10-Week Study Plan for the NEC License Exam in Geomatics Engineering (AGeE) | Geomatics Engineering License Exam

on

 


Download syllabus Geomatics Engineering 

Week 1: Fundamentals of Surveying

  • Focus Areas:
    • Introduction to surveying: history, definitions, principles, classifications, applications (AGeE0101).
    • Traditional methods: Chain, Tape, Plane Table, Compass, Theodolite, Tacheometry (AGeE0102).
    • Horizontal and vertical control, leveling techniques, and error adjustments (AGeE0103-AGeE0104).
  • Activities:
    • Review lecture notes and textbooks on surveying fundamentals.
    • Solve problems on linear and angular measurements.
    • Practice chain and tape corrections.
  • Assessment:
    • Practice quizzes on survey methods.
    • Review error adjustment problems.

Week 2: Photogrammetry, Remote Sensing, and Image Processing

  • Focus Areas:
    • Fundamentals and aerial photogrammetry (AGeE0201-AGeE0202).
    • Binocular vision, digital photogrammetry, and remote sensing basics (AGeE0203-AGeE0204).
    • Image processing techniques and terrain models (AGeE0205-AGeE0206).
  • Activities:
    • Study photogrammetry principles and processes.
    • Practice problems on image matching and remote sensing resolution.
    • Explore terrain model generation using UAV and LiDAR.
  • Assessment:
    • Solve image enhancement and interpretation exercises.
    • Practice quizzes on digital photogrammetry.

Week 3: Geodesy and Gravity Field

  • Focus Areas:
    • Basic and mathematical geodesy concepts (AGeE0301-AGeE0302).
    • Datum, coordinate systems, and projections (AGeE0303).
    • Physical geodesy, gravimetry, and gravity field analysis (AGeE0304-AGeE0305).
  • Activities:
    • Review geodetic coordinate systems and transformations.
    • Practice calculations on ellipsoidal surfaces.
    • Study gravity anomalies and Laplace's equation.
  • Assessment:
    • Problem-solving exercises on spherical harmonics and gravity reduction.
    • Review quizzes on coordinate transformations.

Week 4: Cadaster, Land Use, and Land Management

  • Focus Areas:
    • Introduction to cadastre, cadastral systems, and land administration (AGeE0401-AGeE0402).
    • Land tenure, registration systems, and land information systems (AGeE0403-AGeE0404).
    • Land use, valuation, and related policies in Nepal (AGeE0405-AGeE0406).
  • Activities:
    • Study cadastral survey methods and land administration functions.
    • Review land tenure systems and legal frameworks.
    • Explore land use planning and valuation techniques.
  • Assessment:
    • Practice problems on cadastral surveys.
    • Quizzes on land-related policies and acts.

Week 5: Global Navigation Satellite System (GNSS)

  • Focus Areas:
    • GNSS fundamentals, principles, and mathematical models (AGeE0501-AGeE0502).
    • GNSS signals, processing, and satellite geometry (AGeE0503-AGeE0504).
    • Static and kinematic positioning, inertial navigation systems (AGeE0505-AGeE0506).
  • Activities:
    • Review GNSS observable and signal processing techniques.
    • Solve problems on satellite orbit models and DOP.
    • Study static and kinematic positioning methods.
  • Assessment:
    • Practice exercises on GNSS signal processing.
    • Quizzes on positioning methods and INS.

Week 6: Cartography and Geo-Visualization

  • Focus Areas:
    • Fundamentals of cartography, map projections, and visualization (AGeE0601-AGeE0603).
    • Generalization, typography, color theory, and digital cartography (AGeE0604-AGeE0605).
    • Map elements and reproduction techniques (AGeE0606).
  • Activities:
    • Study map design principles and cartographic visualization.
    • Practice map projection and scale factor calculations.
    • Explore digital cartography methods and tools.
  • Assessment:
    • Practice creating thematic maps and map layouts.
    • Quizzes on digital and web cartography.

Week 7: Spatial Data Management System and Spatial Data Infrastructure

  • Focus Areas:
    • Fundamentals of SDBMS, spatial data infrastructure, and data models (AGeE0701-AGeE0703).
    • Structured query language (SQL) and spatial database technology (AGeE0704-AGeE0705).
    • NSDI organizational structure and policy (AGeE0706).
  • Activities:
    • Review database models and spatial data types.
    • Practice SQL queries and spatial database operations.
    • Study NSDI policy and metadata standards.
  • Assessment:
    • Solve problems on spatial data models and SQL.
    • Quizzes on NSDI components and data interoperability.

Week 8: Geographic Information System (GIS)

  • Focus Areas:
    • GIS fundamentals, data sources, and spatial data models (AGeE0801-AGeE0802).
    • Geometric transformation, geospatial analysis, and surface modeling (AGeE0803-AGeE0804).
    • Spatial interpolation, DTM applications, and open GIS (AGeE0805-AGeE0806).
  • Activities:
    • Study GIS components and spatial relationships.
    • Practice geospatial analysis techniques and surface modeling.
    • Explore open-source GIS software and tools.
  • Assessment:
    • Exercises on surface modeling and spatial interpolation.
    • Quizzes on GIS data models and analysis.

Week 9: Engineering Survey

  • Focus Areas:
    • Engineering survey types, objectives, and scope (AGeE0901).
    • Hydrographic, underground, and route surveying (AGeE0902-AGeE0904).
    • Basic civil engineering concepts and quantity surveying (AGeE0905-AGeE0906).
  • Activities:
    • Review engineering survey methodologies and equipment.
    • Practice problems on route and hydrographic surveys.
    • Study civil engineering structures and quantity survey techniques.
  • Assessment:
    • Quizzes on engineering survey methods.
    • Practice calculations for quantity surveys.

Week 10: Project Planning, Design, and Implementation

  • Focus Areas:
    • Engineering drawings, economics, and project planning (AALL1001-AALL1003).
    • Project management, professional practice, and regulatory environment (AALL1004-AALL1006).
  • Activities:
    • Review engineering drawing standards and project economics.
    • Study project management techniques and risk analysis.
    • Explore professional ethics and regulatory acts in Nepal.
  • Assessment:
    • Practice exercises on project scheduling and cash flow analysis.
    • Quizzes on engineering ethics and regulatory frameworks.

Final Week (Optional): Review and Practice

  • Activities:
    • Comprehensive revision of all topics.
    • Solve past exam papers and mock tests.
    • Focus on weak areas identified during assessments.

This study plan ensures coverage of all essential topics in the AGeE syllabus, helping you prepare thoroughly for the Nepal Engineering Council Registration Examination in Geomatics Engineering.

Comments

Post a Comment