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The Federal Democratic Republic of Ethiopia Ethiopian Geospatial Information Institute The Capacity Development Project for Digital Topographic Mapping in the Federal Democratic Republic of Ethiopia (Phase 3) Final Report December 2018 JAPAN INTERNATIONAL COOPERATION AGENCY (JICA) PASCO CORPORATION KOKUSAI KOGYO CO., Ltd. EI JR 18-140 Table of Contents CHAPTER 1. OVERVIEW OF THE PROJECT ................................................................ 1 1.1. BACKGROUND OF THE PROJECT ................................................................................ 1 1.2. THE OBJECTIVES OF THE PROJECT ............................................................................ 2 1.3. EGII’S BACKGROUND INFORMATION .......................................................................... 4 1.4. DELIVERABLES ........................................................................................................ 11 CHAPTER 2. PROJECT EVALUATION AND RECOMMENDATION ........................... 12 2.1. ACHIEVEMENTS ....................................................................................................... 12 2.2. EVALUATION ............................................................................................................ 19 2.3. CONCLUSION ........................................................................................................... 21 2.4. RECOMMENDATION ................................................................................................. 22 2.5. FACTORS .................................................................................................................. 26 CHAPTER 3. CONTENTS OF IMPLEMENTATION ..................................................... 28 3.1. WORK FLOW ............................................................................................................ 28 3.2. PROJECT ACTIVITY IMPLEMENTATION DETAILS ...................................................... 29 CHAPTER 4. CONTENT OF WORK RELATING TO TECHNOLOGY TRANSFER ...... 31 4.1. UPGRADING OF SKILLS IN PHOTOGRAMMETRY ........................................................ 31 4.2. UPGRADING SKILLS FOR PRODUCING TOPOGRAPHIC MAPS .................................... 38 4.3. STRENGTHENING OF THE GIS TECHNOLOGY IN EGII AND OTHER USER ORGANIZATIONS .................................................................................................................... 49 4.4. UPGRADING LEVELING SKILLS ................................................................................ 61 4.5. STRENGTHENING OF THE MANAGEMENT AND OPERATION OF GEOSPATIAL INFORMATION ........................................................................................................................ 68 4.6. MATERIALS AND EQUIPMENT REQUIRED FOR OPERATIONS OF THE PROJECT ......... 75 CHAPTER 5. STRUCTURE FOR IMPLEMENTING THE PROJECT ........................... 76 5.1. ROLES AND RESPONSIBILITIES OF THE PROJECT TEAM MEMBERS .......................... 76 5.2. STRUCTURE FOR IMPLEMENTING THE PROJECT ...................................................... 77 5.3. STAFFING SCHEDULE .............................................................................................. 77 List of Figures and Tables Figure 1 Schedule and the Design of the Project ............................................................................... 3 Figure 2 Organization chart ............................................................................................................... 4 Figure 3 Work Flow of Technology Transfer for Photogrammetry ................................................. 31 Figure 4 Work Progress Control ...................................................................................................... 35 Figure 5 Productivity Transition ...................................................................................................... 36 Figure 6 Scenes from the technology transfer ................................................................................. 37 Figure 7 Flowchart for technology transfer of topographic map production ................................... 38 Figure 8 Map Symbolization Procedure Using ArcGIS .................................................................. 43 Figure 9 1/10,000 Symbol catalog (ArcGIS) ................................................................................... 43 Figure 10 Relationship between Accuracy Control (AC) and Quality Evaluation ........................ 44 Figure 11 Upgraded Accuracy Control Sheet ................................................................................ 46 Figure 12 Technology Transfer for Accuracy Control and Quality Evaluation ............................. 46 Figure 13 Scenes from the Technology Transfer for Topographic Mapping ................................. 48 Figure 14 Work Flow of Technology Transfer for GIS Technology .............................................. 49 Figure 15 Scenes from the 1st GIS Workshop ................................................................................ 55 Figure 16 Scenes from the Seminar ............................................................................................... 56 Figure 17 Scenes from the 2nd GIS workshop ................................................................................ 59 Figure 18 Scenes from the 2nd GIS seminar ................................................................................... 60 Figure 19 Work Flow of Technology Transfer for Leveling .......................................................... 61 Figure 20 Work Area for the Technology Transfer for Leveling.................................................... 66 Figure 21 First order leveling training ........................................................................................... 66 Figure 22 First order leveling route plan 1/50,000 (Addis Ababa) ................................................ 67 Figure 23 First order leveling route plan 1/2,000,000 (National) .................................................. 67 Figure 24 Work Flow for the Management and Operation of Geospatial Information .................. 68 Figure 25 Project Implementation Structure ................................................................................ 77 Table 1 Background and Details of the Project ................................................................................ 1 Table 2 Policy ................................................................................................................................... 3 Table 3 Counterpart Directorate structure ........................................................................................ 5 Table 4 Counterpart Directorate structure ........................................................................................ 6 Table 5 List of training courses organized by EGII .......................................................................... 7 Table 6 EGII’s present Situation (equipment and technology, etc.) and phase 3 targets .................. 8 Table 7 List of Deliverables ........................................................................................................... 11 Table 8 Human and equipment resource inputs ............................................................................. 12 Table 9 Initial situation of 3rd phase and its target .......................................................................... 13 Table 10 EGII’s productivity ............................................................................................................ 16 Table 11 List of EGII’s insourced GI production and updating work .............................................. 17 Table 12 Technology transfer schedule ............................................................................................ 32 Table 13 Implemented Technology transfer for photogrammetry .................................................... 33 Table 14 Technology transfer participants ....................................................................................... 34 Table 15 Technology transfer result (AT) ......................................................................................... 34 Table 16 Technology transfer detail of DEM generation & editing ................................................. 35 Table 17 Technology transfer result (DEM generation & editing) ................................................... 36 Table 18 Technology transfer result (ortho production) ................................................................... 36 Table 19 Technology Transfer schedule for Topographic Mapping ................................................. 39 Table 20 Implemented Technology Transfer for Topographic Mapping .......................................... 40 Table 21 Participants in the technology transfer............................................................................... 42 Table 22 Results of technology transfer (Symbolization) ................................................................ 42 Table 23 Results of Technology Transfer (AC & QE) ..................................................................... 44 Table 24 Results of Technology Transfer ......................................................................................... 47 Table 25 Evaluation of the Exercise Results .................................................................................... 47 Table 26 Technology transfer results (Digital editing & generalization).......................................... 48 Table

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