Topografi romani in strainatate

[cmc]

Buna ziua, as vrea sa stiu daca sunt persoane care cu studiile de aici (diploma de licenta) au reusit sa lucreze in domeniu, in strainatate?binenteles cu echivalari si ce mai trebuie. Daca sunt, sa ne imparta si noua din experientele lor, eventual ce procedura trebuie urmata, daca e mai bine pusa la punct legislatia, etc. Multumesc!

[crs]

Buna!

In Spania am incercat sa-mi echivalez diploma. Imi recunosc studiile universitare, toate creditele dar nu si diploma.

Le-am spus ca daca imi recunosc studiile si toate creditele atunci trebuie sa sustin din lou lucrarea de diploma, nu? Raspunsul - "si, pero no" - da, dar nu se poate. In realitate asa e dar ei nu imi dau dreptul asta.

Prin conveniul de nustiu unde tarile din UE isi recunosc studiile. Prin studii spaniolii inteleg studii universitare (in cazul meu) nu si diploma.

Optiuni - te inscrii la o univ. in domeniu sau faci un master (Univ. iti poate recunoaste creditele independent de minister).

[doru2]

in sua sigur, probabil si in canada. in europa e alta problema, e una de mentalitate, nu ca am fi mai putin calificati, dar protejeaza interesele cetatenilor lor. adica slujbele bune si platite sunt pentru ei nu pentru...auslanderi. se cunoaste...
 
   eu am terminat cartografia la cluj(si geografia), cei din ogr nici nu au vrut sa discute cu noi, nu ne-au recunoscut studiile, in schimb mi le-am echivalat in sua si am castigat ceva experienta aici.
   
    cu studiile din ro si doi ani de experienta locala, m-am inscris pentru examenul de stagiatura.
   
    examen de 8 ore, 170 de probleme si intrebari, acceptabil ca dificultate, promovabilitate 70%, l-am luat. apoi au urmat 4 ani de stagiatura, dupa care mi-am pregatit dosarul pentru examenele finale, a durat cam o jumatate de an.
 
   examenele finale: 6 ore examen federal, 1oo de probleme si intrebari urmat in aceeasi zi de un examen de 2 ore cu specificul statului in care esti, 25 probleme.

   examenele finale sunt mai dificile, rata de promovabilitate, mai ales la cel de 2 ore, este de 35%. am avut norocul sa le iau din prima, dar multi dintre colegi l-au dat de 3-5 ori, unii l-au luat altii au renuntat sa mai incerce. cam 20% din topografii de aici au toate examenele luate si sunt "professional surveyors" ceea ce echivalaeaza cu toate gradele din ro, inclusiv cu cel de expert. cei sub 40 de ani care au titlul de "professional" sunt mai mult exceptii, majoritatea sunt peste 40. ceea ce doresc sa subliniez prin aceasta e faptul ca nu conteaza atat de mult studiile si diploma ci cat de mult studiezi pe parcurs si cat de mult te perfectionezi, nu esti condamnat de o diploma sau o "anumita" sectie.

  evident, in romania cerintele sunt mult mai riguroase, nu se compara o tara ca romania cu o tara din lumea a treia precum sua. romanii sunt geodezi recunoscuti pe plan mondial, muncesc la nasa, au pus la punct sistemul GPS iar acum muncesc din greu la galileo...

   curaj, tuturor tinerilor capabili si harnici din romania! fie ca veti ramane acolo fie ca veti pleca, se poate, indiferent de marlania celor care va spun altceva.

    mai tineti minte?

   "ai nostri lideri de la turci invata
      peschesul cum se ia cu totul,
    apoi ni vin de fericesc norodul
    cu chipul lor istet de oaie creata"

doru, professional land surveyor

[John Doe]

Da.

[cmc]

Multumesc mult baieti pentru informatii, in cazul meu tara in care vreau sa emigrez este Italia, din cate am vazut sistemul e relativ apropiat fata de cel al nostru, singura chestie care inca n-am reusit s-o aflu pana acum este daca la ei exista ingineri autorizati ce lucreaza pe cont propriu.
Experienta in domeniu am de aproximativ 2 ani, sper sa ma ajute treaba asta si in afara.

[bad wolf]

in sua sigur, probabil si in canada. in europa e alta problema, e una de mentalitate, nu ca am fi mai putin calificati, dar protejeaza interesele cetatenilor lor. adica slujbele bune si platite sunt pentru ei nu pentru...auslanderi. se cunoaste...
 
   eu am terminat cartografia la cluj(si geografia), cei din ogr nici nu a vrut sa discute cu noi, nu ne-au recunoscut studiile, in schimb mi le-am echivalat in sua si am castigat ceva experienta aici.
   
    cu studiile din ro si doi ani de experienta locala, m-am inscris pentru examenul de stagiatura.
   
    examen de 8 ore, 170 de probleme si intrebari, acceptabil ca dificultate, promovabilitate 70%, l-am luat. apoi au urmat 4 ani de stagiatura, dupa care mi-am pregatit dosarul pentru examenele finale, a durat cam o jumatate de an.
 
   examenele finale: 6 ore examen federal, 1oo de probleme si intrebari urmat in aceeasi zi de un examen de 2 ore cu specificul statului in care esti, 25 probleme.

   examenele finale sunt mai dificile, rata de promovabilitate, mai ales la cel de 2 ore, este de 35%. am avut norocul sa le iau din prima, dar multi dintre colegi l-au dat de 3-5 ori, unii l-au luat altii au renuntat sa mai incerce. cam 20% din topografii de aici au toate examenele luate si sunt "professional surveyors" ceea ce echivalaeaza cu toate gradele din ro, inclusiv cu cel de expert. cei sub 40 de ani care au titlul de "professional" sunt mai mult exceptii, majoritatea sunt peste 40. ceea ce doresc sa subliniez prin aceasta e faptul ca nu conteaza atat de mult studiile si diploma ci cat de mult studiezi pe parcurs si cat de mult te perfectionezi, nu esti condamnat de o diploma sau o "anumita" sectie.

  evident, in romania cerintele sunt mult mai riguroase, nu se compara o tara ca romania cu o tara din lumea a treia precum sua. romanii sunt geodezi recunoscuti pe plan mondial, muncesc la nasa, au pus la punct sistemul GPS iar acum muncesc din greu la galileo...

   curaj, tuturor tinerilor capabili si harnici din romania! fie ca veti ramane acolo fie ca veti pleca, se poate, indiferent de marlania celor care va spun altceva.

    mai tineti minte?

   "ai nostri lideri de la turci invata
      peschesul cum se ia cu totul,
    apoi ni vin de fericesc norodul
    cu chipul lor istet de oaie creata"

doru, professional land surveyor

Felicitari Doru2 pentru examenele trecute si pentru titlulde "professional land surveyor"
B W

[doru2]

multumesc BW

[cadian]

Doru2 cam cat de dificile sunt examenele acolo? Si cam din ce se dau? Sunt tare curio sa vad diferenta de noi in ce priveste materia pentru examen.

[cadian]

Acum sunt tare curios de modul de lucru in alta tara. Ce aparatura folositi? Ce soft-uri de procesare / calcule etc. Doar daca poti sa imi raspunzi. Multumesc

[doru2]

sunt doua grupe de examene, primul e un examen de opt ore(2x4 in aceeasi zi), pentru a fi aceptat ca LSIT(stagiar), iar a doua grupa, dupa 4-5 ani de stagiuatura, e formata din doua examene, unul de sase ore(4+2) si unul de 2 ore, in aceesi zi.  te cam zapacesc de cap din cauza cantitatii, mai ales ultima grupa. te prezinti pe la 7 am la examen si pleci pe la 5.30 pm, de obice trebuie sa te  prezinti prin alte localitati, hotel, condus, pierdut, tot tacamul.
   
   ca dificultate sunt decente, trebuie sa faci cam de 7-8, dupa standardele noastre, sunt accesibile oricarei persoane care a studiat serios. subiectele se dau din intrega materie in mod uniform si se stabilesc de catre comisii care acopera toate unitatile de invatamant si nu prea apar subiecte "istetze" de genul "hai ca le tragem o superproblema din geodezie, una din teoria ororilor si una de gps si apoi vedem noi cine a participat la cursurile noastre si cine a terminat in alta parte"

  examenul de LSIT este mai tehnic-mate si masuratori, iar al doilea, cel de PLS insista mai mult pe "boundary law" principii de cadastru, o intreaga stiinta aici, se incepe cu legislatia din 1785.

 in principiu sunt de studiat cam 20 de manuale, plus sau minus, unele mai usoare altele mai grele, intre 100-800 de pagini pe carte. partea buna e ca ai cartile si tot ce trebuie e sa studiezi.

[Mit]

I-ai cam descurajat pe agronomi, padurari, balerini, etc. Sigur astia n-or sa-ti faca niciodata concurenta pe-acolo.  :wink2:

[doru2]

problematica examenului de LSIT:

 
FUNDAMENTALS OF SURVEYING (FS)
EXAM SPECIFICATIONS
Effective Beginning with the October 2005 Examinations

Approximate
Percentage of
Knowledge Examination

I. Algebra and Trigonometry 11%
II. Higher Math (beyond trigonometry) 4%
III. Probability and Statistics, Measurement Analysis, and Data Adjustment 5%
IV. Basic Sciences 4%
V. Geodesy, Survey Astronomy, and Geodetic Survey Calculation 6%
VI. Computer Operations and Programming 6%
VII. Written Communication 6%
VIII. Boundary Law, Cadastral Law and Administration 13%
IX. Business Law, Management, Economics, Finance, and Survey Planning Process and Procedures 6%
X. Field Data Acquisition and Reduction 10%
XI. Photo/Image Data Acquisition and Reduction 4%
XII. Graphical Communication, Mapping 6%
XIII. Plane Survey Calculation 10%
XIV. Geographic Information System (GIS) Concepts 4%
XV. Land Development Principles 5%



The 15 knowledge areas on the FS examination and typical surveying activities associated with them are as follows.
I. Algebra and Trigonometry
(units of measurement; formula development; formula manipulation; solving systems of equations; basic mensuration formulas for length, area, volume; quadratic equations; trigonometric functions; right triangle solutions; oblique triangle solutions; spherical triangle solutions; trigonometric identities)
• Perform astronomic measurements.
• Perform trigonometric leveling.
• Perform differential leveling.
• Compute survey data.
• Compute areas and volumes.
• Determine and prepare lot and street patterns for land division.
• Design horizontal and vertical alignment for roads within a subdivision.

II. Higher Math (beyond trigonometry)
(analytic geometry; linear algebra; equation of a line, circle, parabola, ellipse; differentiation of functions; integration of elementary functions; infinite series; mathematical modeling)
• Perform geodetic surveys using conventional methods.
• Perform geodetic and/or plane surveys using GPS methods.
• Perform astronomic measurements.
• Compute survey data.
• Analyze and adjust survey data.
• Design horizontal and vertical alignment for roads within a subdivision.

III. Probability and Statistics, Measurement Analysis, and Data Adjustment
(standard deviation; variance; standard deviation of unit weight; tests of significance; concept of probability and confidence intervals; error ellipses; data distributions and histograms; analysis of error sources; error propagation; control network analysis; blunder trapping and elimination; least squares adjustment; calculation of uncertainty of position; accuracy standards; analysis of historical measurements)
• Determine levels of precision and order of accuracy.
• Perform geodetic and/or plane surveys using GPS methods.
• Compute survey data.
• Analyze and adjust survey data.
• Determine levels of precision and order of accuracy.
• Perform geodetic and/or plane surveys using conventional surveys.
• Perform geodetic and/or plane surveys using GPS methods.
• Perform astronomic measurements.
• Perform record or as-built surveys.
• Perform ALTA/ACSM surveys.
• Perform hydrographic surveys.
• Perform trigonometric leveling.
• Perform differential leveling.
• Perform photogrammetric control surveys.
• Produce survey data using photogrammetric methods.
• Perform boundary surveys.
• Perform route and right-of-way surveys.
• Perform topographic surveys.
• Perform flood plain surveys.
• Perform construction surveys.
• Perform condominium surveys.
• Compute survey data.
• Analyze and adjust survey data.
• Reconcile survey and record data.
• Convert survey data to an appropriate datum.
• Prepare work sheets for analysis of surveys.
• Determine locations of boundary lines and encumbrances.
• Determine and prepare lot and street patterns for land division.
• Design horizontal and vertical alignment for roads within a subdivision.
• Develop and/or provide data for LIS/GIS.

IV. Basic Sciences
(light and wave propagation; basic electricity; optics; gravity; refraction; mechanics; forces; kinematics; temperature and heat; biology; dendrology; geology; plant science)
• Calibrate instruments.

V. Geodesy, Survey Astronomy, and Geodetic Survey Calculation
(reference ellipsoids; gravity fields; geoid; geodetic datums; direction and distance on the ellipsoid; conversion from geodetic heights to elevation; orbit determination and tracking; determination of azimuth using common celestial bodies; time systems; calculation of position on a recognized coordinate system such as latitude/longitude; state plane coordinate systems; UTM coordinate systems; coordinate transformations; scale factors; meridian convergence)
• Select appropriate vertical and/or horizontal datum and basis of bearings.
• Perform geodetic surveys using conventional methods.
• Perform geodetic and/or plane surveys using GPS methods.
• Perform astronomic measurements.
• Perform hydrographic surveys.
• Perform differential leveling.
• Analyze and adjust survey data.
• Convert survey data to an appropriate datum.
• Determine levels of precision and order of accuracy.
• Perform record or as-built surveys.
• Perform ALTA/ACSM surveys.
• Perform trigonometric leveling.
• Perform photogrammetric control surveys.
• Produce survey data using photogrammetric methods.
• Perform boundary surveys.
• Perform route and right-of-way surveys.
• Perform topographic surveys.
• Perform flood plain surveys.
• Compute survey data.
• Prepare work sheets for analysis of surveys.
• Determine locations of boundary lines and encumbrances.
• Develop and/or provide data for LIS/GIS.

VI. Computer Operations and Programming
(operating systems; graphical user interfaces (Windows); data flow; bits and bytes; internet, computer architecture; programming a computer in a compiled language; order of arithmetic operations; programming concepts such as decision statements, flow charts, looping, arrays; spreadsheet operations)
• Compute survey data.
• Analyze and adjust survey data.
• Convert survey data to an appropriate datum.
• Utilize computer-aided drafting systems.


VII. Written Communication
(written communication; grammar; sentence structure; punctuation; bibliographical referencing)
• Evaluate project elements to define scope of work.
• Prepare and negotiate proposals and/or contracts.
• Consult and coordinate with allied professionals and/or regulatory agencies.
• Consult with and advise clients and/or their agents.
• Facilitate regulatory review and approval of project documents and maps.
• Determine and secure entry rights.
• Gather parol evidence.
• Perform boundary surveys.
• Advise clients regarding boundary uncertainties.
• Review documents with clients and/or attorneys.
• Prepare sketches and/or preliminary plats.
• Prepare survey maps, plats, and reports.
• Prepare land descriptions.

VIII. Boundary Law, Cadastral Law, and Administration
(land descriptions; real property rights; concepts of land ownership; case law; statute law; conveyancing; official records; land record sources; legal instruments of title; U.S. Public Land Survey System; colonial/metes and bounds survey system; subdivision survey system; other cadastral systems; rules of evidence relative to land boundaries and court appearance; boundary control and legal principles; order of importance of conflicting title elements; possession principles; conflict resolution; riparian/littoral water boundaries; boundary evidence; simultaneous and sequential conveyance)
• Facilitate regulatory review and approval of project documents and maps.
• Determine and secure entry rights.
• Research and evaluate evidence from private record sources.
• Research and evaluate evidence from public record sources.
• Research and evaluate court records and case law.
• Gather and evaluate parol evidence.
• Perform boundary surveys.
• Perform condominium surveys.
• Reconcile survey and record data.
• Identify and evaluate field evidence for possession, boundary line discrepancies, and potential adverse possession claims.
• Identify riparian and/or littoral boundaries.
• Apply Public Land and other Survey System principles.
• Evaluate the priority of conflicting title elements.
• Determine locations of boundary lines and encumbrances.
• Advise clients regarding boundary uncertainties.
• Testify as an expert witness.
• Review documents with clients and/or attorneys.
• Determine subdivision development requirements and constraints.
• Determine and prepare lot and street patterns for land division.
• Perpetuate and/or establish monuments and their records.
• Document potential possession claims.
• Prepare and file record of survey.
• Identify pertinent physical features, landmarks, and existing monumentation.
• Perform route and right-of-way surveys.
• Prepare survey maps, plats, and reports.
• Prepare land descriptions.


IX. Business Law, Management, Economics, Finance, Survey Planning Processes and Procedures
(sole proprietorships, corporations, partnership structures; contract law; tax structure; employment law; liability; operation analysis and optimization; land economics; appraisal science; critical path analysis; human resource management principles; cost/benefit analysis of a project or operation; econometric modeling; time value of money; budgeting; techniques for planning and conducting surveys including boundary surveys, control surveys, hydrographic surveys, topographic surveys, route surveys, aerial surveys, construction surveys; issues related to professional liability, ethics, and courtesy)
• Evaluate project elements to define scope of work.
• Prepare and negotiate proposals and/or contracts.
• Consult and coordinate with allied professionals and/or regulatory agencies.
• Consult with and advise clients and/or their agents.
• Facilitate regulatory review and approval of project documents and maps.
• Determine and secure entry rights.
• Advise clients regarding boundary uncertainties.
• Testify as an expert witness.
• Review documents with clients and/or attorneys.
• Document potential possession claims.
• Prepare survey maps, plats, and reports.
• Develop and/or provide data for LIS/GIS.

X. Field Data Acquisition and Reduction
(field notes and electronic data collection; measurement of distances, angles and directions; modern instruments and their construction and use; tapes; levels; theodolites; total stations; EDMs; GPS; hydrographic data collection instruments; construction layout instruments and procedures for routes and structures; historical measurement methods)
• Determine levels of precision and order of accuracy.
• Recover horizontal/vertical control.
• Identify pertinent physical features, landmarks, and existing monumentation.
• Calibrate instruments.
• Perform geodetic and/or plane surveys using conventional methods.
• Perform geodetic and/or plane surveys using GPS methods.
• Perform astronomic measurements.
• Perform record or as-built surveys.
• Perform ALTA/ACSM surveys.
• Perform hydrographic surveys.
• Perform trigonometric leveling.
• Perform differential leveling.
• Perform photogrammetric control surveys.
• Perform field verifications of photogrammetric maps.
• Produce survey data using photogrammetric methods.
• Perform boundary surveys.
• Perform route and right-of-way surveys.
• Perform topographic surveys.
• Perform flood plain surveys.
• Perform construction surveys.
• Perform condominium surveys.
• Perpetuate and/or establish monuments and their records.


XI. Photo/Image Data Acquisition and Reduction
(cameras; image scanners; digitizers; stereo plotters; photo and stereomodel orientation; ortho-photo production; georectification; image processing; raster/vector data conversions)
• Determine levels of precision and order of accuracy.
• Perform record or as-built surveys.
• Perform ALTA/ACSM surveys.
• Perform photogrammetric control surveys.
• Perform field verifications of photogrammetric maps.
• Produce survey data using photogrammetric methods.
• Utilize survey data produced from photogrammetric methods.
• Perform topographic surveys.
• Perform flood plain surveys.
• Prepare survey maps, plats, and reports.

XII. Graphical Communication, Mapping
(principles of effective graphical display of spatial information; preparation of sketches; scaled drawings; survey plats and maps; interpretation of features on three-dimensional drawings; principles of cartography and map projections; computer mapping; use of overlays)
• Perform record or as-built surveys.
• Perform ALTA/ACSM surveys.
• Produce survey data using photogrammetric methods.
• Utilize survey data produced from photogrammetric methods.
• Prepare work sheets for analysis of surveys.
• Utilize computer-aided drafting systems.
• Determine and prepare lot and street patterns for land division.
• Design horizontal and vertical alignment for roads within a subdivision.
• Prepare sketches and/or preliminary plats.
• Prepare and file record of survey.
• Prepare survey maps, plats, and reports.
• Develop and/or provide data for LIS/GIS.

XIII. Plane Survey Calculation
(computation and adjustment of traverses; COGO computation of boundary lines, route alignments, construction layout, and subdivision plats; calculation of route curves and volumes)
• Determine levels of precision and order of accuracy.
• Calibrate instruments.
• Perform geodetic and/or plane surveys using conventional methods.
• Perform geodetic and/or plane surveys using GPS methods.
• Perform astronomic measurements.
• Perform record or as-built surveys.
• Perform ALTA/ACSM surveys.
• Perform hydrographic surveys.
• Perform trigonometric leveling.
• Perform differential leveling.
• Perform photogrammetric control surveys.
• Produce survey data using photogrammetric methods.
• Perform boundary surveys.
• Perform route and right-of-way surveys.
• Perform topographic surveys.
• Perform flood plain surveys.
• Perform construction surveys.
• Perform condominium surveys.
• Compute survey data.
• Analyze and adjust survey data.
• Reconcile survey and record data.
• Convert survey data to an appropriate datum.
• Prepare work sheets for analysis of surveys.
• Determine locations of boundary lines and encumbrances.
• Determine and prepare lot and street patterns for land division.
• Design horizontal and vertical alignment for roads within a subdivision.
• Develop and/or provide data for LIS/GIS.

XIV. Geographic Information System (GIS) Concepts
(spatial data storage, retrieval, and analysis systems; relational database systems; spatial objects; attribute value measurement; data definitions; schemas; metadata concepts; coding standards; GIS analysis of networks; buffering; overlay; spatial data accuracy standards)
• Utilize computer-aided drafting systems.
• Perpetuate and/or establish monuments and their records.
• Prepare and file records of surveys.
• Prepare survey maps, plats, and reports.
• Develop and/or provide data for LIS/GIS.

XV. Land Development Principles
(land planning and practices; laws controlling land use; drainage systems; construction methods; geometric and physical aspects of site analysis; design of land subdivisions; street alignment calculations; application of subdivision standards)
• Prepare sketches and/or preliminary plats.
• Prepare survey maps, plats, and reports.
• Prepare land descriptions.
• Evaluate project elements to define scope of work.
• Prepare and negotiate proposals and/or contracts.
• Consult and coordinate with allied professionals and/or regulatory agencies.
• Consult with and advise clients and/or their agents.
• Facilitate regulatory review and approval of project documents and maps.
• Determine subdivision development requirements and constraints.
• Determine and prepare lot and street patterns for land division.
• Perpetuate and/or establish monuments and their records.
• Design horizontal and vertical alignment for roads within a subdivision.

[doru2]

problematica pentru PLS

 
NCEES PRINCIPLES AND PRACTICE OF SURVEYING (PS)
EXAM SPECIFICATIONS
Effective Beginning with the October 2005 Examinations

Knowledge
Approximate Percentage of the Examination

I. Standards and Specifications
15%
A. Federal statutes, laws, rules and regulations
B. U.S. Public Land Survey System
C. U.S. National Map Accuracy Standards
D. ALTA/ACSM Surveys
E. Geodetic control network and mapping accuracy standards
F. FEMA

II. Legal Principles
25%
A. Common/case law boundary principles
B. Sequential and simultaneous conveyances
C. U.S. Public Land Survey System
D. Controlling elements in legal descriptions
E. Riparian and littoral rights
F. Property title issues (e.g., encumbrances, interpretation, deficiencies)
G. Sovereign land rights (e.g., navigable waters, eminent domain)
H. Prescriptive rights/adverse possession
I. Easement rights
J. Parol evidence

III. Professional Survey Practices
30%
A. Research
8%
1. Public/private record sources
2. Project planning (e.g., photogrammetric, geodetic, boundary)
3. Control datums and easement rights
4. Control network accuracy standards
B. Field Procedures
8%
1. Instrument operations and usage
2. Monumentation (e.g., identification, classification, perpetuation)
3. Survey control (e.g., boundary, topographic, photogrammetric)
4. GPS operations
5. Construction staking
2
C. Calculations and Compilations
7%
1. Mapping methods and/or projections
2. Graphical terrain representations
3. Geoid, ellipsoid, and orthometric heights
4. State Plane Coordinate Systems
5. GPS data reduction and analysis
6. Control network calculations, analysis and adjustments
7. Determination of bearings/azimuths
8. Area/volume calculations
9. Horizontal and vertical alignment calculations
10. Construction staking calculations (e.g., plan interpretation)
D. Documentation
7%
1. Survey maps/plats
2. Survey reports
3. Descriptions

IV. Business/Professional Practices
15%
A. Project planning (e.g., parameters, costs)
B. Contracts
C. Risk management (e.g., liability, safety procedures, insurance)
D. Ethics
E. Communications (oral, written, graphical)
F. Quality assurance procedures

V. Types of Surveys
15%
A. ALTA/ACSM surveys
B. Control and geodetic surveys
C. Construction surveys (e.g., construction calculations and staking)
D. Boundary surveys
E. Route and right-of-way surveys
F. Topographic surveys by field methods
G. Topographic surveys by photogrammetry

[doru2]

eu n-am vrut sa descurajez pe nimeni, repet, examenele sunt accesibile oricui a studiat in scoala si dupa. intrebarile sunt din toata materia si daca nu excelezi intr-un anumit domeniu, ai sansa sa recuperezi la celelate domenii.
   
  bafta!

[John Doe]

Da, nu pare imposibil dar ca sa treci asemenea examene trebuie sa inveti serios. Cred ca devii putin si alt om. De-abia dupa ce-l iei realizezi ca de fapt nu era chiar asa de greu. Felicitari, doru.