terminology through GIS platform where data are easily stored, retrieved and updated while maps
are neatly done. It has also created voluminous planning information and these will support landuse planning exercise
and decision-making processes. Besides that, GIS offer flexibility in analysis, interface with simulations and other
models. It is expected to assists urban planners to meet the new challenges in developing a systematic databases on
land uses and providing the monitoring tool in evaluating land use changes. This paper advocates the directions and
promoting the use of GIS in landuse planning and how it add new dimension to manage large volume of information.
Biography :
Nor Sallehi bin Kassim is currently the Director of IT Division at the Federal Town and Country Planning Department.
He is a committee member of the ENSPADS (Expanding Expertise for Generating and Sharing Knowledge Related to
Spatial Planning and Decision Support) group, headed and jointly organized by International Islamic University
Malaysia (IIUM) and ITC Holland which also included members from Italy and the Philippines. He is actively involved in
the preparation of the National Physical Plan (NPP), specifically on the Information System and the application of the
Geographical Information System for the development of the NPP database system and analysis.
M.Sc in Town Planning from UWIST, United Kingdom, 1986
Diploma in Town Planning from Universiti Teknologi Malaysia (UTM), 1981
18
KERTAS 12
Pembangunan dan Pelaksanaan Sistem Aplikasi Geospatial (GIS) Perbadanan Putrajaya
Tn. Hj. Ahmad Affandi bin Kamaruddin
Timbalan Pengarah Teknologi Maklumat
Perbadanan Putrajaya
Abstrak
Perbadanan Putrajaya ditubuhkan di bawah Akta Perbadanan 1995 (Akta 536) pada 1 Mac 1996. Tugas dan
tanggungjawab Perbadanan adalah untuk membangun, mentadbir dan mengurus Wilayah Putrajaya. Perbadanan
Putrajaya juga bertindak sebagai Custodian dan pengumpulan data-data spatial/geografi di bawah pentadbiran
Wilayah Persekutuan Putrajaya bagi tujuan perancangan, pembangunan, pengoperasian, penyelenggaraan dan
pemantauan mengikut keperluan jabatan-jabatan di Perbadanan Putrajaya. Tidak dapat dinafikan, perkembangan
teknologi GIS yang semakin sofistikated kini boleh diaplikasikan untuk peningkatan aktiviti-aktiviti pengurusan dan
pentadbiran dalam membantu meningkatkan kualiti kerja dan penyampaian perkhidmatan. Pelaksanaan dan
Pembangunan Sistem Aplikasi dan Pusat Pangkalan Data Geospatial GIS Perbadanan Putrajaya adalah bagi
membolehkan capaian maklumat spatial/geografi dan data non-spatial secara terus melalui Perkongsian Dataset yang
membolehkan pengintegrasian data dilakukan serta menyediakan maklumat yang teratur, tersusun dan mengikut
piawaian yang ditetapkan tanpa mengira sempadan dan kawasan geografi.
Biodata:
Tuan Haji Ahmad Affandi bin Kamaruddin adalah Timbalan Pengarah Teknologi Maklumat Perbadanan Putrajaya.
Pernah berkhidmat sebagai Ketua Pegawai Sistem Maklumat di MARDI dan Ketua Penolong Pengarah Bahagian
Korporat MARDI. Beliau juga merupakan ahli Jawatankuasa Pemandu ICT Kementerian Wilayah Persekutuan, ahli
Jawatankuasa Penasihat Teknikal ICT Cyberjaya/Putrajaya City Command Center (CCC) dan Panel Penasihat eLearning Putrajaya MSC Neighbourhood Communities Program.
Latar Belakang Akademik :
Bsc. (Hons) Mathematics (Computer Science/Statistics), USM 1980.
Certificate of Proffessional Study : Strategic Management of Information Systems Program, Cambridge 1995.
19
KERTAS 13
Use of Mobile and Web Geospatial Solution to Inprove Asset Management
Shamsul Izhan bin Abdul Majid
Managing Director/Architect
Telekom Malaysia Berhad
Abstract
As IT systems mature, organisations are under great pressure to improve business processes through capable and
think outside the square solutions that deliver immediate cost savings by collation of best of breed tools and data.
Geospatial information and asset-aware solutions deliver unsurpassed ability for one to visualise static and moving
assets over public domain map base such as Google Maps for general viewing and the TM MapBase for more
outcome approach. Through the many layers available in the TM Map Base, asset managers are able to appreciate the
relationship of their asset to its surroundings. This relationship is extended onto an outcome driven approach where
mobility and web-based geospatial tools provide field crews and managers with the right tools to conduct time savings
procedures better and faster than ever before. This paper and presentation will highlight the use of geospatial practices
by non-geospatial users and managers to deliver better outcomes for governments and the private industries.
Biography :
Shamsul Izhan Abdul Majid is the owner and Managing Director of Ennoble Consultancy Australia and Malaysia. In the
last decade, he has been actively involved in the design and development of geospatial asset management and
mobility solutions for utilities, telecommunications and government sectors in Australia.
Academic Background:
Masters of Geomatics Engineering (Research), University of Melbourne
Bachelors of Geomatics Science, University of Melbourne
20
KERTAS 14
Research and Innovations in Geoinformation
Prof. Dr. Alias bin Abdul Rahman
Timbalan Dekan (Akademik)
Fakulti Kejuruteraan dan Sains Geoinformasi
Universiti Teknologi Malaysia (UTM)
Abstract
GIS “proper” has been well accepted by various professional groups in Malaysia since early 1990s.
Malaysian professionals such as surveyors, photogrammerists, cartographers, city planners, engineers (civil,
environmental, telecommunication, etc.), geologists, and others as usual are very receptive to this new field.
This relatively new field has been considered as an excellent tool for spatial data management and analysis
for information systems. The Department of Geoinformatics at Universiti Teknologi Malaysia (UTM) offers
GIS programmes for undergraduate and as well as for postgraduate levels. Our existing undergraduate
programme has been in place since early 1990s and now we are in the process of introducing new GIS
programme as one of the specializations together with Geomatic Engineering programme. Feed backs from
various stake holders especially government related agencies and GIS industries are encouraging. This
paper discusses the UTM efforts in providing GIS education and research opportunities.
Biography :
He is a senior academic staff at the Department of Geoinformatics, Universiti Teknologi Malaysia. His current
professional activities include as Guest Professor at Stuttgart University of Applied Sciences, Germany. Cochair for ISPRS Working Group on Dynamic and Multidimensional GIS. Malaysia representative for UDMS
(Urban Data Management Symposium) based in The Netherlands. He also sits in various international
scientific committees e.g. 3D Geoinformation Workshop, and others. He recently published 2 books on 3D
GIS with Springer-Verlag Germany.
Ph.D (Glasgow, UK)
M.Sc. Geoinfo. Prod. (ITC, Holland)
Post Grad. Dip. Geoinfo. Prod. (ITC, Holland)
B.Sc. (Hons.) Surv. & Mapp. Sc. (C.N.A.A., UK)
21
KERTAS 15
Innovation and Learning: The Two Faces of Geoinformation Graduate Studies
Y. Bhg. Prof. Sr Dr. Shattri bin Mansor
Pengarah Pejabat Pembangunan dan Pengurusan Aset
Universiti Putra Malaysia (UPM)
Abstract
Universities are widely regarded not only as teaching establishments but also as organizations that create
new knowledge and innovation through research. As such, graduate research has been found to play a
significant role in improving and enhancing universities innovation potential. Malaysia is a strong proponent
in the use of geo-information to address problems related to land evaluation, natural resources management
and natural disaster management. Remotely sensing from both airborne and space-borne platforms have
provided a wealth of geo-data in different forms such as digital maps and images which can be manipulated
in a Geographic Information System (GIS) to produce strategic geo-information for specific applications. In
the past research institutions and resource departments have focused on developing geo-information models
and systems to address four areas – agriculture, forestry, geo-science and topography. The Economic
Planning Unit of Malaysia required this information to plan the land capability potentials for Malaysia
essentially covering areas to be alienated for forestry, agriculture, mineral potential and urbanization.
Recently, given the emphasis on sustainable development, bio resource management and natural disaster
management, the universities have played an active role, through their graduate program, in developing geoinformation models using the integration of remote sensing, GIS and Decision Support tools. This paper will
highlight some useful PhD research findings conducted in Malaysia.
Biography :
Prof. Dr. Shattri bin Mansor, is the Director of Development, Universiti Putra Malaysia. He maintains a
diverse research interests including image processing, remote sensing and GIS. His major research effors
include feature extraction from satellite imagery, spatial decision support system, fish forecasting, oil spill
detection and monitoring system, UAV-based remote imaging, disaster management and early warning
system. He holds membership to various organizations and institutions. He is currently Co-Chairman for the
International Society of Photogrammetry & Remote Sensing (ISPRS) Working Group II/4, Editorial Board
member of The Malaysian Surveyor Journal, an executive committee for the Malaysian Remote Sensing
Society (MRSS) and an executive committee member for the Institution of Surveyors Malaysia (GLS
Division).
Doctor of Philosophy (Remote Sensing), University of Dundee,United Kingdom, 1993
Master of Science (Engineering Surveying & Space Geodesy), University of Nottingham, United Kingdom, 1986
Bachelor of Surveying (Land), Second Class Upper Division, Universiti Teknologi Malaysia (UTM), 1984
22
KERTAS 16
GIS Education and Training : The UiTM Experience
Prof. Madya Dr Wan Mohd Naim bin Wan Mohd
Dekan Fakulti Seni Bina, Perancang dan Ukur
Universiti Teknologi Mara (UiTM)
Abstract
Geographical Information System (GIS) has been recognised as a technology used in many disciplined such as
urban planning, agriculture, public health, hydrology, geology, environmental science, emergency respond, business
and marketing, military and forestry. In respond to the demands for the expertise in GIS, many institutions of higher
learning in Malaysia such as UTM, UPM, UKM, UM and UIAM have established GIS and GIS-related
programmes/courses. Universiti Teknologi MARA (UiTM) has introduced GIS and GIS-related course since mid1990’s. This paper highlights the experience of UiTM in providing GIS training and education at various levels: diploma,
undergraduate and postgraduate. Special emphasis will be given to newly introduced postgraduate GIS programme
i.e. MSc in Geographical Information Science.
Biography :
Associate Professor Dr. Wan Mohd Naim b. Wan Mohd is the Dean of Faculty of Architecture, Planning and Surveying,
Universiti Teknologi MARA, Shah Alam, where he teaches Geographical Information Science (GIS), photogrammetry
and surveying. He have a BSc (Hons) in Surveying Science from University of Newcastle Upon Tyne in England; M.
App. Sc. in Topographic Science from Glasgow University, Scotland (1988) and PhD in GIS from Edinburgh University,
Scotland (1998). His main research interests are applications of GIS and remote sensing for environmental modelling
and monitoring, GIS-based decision support system development and digital photogrammetry. He has successfully
supervised a number of post-graduate research students and served as external examiners for other institution of
higher learning.
PhD in GIS from Edinburgh University, Scotland (1998)
M. App. Sc. in Topographic Science from Glasgow University, Scotland (1988)
BSc (Hons) in Surveying Science from University of Newcastle Upon Tyne in England
23
JAWATANKUASA INDUK
Keanggotaan
Penaung
: Y.Bhg Datuk Suboh bin Mohd Yassin
- Ketua Setiausaha
Pengerusi
: Y.Bhg Dato’ Hj. Azmi bin Che Mat
- Timbalan Ketua Setiausaha II
Setiausaha
: Puan Fuziah binti Hj. Abu Hanifah
- Pengarah MaCGDI
Ahli
: Y.Bhg Dato’ Prof. Sr Dr. Abdul Kadir bin Taib
- Timbalan Ketua Pengarah JUPEM
: Tn.Hj. Meharomi bin Mohamad
- SUB Kewangan dan Pentadbiran
: Sr Ahamad bin Zakaria
- JUPEM
: Sr Hamdan bin Ab. Aziz
- MaCGDI
: En. Ya’cob bin Abas
- MaCGDI
: Sr Dr. Zainal bin A Majeed
- MaCGDI
: Pn. Jawahiril Kamaliah binti Mohamad
- MaCGDI
: Pn. Hjh. Norizam bt. Che Noh
- MaCGDI
: Pn. Aini Hazila bt. Hamzah
- MaCGDI
: Sr Hazri bin Hassan
- MaCGDI
: Sr Tn. Hj. Ahmad Akhir bin Tompang
- MaCGDI
: Sr Tn. Hj. Anual bin Aziz
- MaCGDI
: Y.M Sr Raja Abd. Aziz bin Raja Ali
- MaCGDI
: Pn. Siti Sapura binti Raffee
- MaCGDI
: Pn. Hjh. Mariyam binti Mohamad
- MaCGDI
: Pn. Hjh. Ria Septia binti Sachlin
- MaCGDI
: Pn. Norizan binti Mohamad
- MaCGDI
: Pn. Siti Zaleha binti Yusof
- MaCGDI
: Sr Tsalimy bin Abdullah
- JUPEM
24
JAWATANKUASA KECIL
Ketua Urusetia
: En Hamdan bin Abdul Aziz
Pen Ketua Urusetia
: En Ya’cob bin Abas
Jawatankuasa Persidangan
1.
2.
Ketua
: Sr Dr. Zainal bin A Majeed
Setiausaha : Encik Yaacub bin Yusoff
Ahli:
1.
2.
3.
4.
5.
6.
7.
8.
Encik Rabiulkhair bin Mohd Noor
Encik Suffian bin Mohd Yusoff
Encik Muhammad Daud bin Mahdzur
Encik Mohd Noor bin Wagiran
Puan Nor Zuraini binti Abdul Rahim
Cik Che Zakiah binti Ahmad
Puan Raha binti Othman
Puan Noor Effa Rizan binti Abdul Razak
JK Jemputan dan Pendaftaran
1.
2.
Ketua
: Puan Zaleha binti Yusoff
Setiausaha : Puan Subashini a/p Panchanathan
Ahli:
1.
2.
3.
4.
5.
6.
7.
8.
9.
Puan Ruzana binti Mohamad Saad
Puan Noor Azah binti Abdul Rahman
Cik Rihaida binti Naim
Cik Norizah binti Mahmood
Puan Suraya binti Ibrahim
Cik Nor Fatin binti Hasan
Cik Mona binti Mohd Yusof
Puan Noor Arianna binti Ab Wahid
Puan Hanizah binti Mohd Noor
Jawatankuasa Kewangan dan Logistik
1.
2.
Ketua
: Puan Aini Hazila binti Hamzah
Setiausaha : Cik Azizah binti Abdul Malek
Ahli:
1.
2.
3.
4.
5.
6.
Encik Mohd Naim bin Norman
Cik Rihaida binti Naim
Encik Mohd Afandi bin Samsuri
Encik Muhamad Zamri bin Mustapha
Cik Norizah binti Mahmood
Cik Mona binti Mohd Yusof
25
Jawatankuasa Protokol
1.
2.
Ketua
: Puan Jawahiril Kamaliah binti Mohamad
Setiausaha : Hajjah Norizam binti Che Noh
Ahli:
1. Cik Sherly Suhana Binti Muhamad
2. Cik Siti Aini Binti Abdul Manan
3. Cik Norizah Binti Mahmood
Jawatankuasa Perasmian dan Penutup
1.
2.
Ketua
: Puan Siti Sapura binti Raffee
Setiausaha : Puan Nurul Akmalina binti Khairuddin
Ahli:
1. Puan Siti Norashikin binti Abd Latif
2. Cik Noralinawati binti Ibrahim
3. Cik Yusmariza binti Yaacob
4. Pn. Mageshwari a/p Valachamy
5. Encik Mohd Nasir bin Mohd Daud
Jawatankuasa Sambutan & Protokol
1.
2.
Ketua
: Puan Norizan binti Mohamed
Setiausaha : Puan Anis Badurawaty binti Yeop
Ahli:
1. Encik Wan Faizal bin Wan Mohammed
2. Cik Siti Aini binti Abdul Manan
3. Puan Rosazlina binti Mohd Adzmi
4. Puan Noura binti Mohd Ghazali
Jawatankuasa Publisiti
1.
2.
Ketua
: Encik Hazri binti Hassan
Setiausaha : Puan Julia binti Mohd Zawawi
Ahli:
1. Encik Lam Chee Siong
2. Puan Siti Hajar binti Mohammad
3. Encik Norazman binti Ismail
4. Puan Farahiya binti Mazlan
5. Cik Zie Zie Azeanty binti Mohamad Tahir
6. Puan Roshana binti Mat Rafar
7. Puan Fadzilah binti Misbah
26
Jawatankuasa Penerbitan
1.
2.
Ketua
: Puan Jawahiril Kamaliah binti Mohamad
Setiausaha : Puan Azrina binti Reli
Ahli:
1.
2.
3.
4.
5.
6.
7.
8.
Encik Anual bin Aziz
Puan Mariyam binti Mohamad
Puan Fauzani binti Azam
Puan Nur Hafizah binti Hamlud
Puan Fauziah binti Abdul Rahaman
Puan Mazian binti Md. Taib
Puan Norsaidatina binti Mohd Said
Encik Nik Zamri Sham bin Nik Bahari Shah
Jawatankuasa Pameran
1.
2.
Ketua
: Encik Ya’cob bin Abas
Setiausaha : Encik Tang Kieh Ming
Ahli:
1.
2.
3.
4.
5.
6.
Encik Norazmel bin Abd Karim
Encik Ahmad Nazlie bin Muhammad
Encik Mohammad Nizar bin Damis
Encik Aziz bin Hassan
Puan Siti Zaleha binti Idris
Encik Muhamad Apian bin Saidin
Event Manager
1.
2.
Ketua
: Encik Raja Abd Aziz bin Raja Ali
Setiausaha : Encik Jamil Faisal bin Yusoff
27
Penghargaan
Jawatankuasa penganjur merakamkan ucapan setinggi-tinggi penghargaan dan
terima kasih kepada Y.B. Datuk Douglas Uggah Embas , Menteri Sumber Asli dan
Alam Sekitar, Y.Bhg. Datuk Suboh bin Mohd Yassin, Ketua Setiausaha Kementerian
Sumber Asli dan Alam Sekitar (NRE), Jabatan Ukur dan Pemetaan Malaysia (JUPEM),
Jawatankuasa International Symposium of GIS (ISG) serta agensi-agensi yang
terlibat secara langsung atau tidak langsung dalam menjayakan
28
WAKTU SOLAT BAGI KAWASAN WILAYAH PERSEKUTUAN
Jadual Waktu Solat
Kuala Lumpur
Julai / 2008
Lokasi
Bulan/Tahun
Arah Kiblat
Sumber
Tarikh
Hari
292° 31′ 16″
JAKIM
Imsak Subuh Syuruk Zohor
Asar
Maghrib Isyak
19-07-2008
Sabtu
5:39
5:49
7:11
13:22
16:46
19:31
20:45
20-07-2008
Ahad
5:39
5:49
7:11
13:22
16:46
19:31
20:45
21-07-2008
Isnin
5:40
5:50
7:11
13:22
16:46
19:30
20:44
22-07-2008
Selasa
5:40
5:50
7:11
13:22
16:46
19:30
20:44
23-07-2008
Rabu
5:40
5:50
7:11
13:23
16:46
19:30
20:44
24-07-2008
Khamis
5:40
5:50
7:12
13:23
16:45
19:30
20:44
25-07-2008
Jumaat
5:40
5:50
7:12
13:23
16:45
19:30
20:44
29

P enghargaan

Transcription

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