GIS TRAINING COURSES

Overview of Course Contents: Definitions GIS and GIS terms; Objectives of GIS; Components of GIS; Applications of GIS. The nature of GIS Data - Raster and Vector data; Data Management; Creating Shapefiles - Polygon, Polyline and Point; Georeferencing; Digitizing; Querying of GIS attribute table; Viewing maps; zooming and panning; fixed and zoomable map scale; Static maps vs. Dynamic/online maps; GIS analysis - Buffer and Clipping; Spatial Data Infrastructure (SDI); Introduction to Spatial Reference Systems. | Details| Register | Catalog| Enquiry |

Overview of Course Contents: Exploring geographic data; overview of Coordinate systems and map projections; Geographic & UTM coordinates; Datums; Querying GIS data; Spatial adjustment; Editing features; Layer display properties in GIS; Symbolizing Qualitative & Quantitative Data; Cartographic map design; working with labels and annotation layers. | Details| Register | Catalog| Enquiry |

Exploring the geodatabase; Creating and loading data; Managing raster data; Maintaining data integrity using subtypes; Maintaining attribute integrity; Relating data using relationship classes; Adding attachments; Designing geodatabase topologies; Sharing a geodatabase; Designing a geodatabase; Project: Building a geodatabase. Register for this course Here

Principles of Remote Sensing and Photogrammetry; Key concepts; EM spectrum; Aerial Photography and Photogrammetry; Sensors and Platforms; Aerial photo vs. a satellite image; imagery bands; stereo images; aerial photos; resolution of images/photos; Unmanned Aerial Vehicles (UAV); Satellite image analysis; Remote Sensing applications: Agriculture, Geology, Hydrology, Urban Planning & Land cover Mapping. Register for this course Here

Introduction to SuperPad software; tracks and waypoints; Checking-in and Checking-out data; Creating a Project; Creating layers (point, line and polygon); Data collection and editing; Adding attributes; Importing Data from GPS to PC; Downloading the data; Data manipulation and Analysis; Creating maps from the collected data and adding basemaps. Register for this course Here

Introductions to principles and concepts of GIS and web mapping; Understanding OGC web mapping Standards; Web GIS development cycle; Evolution and types of web mapping Technology; System architecture for web mapping; create and share web maps on CartoDB and MapHub. Register for this course Here

Getting Started with SketchUp; Modeling in SketchUp; Model extrusions in 3D GIS Analyst and SketchUp; Viewing Your Model in Different Ways; Sharing your models; Working with Google Earth Pro and the 3D Warehouse; Printing Your Work; Exporting Images and Animations; Exporting to CAD, Illustration, and Other Modeling Software; Editing KML file with Notepad ++; Creating Presentations. Register for this course Here

ILWIS system overview; Main concepts of ILWIS; Map layers, collections and Data structures; Display system, ILWIS Modules; Spatial data input; ILWIS modeling tools; Database development; georeferencing; Decision strategy analysis; Spatial data management; Attribute data handling. Register for this course Here

Image restoration; Fourier analysis; Classification of remotely sensed imagery; RADAR imaging and analysis; Vegetation indices; Time series/change analysis; Anisotropic cost analysis; Surface interpolation; TIN and surface generation; Geostatistics. Register for this course Here

Introduction to Programming in HTML and KML; Introduction to IIS Server; Introduction to web mapping; Getting Started with Server GIS; Online GIS, Customizing web maps using HTML, Styling a web map; Google maps and Javascript APIs; Hosting Map & Geodata Services; Cloud GIS map creation and hosting; Querying web map and Data Extraction; Google Maps APIs; Working with Google fusion tables. Register for this course Here

What is Python? Introduction to ArcPy; Debugging your scripts; Using Describe Objects; Automating Scripts with Python Lists; Creating and updating data with Cursor objects; Running your scripts in ArcToolbox; Handling Python and ArcPy Extension; Creating and updating Geometry Objects; Manipulating data schema and working with subsets of Data; Automating Map Production with ArcPy Mapping Module. Register for this course Here

Introduction; Getting started with Android technology; Data collection using GPS; Creating a mobile mapping data collection application; testing the application; deploying the mobile mapping application; Linking the data collected with a web server; editing the collected data. All course details e.g. contents, duration and fee can be accessed at: Course Details..

GIS analysis basics; Proximity analysis (buffering, near and point distance, Thiessen polygons); Overlay analysis (erase, intersect, spatial join, update, union, symmetrical difference); Extract (clip, select, split, table select) Geoprocessing in GIS; Analysis tools and toolboxes; Designing a spatial model; Using model builder; Tree cutting priority analysis project; exploring spatial statistics; site suitability analysis. Register for this course Here

Introduction to network analyst; creating a network dataset; Adding layers to network dataset; Road network analysis (shortest path); Origin-Destination computations (O-D matrix); creating network layers; service area calculations; location of the closest facility; Adding locations to a network; running the network; network optimization. Register for this course Here

Analysing patterns; Mapping clusters; Measuring geographic distributions; Modelling spatial relationships; Average nearest neighbor analysis; Cluster/outlier analysis with rendering; Collect events with rendering; Hotspot analysis; Z-score rendering; Ordinary least squares; Generate spatial weights matrix; Spatial auto-correlation. Register for this course Here

Introduction to PostGIS and Postgres; OpenGeo suite dashboard; creating connections with QGIS; loading data using PostGIS loader; Building web maps; Web cartography; Building complete web applications; Working with spatial data; Spatial Processing and Analysis; Building web apps with Open layers; PostGIS System administration; Encryption of PostGIS database. Register for this course Here

Working with application schemas; Adding administrative rights; Working with cascaded services; Filtering in GeoServer; Styling; Services; REST configuration; Advanced GeoServer configuration; Security; Running in a production environment; Caching with GeoWebCache; GeoExplorer; connecting with Google Earth. Register for this course Here

Introduction; collecting and organizing data; relationship between project and drawing; loading data; defining data to databases; compiling data to build surfaces; accessing commands; setting preferences; Working with projects; working with drawings; viewing drawings; Organizing drawings with layers; Working with COGO points; working with drawing and editing tools; working with surfaces; creating cadastral information; listing and annotating plans; AutoCAD map and land. All course details e.g. contents, duration and fee can be accessed at: Course Details..

Names and functions of TS and GPS parts; initial setup; angle mode; distance mode; coordinate mode; offset mode; surveying; staking out; resection method; file management; importing and exporting data; area (projection and roadway); adjusting index error; adjustment and corrections; base-rover config; COGO; Post-processing. Register for this course Here

Installing LiDAR analyst for GIS; Prerequisites; Activating LiDAR analysts; Introduction to LiDAR Analysts; Using LiDAR in GIS; checking data quality; Loading LAS files to GIS ‒ LAS to multipoint tool; Loading ASCII (X,Y,Z) files to GIS; Apply LYR file symbology; Create grid profiles; Subtract grids; Cut and Fill; Clip grids; Convert graphics to shapes. Register for this course Here

Introduction; Exploring Community Viz and Scenario 360; Population growth modelling; Land use demand and supply calculations; creation of suitability layers; location-allocation modelling; creation of future scenarios based on 4 epochs; spatio-temporal modelling; creation of simulations and animations; sensitivity analysis and calibration of the models; working with Scenario 3D; Applications; Introduction to Change Analyst, Statistical analysis using SPSS; Use of GIS in transport planning. All course details e.g. contents, duration and fee can be accessed at: Course Details..

Introduction to Target for GIS I and II; Loading target toolbars; Creating an MXD and loading data; Setting projection information; Creating gridded data and contours; Geological mapping – 2D and 3D mapping; Creating composite databases; Processing data in GIS; Visualizing and making available data – maps and map services; Spatial Data Infrastructure (SDI); Analysing Geochemical Data in GIS; Using QA/QC tools; Using Drillhole management tools. All course details e.g. contents, duration and fee can be accessed at: Course Details..

Introduction; Monitoring systems; The role of GIS in environmental monitoring; Environmental monitoring and modelling; GIS as analysis tool for monitoring data; Examples of monitoring systems; Local area monitoring; Feedback loops; Conducting an EIA with ILWIS; The Eagle System; The Sub-Systems; Field data collection using GPS; Surface interpolation; Temporal analysis; Three-Dimensional analysis. All course details e.g. contents, duration and fee can be accessed at: Course Details..

Introduction; Exploring Geodatabase and viewing layers; Exploring the customer database; Creating a GIS SQL queries; Exporting records to Microsoft Excel; Creating a report; updating the database: Adding a new customer; Plot subdivision; Creating a new plot; Creating a new pipe; Formulating and implementing GIS queries: Creating a join; Identifying unmarked connections; Creating a Geodatabase; Geometric network and analysis; Creating the Network features; Preparing the network for tracing; tracing downstream and upstream; Creating a map. All course details e.g. contents, duration and fee can be accessed at: Course Details..

Introduction; Resource assessment; Landuse and Land cover mapping; Soil mapping; Change detection using ILWIS; Suitability analysis; Scenario study; Environmental Impact assessment; Forest management; Multi-source forest inventory; Resource mapping using GIS and RS; Watershed management; GIS data to combat desertification; Biodiversity management; Soil erosion modelling; Decision Support Systems; Spatial Multi-Criteria Evaluation (SMCE). All course details e.g. contents, duration and fee can be accessed at: Course Details..

Introduction and principles of Land administration; Concepts and functions of land administration systems; Land use; Land tenure; Land rights; Cadastral systems; GIS modelling; LIS; Modelling concepts; Cadastral models; Spatio-temporal models; Data handling technologies; Person, land rights and objects; Geodetic systems; projection systems; Georeferencing and transformation; GPS; Mobile GIS; 2D digitizing and scanning; cadastral maps; Land policy; Land taxation; Cadastral databases. All course details e.g. contents, duration and fee can be accessed at: Course Details..

Addressing how GIS and related technology are adapted for ITS at improving the traffic safety, the effectiveness of surface transportation systems, this course focuses on data organization of road network and integration with traffic data, as well as models for improving transportation efficiency. Establish an overview of ITS architecture and recognize the interactions of people, vehicle, infrastructure and institution on ITS by learning the components of ITS and emerging of ITS. Understand the role of GIS technology in supporting ITS through Geospatial information integration, management and analyses, embodying a solution of information technology to complex issues. All course details e.g. contents, duration and fee can be accessed at: Course Details..

Introduction to Monitoring and Evaluation; Introduction to GIS and remote sensing; Mobile GIS applications in M&E; Developing a GIS integrated communication system New geo-technologies being adopted in project M&E; Using smartphone apps to collect field M&E data; Spatial data collection techniques for project management; Visualizing project data; GIS and GPS application in M&E; Updating data in the M&E-GIS system;Preparing monitoring and evaluation reports /communicating results. All course details e.g. contents, duration and fee can be accessed at: Course Details..

Overview of GIS and its applications in Health; Health Geography and Spatial Epidemiology; Data Geo-visualization techniques; Geostatistical Disease trend analysis; Hotspot and Spatial Autocorrelation; Unsupervised classification and Risk factors weightage using AHP; Disease Risk Models and Mapping. All course details e.g. contents, duration and fee can be accessed at: Course Details..

This course will give you the knowledge to start performing drone based surveying jobs. Visual images, maps, and models are the most common deliverables. Drone surveying also encompasses data captured with infrared and multispectral / hyperspectral cameras. By utilizing different sensors and capture methods, drones are able to provide useful data to a wide range of industries. All course details e.g. contents, duration and fee can be accessed at: Course Details..

This course is designed to enable the student grasp concepts of geo-information technology and disaster risk management; explain spatial data based on geo-information technology in disaster risk management; integrate geospatial technology for disaster risk management and manage disaster risk event. All course details e.g. contents, duration and fee can be accessed at: Course Details..

This course is designed to enable the student grasp concepts of geo-information technology in climate change adaptation; This course will enable the participant to obtain skills on use geospatial techniques for evaluating the impacts of climate change and assess various strategies of adaption to climate change. All course details e.g. contents, duration and fee can be accessed at: Course Details..

This course is designed to enable the student grasp concepts of geo-information technology in food security and sustainability; This course will enable the participant to obtain skills on use geospatial techniques for evaluating the impacts of food security risks and assess various strategies that need to be put in place to ensure food sufficiency. All course details e.g. contents, duration and fee can be accessed at: Course Details..

This course is designed to enable the student grasp concepts of open geo-information technology (OpenGIS) in the development of spatial data infrastructure; This course will enable the participant to obtain skills on the use of Geospatial techniques for design, development and maintenance of Geoportals. The course also focuses on spatial data sharing procedures and protocols. All course details e.g. contents, duration and fee can be accessed at: Course Details..

This course is designed to enable the student grasp concepts of mapping and analyzing crime hotspots in a given locality. Areas covered include GIS crime data; georeferencing; geocoding; Google APIs; GIS crime reporting dashboard; creating of crime hotspot maps/heatmaps among others. All course details e.g. contents, duration and fee can be accessed at: Course Details..

This course focuses on WASH programs is to facilitate water resources management, water quality monitoring, and promotion of good hygiene and sanitation practices in order to improve and protect health. GIS, on the other hand, is known for giving a spatial dimension to data by allowing users to view different types of data inform of layers, they are used to perform analysis and eventually publish a map. All course details e.g. contents, duration and fee can be accessed at: Course Details..

3D city model is a digital representation of the Earth’s surface and its related objects such as buildings, trees, roads, and some man-made features belonging to urban area. How to construct and represent these 3D city models are becoming vital importance in the field of digital city. The technique and approaches used to create large-scale city models automatically or semi-automatically are emerging rapidly, such as modelling from vector map, DEM, aerial images, high resolution satellite images with LASER scanning, close range photogrammetry with DSM & texture mapping. All course details e.g. contents, duration and fee can be accessed at: Course Details..

Projects are all around us. Virtually every organization runs projects, either formally or informally. We are engaged in projects at home and at work. Across settings, planning principles and execution methodologies can offer ways in which projects can be run more effectively and efficiently. Project management provides organizations (and individuals) with the language and the frameworks for scoping projects, sequencing activities, utilizing resources, and minimizing risks. This is an introductory course on the key concepts of planning and executing projects. We will identify factors that lead to project success, and learn how to plan, analyze, and manage projects. Learners will be exposed to state-of-the-art methodologies and to considering the challenges of various types of projects. All course details e.g. contents, duration and fee can be accessed at: Course Details..