Studieplan 2016/2017

Transkript

1 Studieplan 2016/2017 One Year Course in Land Surveying Studyprogramcode LAN Short description Land surveyors are essential for many building and construction projects, for property surveying and for general mapping. This course is unique in among Norwegian university colleges, and fulfills a pressing need for learning at practical and professional levels Go directly to the table ot topics Course Background and Concept The main idea of the course is to combine geomatic themes such as land surveying, GIS, 3D/terrain modelling and land law in order to fit students to undertake responsibility for carrying out different types of professional surveying tasks. The course is suitable as basic technical land surveying training. The course is also well suited for further professional development for those who have already completed other higher education. Duration This is a further education course designed to be completed in one residential year giving 60 ECTS Credits. Completing the course does not qualify for any formal educational degree, but successful candidatesare able to continue with further studies in GIS, or to join the three-year Geomatics course with its bachelor degree. Expected learning outcomes On completing the course, students will: Achieve basic knowledge of land surveying theory and practice Good skills for handling surveying instruments and software Basic skills in geographic information systems and land law Practical knowledge relevant to the building and construction industry, the surveying industry, and to the public sector's activities within geodata Be fitted to lead and manage more advanced functions in the above mentioned areas of activity in both the public and private sectors concerning mapping, surveying, building and construction. Target Group Upper school leavers Engineers from University Colleges from all appropriate course lines Engineers fromearlier two-year courses Graduates from tachnical colleges Candidates with other similar qualifications and work experience 1 / 23

2 Admission Criteria One of the following admission criteria is required: Higher Education Entrance Qualification Completed Technical College studies Appropriate vocational experience Course Structure The course is designed to fulfill society's needs for practical professional land surveyors. Teaching Methods: The aim is to motivate students through modern interactive teaching methods.topics are introduced in lectures and followed up by guided individual or group exercises and more independent problem-solving projects. Students are strongly encouraged to develop the ability to work independently. Electronic teaching techniques are being developed continually, with the result that the need for formal lectures is reducing. Wherever possible, student tasks and projects are designed to support and contribute to on-going research and development projects. Most individual topics on the course are studied together with student groups taking other courses. Personal computers (PC) are used extensively for parts of the course. Students are therefore required to have, or be able to quickly acquire, good skills in the use of conventional PC tools for text processing, spreadsheet processing, electronic mail and the internet. Reelevant market-leading software packages are extensively used. It is advantageous for students to have their own portable PC which can be connected to the College's wireless network. This however is not a requirement. Course Content: The topics included within this course are shown in the table below. Quality Assurance: The quality of the course is based on: The technical and teaching competence of lecturers Formal systems for involving lecturers and students together in reviewing performance Learning by investigation Independent review and assessment of course content Learning by Investigation: During the course, students are introduced to methods and techniques which will enable them to undertake simpler research and devlopment projects. Weight is given to being systematic, to literature search and review, and to quoting sources. Students are thus drawn into contributing to the teaching staff's on-going research and development projects, and in so doing are required to work and report in accordance with a number of performance 2 / 23

3 standards. Employment Opportunities: There are many job opportunities in both the public and private sectors: local authorities, national mapping, road and other authorities, building and construction concerns, engineering consultancies, mapping and charting concerns, public utilities, sales, and slef-employed. Tasks are many and widely varying and demand the ability to work independently, both indoors in the office, and out in the field. There are opportunities for extensive travel and for the use of very advanced equipment and software. Further Studies: Compleing this course qualifies students for entry to the one-year Geographic Information systems (GIS) course. Students completing both the Land Surveying and the GID courses are then able to join the 3rd year of the Bachelor of Geomatics degree course. Internationalization There are no specific arrangements for exchanges with foreign educational institutions during this course. Publiser Yes Approval This course is authorised and accredited by the Department of Education in accordance with the University and High School Law of 1st July The course was approved by the Gjøvik Universtity College Director of Studies in April Degree Bachelorgrad Required Subjects Coursecode Course name C/E *) ECTS each. semester S1(A) S2(S) GEO1191 Land Surveying 1 C 10 GEO1201 Land Surveying 2 C 10 GEO1121 GIS Intro C 10 GEO2331 Laws and Cadastral C 10 Elective course, 10 ECTS C 10 GEO2282 Land Surveying 3 C 10 Sum: *) C - Compulsory course, E - Elective course Recommended Optional Subjects Coursecode Course name C/E *) ECTS each. semester S1(A) S2(S) GEO2121 Digital Terrain Modelling E 10 GEO1271 Geographic data capture 1 E 10 Sum: 0 0 *) C - Compulsory course, E - Elective course 3 / 23

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5 Emneoversikt GEO1191 Land Surveying 1 - Study plans Course code: GEO1191 Course name: Land Surveying 1 Course level: Bachelor (syklus 1) ECTS Credits: 10 Duration: Autumn Duration (additional text): For campus students: August - October For net based Students: August - December Language of instruction: Norsk, alternativt engelsk Expected learning outcomes: Knowledge in: - Basic measuring methods - Use of measurement instruments - Manual computation of coordinates and heights, accuracy computation. - Documentation and standards. Skills: - Ability to work with measuring instruments General competence: - Basic use of measuring instruments and software, ability to process data both manually and in software, do documentation and write reports. 5 / 23

6 Topic(s): Instruments: - Focus is on physical instrumental mechanisms, and quality controls/calibrations: - Instrument checking, calibration and documentation Measurement techniques: - Leveling - Surveying with total stations - Polar setting out - Resection - Simple satellite surveying by RTK - Setting out for building construction Computations: - Simple manual computation of coordinates and heights: - Documentation - Computing standards, Geodatastandarden Accuracy: - Theories and practices necessary to be able to follow the topics introduced under Instruments, Techniques and Computations: -- Types of error, their recognition, and prevention possibilities -- The mean (average) -- Standard deviation -- Normal distribution -- Combining the estimated errors of independent observations -- Brief introduction to simple survey adjustment Additional topics: - Interpretation of technical drawings - Movement of digital data between PCs and electronic field controllers - Reports writing Teaching Methods: Lectures Group works E-learning Exercises Project work Tutoring Teaching Methods (additional text): For campus students: Lectures, Group works, Exercises, Project work, Tutoring. For net based students - Net based learning, Group works, Exercises, Project work, Tutoring. Form(s) of Assessment: Other 6 / 23

7 Form(s) of Assessment (additional text): Submitted project tasks (100%) All tasks must be passed In the course are included 5 to 6 tasks. Some of the tasks are provided in groups, while other are delivered individually. All tasks must be passed. Final grade is based on all submitted tasks which together count for 100%. It can be granted a deferred deadline for the tasks that have been disapproved. Grading Scale: Alphabetical Scale, A(best) F (fail) External/internal examiner: Project reports are evaluated by nominated lecturers External moderators regularly assist in reviewing content and evaluating arrangements for grading assessment Re-sit examination: Together with the next class, one year later Tillatte hjelpemidler: Coursework Requirements: The course work requirements must be conducted on campus NTNU in Gjøvik. Time of completion given at semester start. 5 to 6 mandatory tasks must be approved. Academic responsibility: Faculty of Technology, Economy and Management Emneansvarlig kobling: Stein Ivar Øvergaard Course responsibility: Stein Ivar Øvergaard Teaching Materials: - Skogseth, T. (1998). Grunnleggende landmåling. Oslo: Universitetsforlaget (ISBN: ). - Statens kartverk. Geodatastandarden (oppdateres jevnlig på nett) - Statens kartverk. Geodatastandarden, grunnlagsnett (oppdateres jevnlig på nett) - Statens Kartverk. (2001). Satellittbasert posisjonsbestemmelse. Hønefoss: Statens kartverk. - Instrument and program manuals (regularly updated on WWW or built in to system help files) Additional information: The course covers 50% of "GEO1181 Basic Land Surveying". But it can't be approved as "GEO1181 Basic Land Surveying". Instead it can be taken "GEO1201 Basic Land Surveying 2". Publish: Yes 7 / 23

8 GEO1201 Land Surveying 2 - Study plans Course code: GEO1201 Course name: Land Surveying 2 Course level: Bachelor (syklus 1) ECTS Credits: 10 Duration: Autumn Duration (additional text): For campus students: October - December For net based students: August - December Language of instruction: Norwegian Prerequisite(s): GEO1191 Land Surveying 1 Expected learning outcomes: Knowledge in: - Basic measuring methods - Use of measurement instruments - Manual computation of coordinates and heights, accuracy computation. - Documentation and standards. Skills: - Ability to work with measuring instruments - Ability to use software to process survey data General competence: - Basic use of measuring instruments and software, ability to process data both manually and in software, do documentation and write reports. 8 / 23

9 Topic(s): Instruments: - Focus is on physical instrumental mechanisms, and quality controls/calibrations: - Instrument checking, calibration and documentation Measurement techniques: - Surveying with total stations - Polar setting out - Resection - Setting out for roads - Setting out for tunnels Computations: - Transformations - Simple manual computation of coordinates and heights - Survey computation programs introduction and elementary use: -- GIS-LINE -- GEMINI - Road alignment computations - Documentation - Computing standards, Geodatastandarden Accuracy: - Theories and practices necessary to be able to follow the topics introduced under Instruments, Techniques and Computations -- Combining the estimated errors of independent observations -- Weighting -- Correlation Additional topics: - Interpretation of technical drawings - Movement of digital data between PCs and electronic field controllers - Reports writing Teaching Methods: Lectures Group works E-learning Exercises Project work Tutoring Teaching Methods (additional text): Campus students: Lectures, Group works, Exercises, Project work, Tutoring. Net based students: Net based learning, Group works, Exercises, Project work, Tutoring. Form(s) of Assessment: Digital exam Grading Scale: Alphabetical Scale, A(best) F (fail) 9 / 23

10 External/internal examiner: Project reports are evaluated by nominated lectures. External moderators regularly assist in reviewing content and evaluating arrangements for grading assessment. Re-sit examination: Together with the next class, one year later. Tillatte hjelpemidler: Coursework Requirements: The course work requirements must be conducted on campus NTNU in Gjøvik. Time of completion given at semester start. 5 to 6 mandatory tasks that must be approved befor the exam. Academic responsibility: Faculty of Technology, Economy and Management Course responsibility: Stein Ivar Øvergaard Teaching Materials: - Skogseth, T. (1998). Grunnleggende landmåling. Oslo: Universitetsforlaget (ISBN: ). - Statens kartverk. (2001) Geodatastandarden. - Statens kartverk. (2001) Geodatastandarden, grunnlagsnett. - Statens Kartverk. (2005). Satellittbasert posisjonsbestemmelse. - Vegdirektoratet. (2007). Vegdirektoratets håndbøker, 017 Geometrisk utforming. - Vegdirektoratet. (2005). Vegdirektoratets håndbøker, 018 Vegbygging. - Instrument and program manuals (regularly updated on WWW or built in to system hel files). Additional information: The courses "GEO1191 Basic Land Surveying 1" and "GEO1201 Basic Land Surveying 2" covers 100% of "GEO1181 Basic Land Surveying" course. The course "GEO1201 Basic Land Surveying 2" is not approved as "GEO1181 Basic Land Surveying". Publish: Yes 10 / 23

11 GEO1121 GIS Intro - Study plans Course code: GEO1121 Course name: GIS Intro Course level: Bachelor (syklus 1) ECTS Credits: 10 Duration: Autumn Language of instruction: Norwegian Expected learning outcomes: When finishing this course, a student will have a basic understanding of - how geographical data are stored - operations that are suitable to solve practical GIS problems - needed data structures for geographical data - the possibilities in GIS analysis - general principles for presentation on maps and have knowledge about - handling maps and attributes - the principles for digitising and editing og geographical data - import and export of data - basic GIS analysis Topic(s): The course is structured into 9 parts: - Introduction to GIS - Projection and Coordinate Systems - Visualisation - Vector Data Structure - Databases - Digital Data Capture - Vector Data Analysis - Raster Data Structure - Raster Data Analyses - Methods of Innovation Teaching Methods: E-learning 11 / 23

12 Teaching Methods (additional text): The course is conducted as net based learning. This implies that all communication between tutor and student takes place in a learning management system and lectures and guidance will be made available here. For full-time students there will be offered weekly hours for guidance. Learning material (text books, video lectures, assignment descriptions) is in English. Communication with students is conducted in Norwegian. Form(s) of Assessment: Multiple Choice Test(s) Form(s) of Assessment (additional text): One multiple-choice test, 45 minutes, 30 questions. 75% of the answers must be correct to pass the course. Grading Scale: Pass/Failure External/internal examiner: Internal examiner Tillatte hjelpemidler: Coursework Requirements: 8 Exercises (via Fronter) 2 of these excercises must be in English language. 1 of the execercises must include an oral presentation in English. 3IKK course, classes and exercises. (Not necessary if it has been part of other course) Academic responsibility: Faculty of Technology, Economy and Management Course responsibility: Sverre Stikbakke Teaching Materials: de By, R (ed), 2001: Principles of Geographic Information Systems, 2nd edition. ITC, Netherlands. ISBN (online e-book, available in LMS) Heywood I et al, 2011: An Introduction to Geographical Information Systems. Pearson/Prentice Hall. ISBN X Publish: Yes 12 / 23

13 GEO2331 Laws and Cadastral - Study plans Course code: GEO2331 Course name: Laws and Cadastral Course level: Bachelor (syklus 1) ECTS Credits: 10 Duration: Vår Language of instruction: Norwegian Prerequisite(s): GEO1191 Land Surveying 1 Expected learning outcomes: Kunnskaper Grunnleggende forståelse for sentrale rettsprinsipper, med spesiell vekt på å forstå rollefordelingen mellom lovgivende, utøvende og dømmende myndighet, og da knyttet opp mot byggebransjens virkeområde. Gjøre rede for gjeldende rettsregler, rettskilder og rettssystemets forhold til samfunnet; Anvende forvaltningsloven og offentlighetsloven i plan- og byggesaker Forklare sammenhenger og prosedyrer ved kartforretninger og fradelingssaker Tolke kommuneplaner og reguleringsplaner og gjøre rede for planprosedyren for kommunal planlegging. Videre skal studentene opparbeide seg en grunnleggende forståelse av matrikkelloven, gjennomføring av matrikkelforretning og praktisk innmåling av eiendomsgrenser. Kjenne til hvilke krav som stilles til innmåling av eiendomsgrenser Ferdigheter Anvende matrikkelloven Være i stand til å gjennomføre en matrikkelforretning Kunne gjennomføre praktisk innmåling av eiendomsgrenser ved hjelp av totalstasjon og GNSS Kunne vurdere om innmålingen av eiendomsgrensene er gjennomført i henhold til de krav som stilles i standarder Kunne utarbeid matrikkelbrev (målebrev) Kunne oppdatere digitale eiendomsdatabaser Generell kompetanse Studentene skal ha en kompetanse som fører til at de kan gjennomføre arbeider etter matrikkelloven i henhold til "god landmålerskikk". 13 / 23

14 Topic(s): Generelle rettsbegreper Forvaltningsrett Tingsrett Plan- og bygningsrett Arealplaner Eiendomsrett Matrikkelloven Matrikkelforretning Bruk av totalstasjon til innmåling av eiendomsgrenser Bruk av satellittutstyr til innmåling av eiendomsgrenser Standarder Matrikkelbrev Digitale einendomsdatabaser Teaching Methods: Lectures Mandatory assignments Project work Tutoring Form(s) of Assessment: Exercises Written exam, 5 hours Form(s) of Assessment (additional text): Skriftlig eksamen teller 60% Oppgaveløsning teller 40% Oppgaveløsning= 2 oppgaver. En av oppgavene leveres i gruppe, mens den andre leveres individuelt. Begge oppgavene må bestås. Karaktersettingen baseres på en helhetsvurdering av de innleverte oppgavene. Oppgaver som underkjennes vil, etter søknad til emneansvarlig, kunne gis én utsatt innleveringsfrist. Klage på karakter på oppgaveløsningen vil gjelde helhetsvurderingen (40%). Grading Scale: Alphabetical Scale, A(best) F (fail) External/internal examiner: Intern sensor Ekstern sensor benyttes periodisk, neste gang våren Re-sit examination: Ordinær kontinuasjon på skriftlig eksamen, oppgaveløsning må tas på nytt ved neste ordinære avvikling av emnet. Tillatte hjelpemidler: 14 / 23

15 Examination support: Lovsamling og/eller utskrifter fra Lovdata Coursework Requirements: The course work requirements must be conducted on campus NTNU in Gjøvik. Time of completion given at semester start. 2 oppgaver som må være godkjent for å gå opp til eksamen Academic responsibility: Faculty of Technology, Economy and Management Course responsibility: Torbjørn Kravdal Teaching Materials: Publish: Yes Norges lover studentutgave, Flock/Lassen/Bull mfl, Fagbokforlaget, 2014, Fast eiendoms rettsforhold kort og godt, Bull, Kirsti Strøm og Winge, Nikolai K., Universitetsforlaget, 2009, Knophs oversikt over Norges rett, 13. utgave, Knoph, Ragnar, Universitetsforlaget, 2009, (lovlige kopier av aktuelle sider deles ut) Statens kartverk (2000). Stedfesting av eiendoms- og råderettsgrenser. Statens kartverk (2005). Kvalitetssikring av oppmåling, kartlegging og geodata (Geodatastandarden). Statens kartverk (2005). Satellittbasert posisjonsbestemmelse. Instrument- og programvaremanualer 15 / 23

16 Elective course, 10 ECTS - Study plans Course name: Elective course, 10 ECTS Course level: Bachelor (syklus 1) ECTS Credits: 10 Duration: Autumn and spring Language of instruction: Norwegian Expected learning outcomes:. Topic(s):. Teaching Methods: Group works Form(s) of Assessment: Exercises Grading Scale: Pass/Failure Tillatte hjelpemidler: Academic responsibility: Faculty of Technology, Economy and Management Course responsibility:. Publish: Yes 16 / 23

17 GEO2282 Land Surveying 3 - Study plans Course code: GEO2282 Course name: Land Surveying 3 Course level: Bachelor (syklus 1) ECTS Credits: 10 Duration: Vår Duration (additional text): Lectures and laboratory work before Easter, with projects in the field after Easter Language of instruction: Norwegian Prerequisite(s): GEO1191 Land Surveying 1 GEO1201 Land Surveying 2 Expected learning outcomes: The aim of this Practical Land Surveying course is to learn how to use instrument and computing skills to carry out realistic land surveying tasks. Course theory is concerned with the mathematics and geometry of the Figure of the Earth, of coordinate systems and mapping projections. Practical work covers the methods of employing instrumental systems in accordance with land surveying quality standards and practices. The course is project based, and demands that students work closely together to design, plan and carry out their projects and subsequently document and present their results. 17 / 23

18 Topic(s): Mathematics and geometry: The lessons learned on the GEO1181 Basic Land Surveying course supplemented with the necessary mathematical and Earth geometry topics: - Basic relevant matrix algebra - Coordinate transformation - Introduction to survey adjustment by Least Squares - Datums, coordinate systems (Earthg centred, geodetic, plane and local) - Geometry of the Ellipsoid - The Geoid - Projections - Surveying methods: Topics here focus on the use of instruments and measurement systems to produce the required data using methods which satisfy published quality standards: - Establishing and operating a local GNSS reference; - RTK measurements - Trigonometric height measurement Teaching Methods: Lectures Laboratory work Project work Teaching Methods (additional text): Lectures, directed private study, exercises and project tasks, working alone or in groups Form(s) of Assessment: Oral exam, individually Exercises Form(s) of Assessment (additional text): - Submitted project tasks (5-7) - Oral examination Grading Scale: Alphabetical Scale, A(best) F (fail) External/internal examiner: - Project reports are evaluated by nominated lecturers External moderators regularly assist in reviewing content and evaluating arrangements for grading assessment Re-sit examination: Together with the next class, one year later Tillatte hjelpemidler: 18 / 23

19 Coursework Requirements: The course work requirements must be conducted on campus NTNU in Gjøvik. Time of completion given at semester start. Academic responsibility: Faculty of Technology, Economy and Management Course responsibility: Stein Ivar Øvergaard Teaching Materials: - Iliffe, J. & Lott, R. (2008). Datums and Map Projections for remote Sensing, GIS and Surveying. Scotland, UK: Whittles Publishing. (ISBN: ). - Skogseth, T. (1998). Grunnleggende landmåling. Oslo: Universitetsforlaget (ISBN: ). - Statens kartverk (2005). Geodatastandarden - Statens kartverk (2001). Geodatastandarden, grunnlagsnett - Statens kartverk (2005).Satellittbasert posisjonsbestemmelse - Statens kartverk (1999). Stedfesting av eiendoms- og råderettsgrenser. - Statens kartverk (2004). Koordinatbasert referansesystem - Instrument and software manuals (regularly oppdated by WWW or in system help files). - Specific compendia and lecture notes. Replacement course for: See Additional Information below Publish: Yes 19 / 23

20 GEO2121 Digital Terrain Modelling - Study plans Course code: GEO2121 Course name: Digital Terrain Modelling Course level: Bachelor (syklus 1) ECTS Credits: 10 Duration: Vår Language of instruction: Norsk, alternativt engelsk On the basis of: GEO1121 GIS Intro Expected learning outcomes: - The aim of the course is to provide students with an insight into digital terrain models (DTM), how they function, what they are capable of, and how they are used. Particular attention is paid to the function and role of DTMs in the wider context of geomatic activities. - Teaching is mostly focussed on vector models with much time being spent learning and using at least one advanced professional DTM software system. Topic(s): What is a DTM and where it can be used; How to make a DTM; DTM data capture; Accuracy and interpolation functions; Contouring in TIN models; Multiple layer DTMs Project planning and projection with multiple model layers; Intervisibility; DTM presentation methods; Perspective DTM visualisation; Visualisation and presentation of DTMs in combination with Computer Aided Design (CAD) systems; Hidden lines and shading; Integrating DTMs with other types of software. Animation Zoning plans 20 / 23

21 Teaching Methods: Lectures Project work Tutoring Form(s) of Assessment: Other Form(s) of Assessment (additional text): Oral Presentation Evaluation of Project(s) Each part must be individually approved of. Grading Scale: Alphabetical Scale, A(best) F (fail) External/internal examiner: Coursework is evaluated by lecturer(s) External moderators regularly assist in reviewing content and evaluating arrangements for grading assessment. Re-sit examination: By agreement with the responsible lecturer. Tillatte hjelpemidler: Coursework Requirements: None Academic responsibility: Faculty of Technology, Economy and Management Course responsibility: Torbjørn Kravdal Teaching Materials: Books: - Tor Bernhardsen: Geografiske Informasjonssystemer (4.utgave, Vett og Viten 2006), ISBN 13: Other Materials: - Handbooks and Course Notes for Software by Powel Gemini AS and Vianova AS - Other distributed materials/notes Publish: Yes 21 / 23

22 GEO1271 Geographic data capture 1 - Study plans Course code: GEO1271 Course name: Geographic data capture 1 Course level: Bachelor (syklus 1) ECTS Credits: 10 Duration: Vår Language of instruction: Norwegian Expected learning outcomes: Kunnskap: beskrive de viktigste prinsippene for modellering av geografisk informasjon. gjøre rede for norske standarder for geografisk informasjon. kjenne til internasjonale standarder for geografisk informasjon. gjøre rede for de mest sentrale datafangsmetodene for landkartlegging. beskrive kvalitet og bruksområder for geografiske data. kjenne til ulikt fotogrammetrisk utstyr kjenne til prinsippene for produksjon av ortofoto og laserdata fra fly og bil Ferdigheter: gjennomføre og tolke resultatene fra en kartkontroll. lage en enkel flyplan for flyfotografering lage en rasteradministrator for digitale bilder / ortofoto Generell kompetanse: Topic(s): Modellering av geografisk informasjon Kontroll og dokumentasjon av geografisk informasjon Norske og internasjonale standarder for geografisk informasjon Grunnleggende fotogrammetri, stereofotogrammetri, fotogrammetrisk feltarbeid, flyfotografering, flyplanlegging, aerotriangulering og blokkutjevning Fotogrammetrisk geodataregistering/produksjon, utstyr og metoder (autograf, analytt, DFA) Ortofoto Flybåren laserskanning Satellittfjernmåling Pictometri 22 / 23

23 Teaching Methods: Lectures Net Support Learning Mandatory assignments Form(s) of Assessment: Written exam, 5 hours Grading Scale: Alphabetical Scale, A(best) F (fail) External/internal examiner: To interne sensorer Ekstern sensor benyttes periodisk, neste gang vår 2017 Re-sit examination: Ordinær kontinuasjon Tillatte hjelpemidler: Coursework Requirements: 4 obligatoriske oppgaver som må være godkjent for å gå opp til eksamen. Academic responsibility: Faculty of Technology, Economy and Management Course responsibility: Erling Onstein Teaching Materials: Tor Bernhardsen: Geografiske Informasjonssystemer (4.utgave, Vett og Viten 2006, ISBN 13: ) Statens Kartverk (2003): Standarden Kart og geodata, tilgjengelig fra Statens Kartverk: Standard for kontroll av geodata, tilgjengelig fra Fotogrammetri for landmålere, Dag Norberg Diverse utdelt materiell/notater Replacement course for: Emnet kan erstatte GEO1271F. Publish: Yes 23 / 23