Silabus S2 TEKNIK GEOMATIKA 2009 2014

FAKULTAS TEKNIK SIPIL DAN PERENCANAAN

  FACULTY OF CIVIL ENGINEERING & PLANNING Program Studi Department

  Teknik Geomatika Geomatic Engineering

  Jenjang Pendidikan Programme

  Pasca Sarjana Post Graduate

  Kompetensi Lulusan

   Mampu memahami cara desain dan teknik pengambilan data Geospasial beserta perencanaan dan penyusunan basis data.  Mampu mendeteksi terjadinya kesalahan dan sumbernya beserta konversi data dan hubungan antar data geospasial dan non geospatial.  Mampu menerapkan data geospatial dan non geospasial dalam rangka analisa untuk keperluan bidang lain terutama perencanaan, monitoring dan prediksi kedepan.

  Graduate Competence

   Capable to know a bout desain and technical geospatial data collection with planning and compiling data base.  Capable to detection of data error and source of the

  Error with data convertion and correlation between geospatial and non geospatial data.  Capable to application of geospatial and non geospatial data for analysis in the feld of planning, monitoring and prediction to the future.

STRUKTUR KURIKULUM/COURSE STRUCTURE

  

No. Kode MK Nama Mata Kuliah (MK) sks

Code Course Title Credits _st

  SEMESTER I/1 Semester

  1 RG092226 Pemograman Data Spasial

  3 Spatial Data Programming

  2 RG092201 Aplikasi Statistik dan Probabilitas

  2 Applied Statistical and Probabilities

  3 RG092207 Geodesi Satellit

  3 Satellite Geodesy

  4 RG092326 Sitem Proyeksi Peta

  2 Map Projection Sytems _nd Jumlah sks/Total of credits

  10 SEMESTER II/ 2 Semester

  1 RG092327 Kartographi dan Pembuatan Peta Digital

  2 Cartography and Digital Map Production

  2 RG092328 Sistem Informasi Geografs

  3 Geographic Information Systems

  3 RG092329 Analisa Citra Satelit Penginderaan jauh

  3 Analysis of Remote Sensing Satellite Images

  4 RG092398 Metodologi Penelitian dan Proposal

  4 Research Methodology and Proposal _rd Jumlah sks/Total of credits

  11 SEMESTER III/ 3 Semester

  1 RG09 Mata Kuliah Pilihan

  2 Elective Course

  2 RG09 Mata Kuliah Pilihan

  2 Elective Course

  3 RG09 Mata Kuliah Pilihan

  3 Elective Course

  4 RG09 Mata Kuliah Pilihan

  3 Elective Course Jumlah sks/Total of credits

  10

SEMESTER IV/4

  6 RG092346 Photo Format Kecil dan Terestris Small Format and Terestrial Photography

  2 Mata Kuliah Pilihan

  6 RG092356 Survey Gravimetri Gravimetry Survey

  2

  5 RG092355 Geodesi Fisik Physical Geodesy

  3

  4 RG092354 Geologi dan Geofsika Geology and Geophysic

  3

  3 RG092353 Survey Terestris Terestrial Survey

  2

  2 RG092352 Survey Geodinamika Geodinamic Survey

  3

  1 RG092351 Survei GPS GPS Survey

  2 Mata Kuliah Pilihan Elective Course Title Bidang Peminatan : Manajemen Survey dan Pemetaan Interest Field : Mapping and Surveying Management

  ^th SEMESTER

  1 RG092999 Thesis Thyses

  5 RG092345 Sosio Ekonomi Spasial Sosio Economic Spatial data

  3

  4 RG092344 Konversi data Spasial Spatial Data Convertion

  3

  3 RG092343 Photogrametri Modern Modern Photogrammetry

  2

  2 RG092342 Perencanaan Wilayah Kota Urban Planning

  3

  1 RG092341 Pengelolaan Wilayah Pesisir dan Laut Marine and Coastal Management

  9 Mata Kuliah Pilihan Elective Course Title Bidang Peminatan : Teknologi Informasi Spasial / Geoinformasi

Interest Field : Spatial Information Technology (Geoinformation)

  3 Jumlah sks/Total of credits

  2 RG092231 Sistem Informasi Managemen Management Information Systems

  6

  2

  Elective Course Title

Bidang Peminatan : Sistem Informasi Pertanahan dan Perpajakan

Interest Field : Tax and Land Information Systems

  1 RG092361 Sistem Informasi Pertanahan

  3 Land Information Systems

  2 RG092362 Sistem Informasi Perpajakan

  3 Tax Information Systems

  3 RG092363 Pendaftaran Tanah

  3 Land Registration

  4 RG092342 Perencanaan Wilayah Kota

  2 Urban Mapping

  5 RG092365 Kadaster Laut

  2 Marine Cadastre

  6 Hukum Agraria

  2 Agrarian Law RG092366 Mata Kuliah Pilihan Elective Course Title Bidang Peminatan : Kadaster Wilayah Pesisir dan Laut Interest Field : Marine and Coastal Cadastre

  1 RG092371 Survei Hidrographi

  3 Hydrographic Survey

  2 RG092342 Perencanaan Wilayah Kota

  2 Urban Planning

  3 RG092365 Kadaster Laut

  2 Marine Cadastre

  4 Oceanographi Fisik

  3 RG092374 Physical Oceanographic

  5 Hukum Laut

  2 Sea of The Law RG092375

  6 Pengelolaan Wilayah Pesisir dan Laut

  3 Coastal and Marine Management RG092341

  SILABUS KURIKULUM/COURSE SYLLABUS RG092226 : Pemrograman Data MATA Spatial KULIAH/ RG092226 : Spatial Data COURSE

  Programming TITLE

  Credits: 3 Semester: I

  1. Mengenalkan fungsi, bagian dan contoh perangkat keras komputer

  2. Menjelaskan jenis data spatial beserta cara pemrosesannya.

  3. Mengenalkan jenis, fungsi dan contoh perangkat lunak komputer untuk pemrosesan data spatial

  TUJUAN

  4. Mengenalkan salah satu bahasa pemrograman untuk

  PEMBELAJA mengolah data spatial. RAN/

  1. Getting to know about fuction, part and model of LEARNING computer hardware

  OBJECTIVES

  2. Variuos types of spatial data included spatial data processing.

  3. Getting to know about various, fuction and model of computer software Getting to know one of computer programming 4. language for data spatial processing.

   Mahasiswa mengerti perangkat keras computer diutamakan untuk aplikasi pemrosesan data spatial atau citra  Mahasiswa mengerti perangkat lunak computer diutamakan untuk aplikasi pemrosesan data spatial

  KOMPETENS

   Mahasiswa mampu membuat program dan aplikasi

  I/ pemrosesan citra

COMPETENC  Student know about computer hardware specially for

spatial data or image processing application

  Y

   Student understand about computer software

  specially for spatial data or image processing application

   Student can make a program and aplication for

  image processing POKOK Pengenalan Teknologi Komputer dan jenis data

   spatial.

  BAHASAN/

  SUBJECTS

  Bahasa C, Penerbit Andi, Yogyakarta

   Programmer Komputer untuk pengolahan citra

   Bahasa Program . . . . ( Bahasa C++, Delphi, Matlab dll ) dan aplikasinya untuk pengolahan citra digital.

   Introduction to computer technology and types of spatial data.

   Computer Programming Language for image processing.

   Programming Concept and digitale image processing

   Computer Programmer for image processing

   Programming Language ( Bahasa C++, Delphi, Matlab dll ) to application for digitale image processing (fltering).

   Konsep Umum Pemrograman dan pengolahan citra

   Hartono, J., 2003, Konsep Dasar Pemrograman

PUSTAKA UTAMA/

   Hartanto, B., 2004, Memahami Logika Pembuatan

  Program C, Penerbit Andi, Yogyakarta

   Yang and friends, 2005, Applied Numerical Method

  Using Matlab, Wiley Interscience, USA

   Gonzales, 2009, Digitale Image Processing, Wiley Interscience, USA

  REFERENCE S

SILABUS KURIKULUM/COURSE SYLLABUS MATA KULIAH/

  COURSE TITLE RG092201 : Aplikasi Statistik dan Probabilitas RG092201 : Aplied Statistical and Probabilities Credits : 2 Semester : I

  LEARNING OBJECTIVES

  1. Memahami cara pemilihan, perhitungan dan pengujian data pengamatan.

  2. Memahami prosedur pengamatan, pengolahan dan jenis pengujian data.

TUJUAN PEMBELAJA RAN/

  3. Memahami data sample satu dan banyak variansi.

  1. Understanding to selection, calculation and testing of observation data.

  2. Understanding of procedure to observation,

processing and types of testing data

  3. Understanding of one and multi variate sample data.

  COMPETENC Y

   Mampu menggunakan data pengamatan dan data statistik  Mampu untuk memisahkan sampel, data populasi dan pengujian data statistik  Mampu menghitung harga korelasi dari data multi varian.  Capable to using observation and stochastic data  Capable to separating sample, population data and statistical testing.  Capable to calculated corellation value from multi variate data.

KOMPETENS I/

POKOK BAHASAN/

  SUBJECTS

   Konsep pengamatan dan perhitungan data pada dasar statistik  Tipe dan struktur data sampel  Teori Probabilitas dan Perhitungannya  Pemilihan Pengolahan Data  Teori dan Aplikasi dari Distribusi Normal Gauss  Macam-Macam nilai statistik  Teori pengujian statistik dan aplikasinya dalam ilmu geomatika  Nilai korelasi untuk data multi varian beserta uji dan penggunaan untuk klasifkasi citra.  Concept of observation and measurement data in

  statistical base.

   Type and structure sample data  Probability Theory and Calculation  Selection data processing  Theory and Application of the Gauss Normal

  Distribution

   Types of statistical value  Theory of statistical testing and application in

  geomatic

   Correlation value for multi variate datas and

  statistical testing and application to image classifcation.

   M.Molenaar, Introduction to the theory of Observations, ITC Enschede Belanda, 1977.

  PUSTAKA

   R C, Gonzales, Digital Image Processing, Addison

  UTAMA/

  Wesley Publishing Company, 2009

  REFERENCE  F.Amer, Numerical Analysis I, ITC-Enschede, 1983. S

   James R.Carr, Numerical Analysis for the Geological Sciences, Prentice Hall,1995.

SILABUS KURIKULUM/COURSE SYLLABUS MATA KULIAH/

  COURSE TITLE RG092207 : Geodesi Satelit

RG092207 : Satellite Geodesy

Credits : 3 Semester : I

TUJUAN PEMBELAJA RAN/

1. Student understand about Geodesy, Astronomical Geodesy and Satellite Geodesy.

KOMPETENS I/

  SUBJECTS  Prinsip geodesi satelit pada metoda GPS.

   Signal Propagation  Altimetry

   Refraksi dan Paralaks, altimetri  Principle of Satellite Geodesy by GPS-Method  Coordinate System,time,orbital system.

   Sistem Koordinat,Waktu,Orbit.  Propagasi Sinyal  Bidang Gaya Berat  Satelit Navigasi  Pengamatan Astronomis dan GPS.

  Observations

  LEARNING OBJECTIVES

   Students understand about Astronomical and GPS

  applications

   Mahasiswa mengerti tentang satelit geodesi dan aplikasinya  Mahasiswa memahami tentang pengamatan astronomi dan GPS.  Students understand about geodesy satellite and it’s

  COMPETENC Y

  2. Student understand about principle of the Astronomical Observation and Point Possitioning by satellite geodesy.

  2. Mahasiswa memahami tentang prinsip Pengamatan Astronomi dan Penentuan Posisi dengan satelite geodesi.

  1. Mahasiswa memahami tentang Geodesi,Astronomi Geodesi dan Satelite Geodesi

POKOK BAHASAN/

   Gravity feld Mission  Navigation Satellites  Astronomical and GPS Observations  Refraction and Parallax, altimetry.

  REFERENCE S

   Seeber, G. (2003) Satellite Geodesy, Foundations, Methods, and Applications. 2 ^nd edition. ISBN 3-11- 017549-5. WalterdeGruyer, Berlin.

   Wolf, P.R. and C.D. Ghilani (2002) Elementary Surveying – an introduction to geometics 10 ^th .

PUSTAKA UTAMA/

  Pearson Education International, Prentice-Hall Inc, New Jersey.  Anderson, J.M. and E.M. Mikhail (1998) Surveying – theory and Practice 7 ^th

  . McGraw-Hill, Boston  Abidin, Z.A. (2001) Geodesi Satelit. Pradnya Paramita. Jakarta

  SILABUS KURIKULUM/COURSE SYLLABUS MATA PG092326: SISTEM PROYEKSI PETA KULIAH/ RG092326: Map Proyection System COURSE

  Credits : 2 TITLE

  I Semester :

  1. Memberikan pengetahuan ttg konsep dasar dan geometri dalam teori proyeksi peta

  2. Memberikan pengetahuan tantang macam-macam proyeksi dalam pemetaan

  3. Menghitung dan memecahkan persoalan hitungan Proyeksi Geodesi dan perhitungan dari satu sistem

  TUJUAN proyeksi peta ke sistem yang lain. PEMBELAJA

  4. Aplikasi sistem proyeksi peta untuk pembuatan peta RAN/ secara global dan lokal.

  1. Give a knowledge about basic concept and map LEARNING projection geometry theory

  OBJECTIVES

  2. Give a knowledge about various projection in mapping

  3. Calculated and solved in geodetic projection problem to the other projection system

  4. Application of map projection for map production by global and local area.

  KOMPETENS

   Mahasiswa mengerti konsep dasar dan geometri dalam teori proyeksi peta

  I/

   Mahasiswa mengerti macam-macam proyeksi dalam

  COMPETENC

  pemetaan

  Y

   Mahasiswa mampu menghitung dan memecahkan persoalan hitungan Proyeksi Geodesi  Student understand about basic concept and map

  projection geometry theory

   Student understand about various projection in

  mapping

   Student capable to calculated and solve in geodetic

  projection problem  Ellipsoida referensi.

   Geometris ellipsoida.  Sistem koordinat.  Proyeksi peta .

  POKOK  Koreksi psi. BAHASAN/  Hitungan kerangka horizontal.

  SUBJECTS  Polyeder.

   Mercator.  TM dan UTM serta aplikasinya untuk global dan lokal area pemetaan.

   Davis, R.E., Surveying, Theory and Practice, Mac Graw Hill, New York, 1981.Rapp,R.H., Geometry

  PUSTAKA

  Geodesy, OSU, Dept.of Geodetic Science and

  UTAMA/ Surveying, Ohio, 1984

REFERENCE  Purworahardjo,U., Hitung Proyeksi Geodesi I dan II,

  Diktat ITB, Bandung, 1986

  S

   Richardus, Adler, Map Projections for Geodetic, Cartographers, Gegraphers, NHPC, Amsterdam, 1972

   Bomford, Geodesy, Oxford University Press, 1975

SILABUS KURIKULUM/COURSE SYLLABUS MATA KULIAH/

  COURSE TITLE

RG092327 : Kartographi dan

Pembuatan Peta Digital RG092207 : Cartography and Digital Map Production Credits : 2 Semester : II

  LEARNING OBJECTIVES

  1. Mahasiswa dapat membedakan jenis peta yang beredar di masyarakat dan peta digital.

TUJUAN PEMBELAJA RAN/

  2. Mahasiswa mengetahui prosedur pembuatan peta hardcopy dan digital.

1. Student able to differentiate kinds of maps in generally and digital map.

  2. Student understand about procedure to hardcopy and softcopy map production

  COMPETENC Y

   Mahasiswa mengerti manfaat dari berbagai macam peta yang ada  Mahasiswa memahami dalam membaca, mengartikan dan menginterpretasikan peta.  Mahasiswa memahami pembuatan peta hardcopy dan digital.  Student able to use many kind of existing map  Student understand to read, description, and

KOMPETENS I/

  interpretation the map

   Student understand to production process of hardcopy and digital map.

POKOK BAHASAN/

  SUBJECTS

   Konsep Kartograf  Jenis Peta  Proses Pemetaan dan produksi peta  Pengenalan bentuk bumi dalam pemetaan  Skala Peta  Proyeksi Peta  Simbol  Generalisasi  Digitalisasi Peta  Warna dan huruf  Penyajian relief  Desain dan Tata Letak Peta  Peta dan Kontrol Kualitas Pekerjaan Kartograf

   Concept of Cartography  Kinds of Map  The Process of Mapping and map production.  Introducing of earth shape in mapping  Map scale  Map Projection  Symbol  Generalization  Digitalizations of Map  Color and letter  The relief Pen  Map Desain  Map and quality control  Digital and Hardcopy map.

   Lillesand & Kiefer. 1979. Remote Sensing & Image Interpretation. University of Wincosin. Madison  Maling, D.H. 1980. Coordinate System and Map

  PUSTAKA

  Projections. London

  UTAMA/

   Villanueva, K.J. 1984. Kartograf. Jurusan Teknik

  REFERENCE

  Geodesi FTSP ITB. Bandung

  S

   Wolf, Paul, R. 1974 Elementary of Photogrametry  Kraak, MJ., Omerling, J. 1996. Cartography, Visualization of spatial data.Prentice Hall. London.

  SILABUS KURIKULUM/COURSE SYLLABUS MATA KULIAH/ COURSE TITLE

  

RG092328 : Sistim Informasi

Geografs RG092328 : Geographic Information Systems Credits : 3 Semester : II

  TUJUAN PEMBELAJA RAN/ LEARNING OBJECTIVES 1.

  Memahami dan menjelaskan prinsip dasar dan pengembangan Sistem Informasi Geografs

  2. Mahasiswa mengetahui aplikasi dan analisa dari SIG 1.

  Provide understanding and introduces the basic principles and development of Geographic Information System 2. Students knowing applications and analysis of Geographic Information System

  KOMPETENS I/ COMPETENC Y

   Mahasiswa dapat memahami pronsip dasar SIG dan hubungannya antar komponen SIG, pembuatan database SIG, metoda analisa , pengoperasian software dan pengembangan SIG  Students are able to understand the basic principles

  of GIS and the interconnection between components in a GIS, compiling basic GIS databases,analysis method, operating and development GIS software.

  POKOK BAHASAN/ SUBJECTS

   Pendahuluan SIG  Komponen SIG  Impor/Ekspor Data  Metoda Analisa Data Spasial dan non spasial  Visualisasi Data  Kualitas Data dan Metadata  Penerapan dan pengembangan SIG.

   Introduction to GIS  Component of GIS  Import/Eksport Data  Analysis of Spatial and non spatial Data  Data Visualisation  Data Quality and Metadata  Application and Development of GIS.

  PUSTAKA UTAMA/

   Aronoff, S, 1989. “Geographic Information System : A

  Management Perspective”. WDL Publications, Ottawa,

  Canada

   Burrough, P.A & McDonnel, R.A, 1998. “Principles of

  Geographical Information System”. Oxford University Press Inc, New York

   Burrough, P.A, 1996. “Principles of Geographical

  Information System For Land Resources Assessment”. Oxford University Press Inc, New York

   ESRI, 1996. ”Understanding GIS”. United State of

  America : Environmental System Research Institute REFERENCE

   Neteler, M., 1998. “Introduction to GRASS GIS

  Software”. Institute of Physical Geography and S

  Landscape Ecology University of Hanover. Hannover, Jerman.

   _______, 1999. “Fundamental Of Geographic

  Information System Assignment”. MSc In Information Technology For Natural Resources management, BIOTROP - SEAMEO.

   _______, 2003. “Licence Professionnelle Systeme

  d’Information Géographie”. Faculté des Lettres, Langages, art et Science Humaines, ULR - France.

  SILABUS KURIKULUM/COURSE SYLLABUS RG092398 : Analisa Citra Satelit

Penginderaan Jauh

  MATA RG092398 : Analysis of Remote KULIAH/ COURSE Sensing Satellite TITLE

  

Images

Credits : 3

  1. Pendala

  Semester : II

  man mengena i prinsip dasar dan kompone n sistem Penginde raan Jauh

  2. Mahasiswa mempelaj ari analisa citra untuk aplikasi Penginder aan Jauh

  Provide 1. insight into the basic principles and componet of Remote Sensing System. Students 2. learn

  image analysis for the applicatio n of Remote Sensing 3.

  KOMPETENS  Mahasiswa dapat menjelaskan konsep dalam sistem

  Penginderaan Jauh

  I/

   Mahasiswa mampu memproses dan analisa citra

  COMPETENC

  satelit penginderaan jauh

  Y

   Mahasiswa mampu menerapkan hasil analisa citra satelit penginderaan jauh.

  TUJUAN

   Students can explain the concept of Remote Sensing

  PEMBELAJA System

  RAN/

   Students are able to process and analysis remote

  LEARNING sensing satellite images. OBJECTIVES

   Student are able to application of the analysis result

remote sensing satellite images.

 Pendahuluan sistem Penginderaan Jauh  Gelombang Elektrimagnetik  Interaksi gelombang elektromagnetis di atmosfer  Sistem Sensor Pasif  Sistem Sensor Aktif  Koreksi Radiometrik  Penajaman Citra/fltering.

   Koreksi Geometrik (rektifkasi) dan interpretasi.  Statistik pengindeaan jauh  Analisa citra dengan metoda klasifkasi terbimbing.

   Aplikasi hasil klasifkasi citra satelit penginderaan

  POKOK jauh. BAHASAN/

   Introduction to Remote Sensing System

  SUBJECTS

   Electromagnetic Waves  Interaction of electromagnetic waves in the

  atmosphere

   Passive Sensor System  Active Sensor System  Correction Radiometry  Image sharpening(Fitering).  Geometric correction ( rectifcation ) and Interpretation.  Statistics of Remote Sensing  Image Analysis by supervised classifcation method.  Application of the result image classifcation.

  PUSTAKA  Lillesand, T. M., Kiefer, R. W. dan Chipman, J. W.

  2004. Remote Sensing and Image Interpretation, Edisi ke 5, John Wiley and Sons, Inc. New York, N.Y, USA.  Jensen, J. R. dan Jia, X. 2006. Introductory Digital Image Processing. A Remote Sensing Perspective. Prentice-Hall. New Jersey. USA

  UTAMA/

   Finn, J.E. dan Alonso, M. 1994. Dasar-dasar Fisika Universitas, Jilid 2 Medan dan Gelombang, Penerbit

  REFERENCE Erlangga. S  Purwadhi, F. S. H., 2001. Interpretasi Citra Digital.

  Penerbit PT. Gramedia Widiasarana Indonesia, Jakarta.  Projo Danoedoro, 1996. Pengolahan Citra Digital,

  Teori dan Aplikasinya dalam Bidang Penginderaan Jauh., Fakultas Geograf – Universitas Gadjah Mada.

  SILABUS KURIKULUM/COURSE SYLLABUS MATA RG092207 : Metodologi Penelitian KULIAH/ dan Proposal COURSE

  RG092207 : Research Methodology TITLE and Proposal Credits : 4

  Semester : II TUJUAN PEMBELAJA RAN/ LEARNING OBJECTIVES 1.

  Pendalaman mengenai prinsip dasar dan komponen dalam metoda penelitian.

  2. Mahasiswa membuat proposal awal penelitian untuk thesis.

  1. Provide insight into the basic principles and componet ofresearch methodology.

  2. Students are make early research proposal for thysis.

  KOMPETENS I/ COMPETENC Y

   Mahasiswa dapat menjelaskan konsep dan prinsip dasar metoda penelitian.  Mahasiswa mampu menulis karya ilmiah dan proposal.  Mahasiswa mampu menerapkan untuk penulisan tugas akhir.  Students can explain the concept and basic principle of research methodology.  Students are able to write reserach papers and proposal.  Student are able to application for thysis.

  POKOK BAHASAN/ SUBJECTS

   Metodologi Ilmiah  Memilih pokok masalah/topic  Teori dan hipotesa  Sampling data  Teknik Pengumpulan,pelaksanaan,pengolahan dan analisa riset  Laporan riset/penelitian.

   Research methodology  Choice of main problem or topic.  Theory and Hyphotesa  Data Sampling Method  Method of collecting,implementision,processing and

  analyzing data

   Method of research Reporting

  PUSTAKA UTAMA/ REFERENCE S

   Boyd,Harper W.Jr, Marketing Research,Revised Edition,Illinois,1984

   Marzuki, Metodologi Riset, BMFE UII,Yogyakarta, 2002  Winarno Surrachman, Paper,Skripsi,Thesis,Disertasi, CV.Tarsito,Bandung, 1981.

  SILABUS KURIKULUM/COURSE SYLLABUS

  

RG092207 : Sistim Informasi

MATA Managemen KULIAH/ RG092207 : Management Information COURSE

  Systems TITLE

  Credits : 3 Semester : IV

  1. Mampu mengetahui tentang konsep dasar system

  TUJUAN

  informasi management

  PEMBELAJA

  2. Mampu mengetahui computer sebagai system

  RAN/ informasi organisasi beserta pemecahan masalah.

  LEARNING 1. Capable to known a bout main concept of MIS. OBJECTIVES

2. Capable to known a computer as organizing information system included solve problem.

   Mahasiswa dapat mengetahui dasar dasar berikut

  component dalam system informasi management KOMPETENS

   Dapat menjalankan perangkat lunak MIS sebagai

  I/ system organisasi dan pemecahan permasalahan.

  COMPETENC

   Students are to know basisc MIS and also component

  Y of MIS.

   Students are able running MIS software as organizing systems and problem solving.  Dasar dasar System Informasi Managemen (SIM)  Kerangka/komponen SIM untuk organisasi publik  SIM Publik berbasis computer : Pengembangan Organisasi dan aplikasi teknologi.

  POKOK

   Pengembangan SIM dan system pendukung

  BAHASAN/ keputusan.

  SUBJECTS

   Basics of Management Information Systems (MIS)  Component of MIS for public organization  Public MIS based computer : Organization Development and technology application.

   Development of MIS and dicision support systems  Raymond McLeod Yr., Management Information System, A Study of Computer Based Information

  PUSTAKA System, Prentice Hall, Inc, New Jersey, 1995. UTAMA/

  A.,Information Systems in  Senn,James

  

REFERENCE Management,Wadsworth Publishing

Company,California,1987. S

   Wahyudi K,Subando AM,Sistem Informasi Managemen dalam Organisasi Publik,Gajah Mada University Press,2001.

  SILABUS KURIKULUM/COURSE SYLLABUS RG092341 : Pengelolaan Wilayah MATA Pesisir dan Laut KULIAH/ RG092341 : Marine and Coastal COURSE

  Management TITLE

  Credits : 3 Semester : Pilihan

  Mahasiswa mengetahui prospek mengenai daerah 1. pesisir dan laut. Mahasiswa mengetahui tentang hubungan geomatika 2.

  TUJUAN

  dengan perencanaan dan manajemen area pesisir

  PEMBELAJA dan laut. RAN/ Students know about coastal area and marine area 1.

  LEARNING prospective

  OBJECTIVES Students understand about the relation between 2. geomatics and coastal zone and marine planning and management

   Mahasiswa mengerti tentang perspektif daerah pesisir dan laut serta ruang lingkupnya

  KOMPETENS

   Mahasiswa mampu mengaplikasikan ilmu geomatika

  I/

  untuk perencanaan dan manajemen daerah pesisir dan laut.

  COMPETENC

   Students understand about coastal area and marine

  Y

area prospective and their scope

   Students able to apply geomatics in coastal zone and

  

marine planning and management

POKOK

   Pengenalan manajemen integrasi daerah pesisir dan laut

  BAHASAN/

   Daerah pesisir

  SUBJECTS

   Konsep : Integrasi manajemen area pesisir dan zona maritim  Sistem zona maritim nasional  Pengembangan integrasi area pesisir dan zona maritim  Introduction to Integrated Coastal Zone and Small

  Islands Management

   Coastal Zones

   Integrated Coastal and Marine Zone Management:

  The Concept

   National Marine Zone System  Integrated Coastal and Marine Zone Development  ICZPM Rais, J. 1994, Pengelolaan Wilayah Pesisir Terpadu Suatu Konsepsi, Jakarta – Indonesia

  PUSTAKA

UTAMA/ Dahuri, Rokhmin, at al, Pengelolaan Sumber Daya

REFERENCE

  Wilayah Pesisir dan Lautan Secara Terpadu

  S

  Barrett, at al, 1992, Introduction to Remote Sensing , Chapman & Hall, London. Glasgow. New York. Tokyo. Mebourne. Madras

SILABUS KURIKULUM/COURSE SYLLABUS MATA KULIAH/

  COURSE TITLE RG092343 : Photogrametri Modern RG092343 : Modern Photogrammetry Credits : 3 Semester : Pilihan (3)

  Pembahasan yang mendalam mengenai prinsip dasar Fotogrametri digital.

TUJUAN PEMBELAJA RAN/

  2. Mahasiswa mempelajari aplikasi Fotogrametri digital.

  1. Provide insight into the basic principles of digital Photogrammetry 2. Students learn the application digitale Photogrammetry

KOMPETENS I/

  COMPETENC Y

   Kompetensi pembelajaran mengenai pemahaman dan pemgetahuan, kemampuan intelektual, dan kemampuan praktik untuk survei dan pemetaan dengan foto udara digital.  Competency courses is to provide knowledge and

  understanding, intellectual skills, and practical skills of survey and mapping using digital aerial photographs.

POKOK BAHASAN/

  SUBJECTS

   Pendahuluan Fotogrametri digital  Fotogrametri Optik  Foto Udara digital  Pengamatan Stereoskopis  Peralatan Fotogrametri digital  Konsep Fotogrametri Analitis  Mozaik  Triangulasi Udara digital  Introduction to digital Photogrammetry  Optics Photogrammetry  Digital Areal Photo

   Instrument digital Photogrammetry  Interpretasi dalam Fotogrametri  Interpretation Photogrammetry  Analytical Photogrammetry Concept  Mozaik  Digital Aerial Triangulation  Mikhail, E.M, Bethern, J.S, McGlone, J.C. 2001.

  Introduction to Modern Photogrammetry, John Wiley & Son, Inc.

   Moffit, F.H dan Michail, E.M, 1980. Photogrammetry,

  PUSTAKA Third Edition, Harper & Row, NY.

UTAMA/ Pemetaan Fotogrametri. Teknik

 Prijono, 1999.

  Geodesi, Universitas Gadjah Mada.

  REFERENCE

   _______, 1978. Petunjuk Praktikum Fotogrametri

  S

Dasar, Jurusan Geodesi, FTSP, ITB

   Wolf, R.W. dan Dewitt, B.A. 2000. Elements of

  Photogrammetriy with Application in GIS,

  International Edition, McGraw-Hill

  SILABUS KURIKULUM/COURSE SYLLABUS MATA RG092344 : Konversi data Spatial KULIAH/ RG092344 : Spatial Data Convertion COURSE

  Credits : 3 TITLE

  Semester : Pilihan

  Mahasiswa memahami konsep dan sistem konversi 1. data

  TUJUAN

  Mahasiswa memahami proses penyusunan konversi 2.

  PEMBELAJA

  data serta hubungan antar data dalam pembentukan

  RAN/

  sistem basis data

  LEARNING Student understand about concept and conversion 1.

  OBJECTIVES data base system

  2. Student understand about data compilling process and data relationship to build data base system

   Mahasiswa mampu menyusun fakta menjadi sebuah data  Mahasiswa mampu mendesain hubungan antar konversi data

  KOMPETENS

   Mahasiswa mampu merepresentasikan data menjadi

  I/

  tabel-tabel beserta hubungannya dalam

  COMPETENC

  pembentukan sistem basis data

  Y

   Student can compile the fact become data  Student can design conversion data relationship  Student can represent the data become tables and

  it’s relationship in compilling data base system POKOK

   Pengantar Basis Data

  BAHASAN/  Sistem Konversi Basis Data

   Arsitektur Sistem Basis Data

  SUBJECTS

   Aturan Dalam Basis Data

   Normalisasi Data  ERD ( Entity Relation Data)  Penerapan Keamanan Basis Data  Aplikasi dalam Bahasa Pemrograman  Introduction of Data Base  Data Base Conversion System  Data Base System Architecture  Data base rule  Relational data base  Data Normalization  ERD ( Entity Relation Data)  Data base security application  Application in programming language  Noname, 2006, Menjadi Seorang Programmer

  Komputer, Penerbit Andi dan Wahana Komputer,

  Yogyakarta Basis Data, Penerbit CV

   Fathansyah, 2007, Informatika, Bandung

   Sutanta, Edhy, 2004, Sistem Basis Data, Penerbit Graha Ilmu, Yogyakarta

  PUSTAKA

   Atre, Shaku, Data Base : Structure Tecniques for

  UTAMA/ Design Performance and Manajement REFERENCE

   Date, C.J, An Introduction to Data Base System g

  S

   Halpin, Terry, Conseptual Schema & Relational

  Database Design

   Howe, D.R., Data Analysis for Data Base Design  Pratt, Philip J., The Concept of Database

  Management

   Paryudi, Imam, dan, Simarmata, Janner, 2006, Basis

  Data, Penerbit CV Andi Ofset, Yogyakarta

  SILABUS KURIKULUM/COURSE SYLLABUS MATA RG091523: SURVEI GPS KULIAH/ RG091523: GPS Survey COURSE

  Credits: 4 TITLE

  Semester: V TUJUAN

  1. Mahasiswa dapat membedakan jenis peta yang beredar di masyarakat

  PEMBELAJA

  2. Mahasiswa mengetahui prosedur pembuatan peta

  RAN/

  1. Student understand about GPS Positioning LEARNING

  

2. Student understand about GPS Survey

OBJECTIVES

   Mahasiswa mengerti manfaat dari berbagai macam

  KOMPETENS

  peta yang ada

  I/

   Mahasiswa memahami dalam membaca, mengartikan dan menginterpretasikan peta

  COMPETENC

   Student understand about GPS Survey Concept

  Y

   Student understand about GPS Survey Planning

  POKOK

   Pendahuluan

  BAHASAN/  Global Positioning System

   Sinyal GPS

  SUBJECTS

   Penurunan Data GPS  Penentuan posisi dengan GPS  Eror dan Bias  Perencanaan dan persiapan Survei GPS  Survei GPS  Pemrosesan data dan transformasi

   Implementasi dari Survei GPS  Introduction  Global Positioning System  GPS Signal  Differencing GPS Data  GPS Positioning  Error and Bias  Planning and preparation of GPS Survey  GPS Survey  data processing and transformation  Implementation aspect of GPS Survey  Seeber, G. (2003) Satellite Geodesy, Foundations,

  Methods, and Applications. 2nd edition. ISBN 3-11- 017549-5. WalterdeGruyer, Berlin.

  PUSTAKA

   Hofmann-Wellenhof , K. Legat, M. Wieser (2003)

  

UTAMA/ Navigation, Principles of positioning and guidance,

  Springer , Wien, New York

  REFERENCE

   Abidin, H.Z. (2007) Penentuan Posisi dengan GPS dan

  S

  Aplikasinya, Pradnya Paramita, Jakarta  Abidin, H.Z. (2002) Survei Dengan GPS, Pradnya Paramita, Jakarta

  SILABUS KURIKULUM/COURSE SYLLABUS MATA RG091524: HIDROGRAFI KULIAH/ RG091524: Hidrographic Survey COURSE

  Credits: 3 TITLE

  Semester: III (Pilihan) TUJUAN PEMBELAJARAN/ LEARNING OBJECTIVESMahasiswa 1.

  mengetahui prinsip pembuatan peta laut sederhana

  2. Mahasiswa mengetahui peralatan survai laut yang digunakan untuk pemetaan

1. Student know principle of making simple bathymetry map

  

2. Student understand equipment for sea survey, especially to make

bathymetri map

   KOMPETENSI/ COMPETENCYMahasiswa dapat mengoperasikan peralatan survai untuk pemetaan laut sederhana  Mahasiswa dapat membuat dan memanfaatkan peta bathymetri  Student able to operate the equipment to make simple bathymetric

  map

   Student able to make and use bathymetri map  POKOK BAHASAN/ SUBJECTSDasar-dasar survei hidrograf  Peta Batimetri  Perencanaan Survei  Pasang surut  Metode penentuan posisi dan kedalaman  Peralatan Survei Plotting posisi di laut pada peta  Kompilasi peta dan pelaporan  Principle of Hydrographic Survey  Bathymetri Map

   Survey Planning  Tidal  Method o f fxing horizontal and vertical position  Survey Equipment  Plotting of position in the map

  Map Compilation and report PUSTAKA UTAMA/ REFERENCES Ingham. 1974. Hydrography for The Surveyor and Enginnering.