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Blended Learning
Private online start and end sessions, with self-study in between.

Een smartphone met een kaartweergave op het scherm toont een grote rode pin die een locatie markeert. De smartphone ligt op een fysieke kaart van een stedelijk gebied met rivieren en wegen. Op het scherm van de smartphone zijn ook andere navigatiesymbolen en tijdsaanduidingen zichtbaar.
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Result 1 - 12 of 82 courses

Agisoft Basics

Drones
  • Certified
  • Workload: 24 hour

€395,-

ArcGIS Basics

ArcGIS
  • Certified
  • Workload: 24 hour

€395,-

ArcGIS Hydrology

ArcGIS
  • Certified
  • Workload: 24 hour

€395,-

ArcGIS Landslides

ArcGIS
  • Certified
  • Workload: 24 hour

€395,-

ArcGIS Remote Sensing

ArcGIS
  • Certified
  • Workload: 24 hour

€395,-

ArcGIS Wildfires

ArcGIS
  • Certified
  • Workload: 24 hour

€395,-

ArcGIS Windfarms

ArcGIS
  • Certified
  • Workload: 24 hour

€395,-

Area-Based Planning and Development

Spatial Planning
  • Certified
  • Workload: 24 hour

€395,-

Azure Fundamentals

Cloud Computing
  • Certified
  • Workload: 24 hour

€395,-

Basic Registration Addresses and buildings

Basic Registrations
  • Certified
  • Workload: 24 hour

€395,-

Basic Registration Large-Scale Topography

Basic Registrations
  • Certified
  • Workload: 24 hour

€395,-

Basic Registration Soil

Basic Registrations
  • Certified
  • Workload: 24 hour

€395,-

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Why choose a course at Geo-ICT Training Center, The Netherlands?

55

Courses

82

Blended Learnings

1200

Participants per year

What is Blended Learning?

Blended Learning is an educational approach that combines live, face-to-face online instruction with digital learning experiences. This approach integrates the strengths of both live virtual and self-paced digital environments to create a flexible, personalized learning experience for students.

Key components of Blended Learning include:

  1. Face-to-face instruction: Traditional teaching methods like lectures, discussions, and in-class activities.
  2. Online learning: Digital content delivered through video lessons, interactive modules, and online discussions.
  3. Student control: Learners have the flexibility to control the time, pace, path, or place of their learning through online components.

Blended learning is increasingly popular as it leverages technology to provide more individualized instruction, support diverse learning styles, and combine synchronous (real-time) with asynchronous (self-paced) experiences.

A Venn diagram with four overlapping ovals labeled "Classroom" (blue, left), "Selfstudy" (red, right), "Theory" (yellow, top), and "Practice" (green, bottom). At the center, where all four areas overlap, is "Blended Learning" shown in green. The image illustrates that blended learning is a combination of theory, practice, classroom instruction, and self-study.

Our instructors

Elizaveta Khazieva

Google Earth

Ronald Baan

Datamanagement

Peter Schols

ArcGIS, QGIS, Python

Stefan Smit

Geodesy, Drones, Remote Sensing

Agisoft Metashape, formerly known as Agisoft PhotoScan, is a photogrammetry software that processes digital images to generate 3D spatial data. It is widely used in fields such as archaeology, geography, and visual effects production.

The Agisoft Metashape course is designed for professionals and enthusiasts in fields such as photogrammetry, geospatial analysis, and 3D modeling. It’s particularly beneficial for:

  • Surveyors and GIS Specialists: Those looking to enhance their skills in processing aerial imagery and creating precise 3D models and maps.
  • Drone Operators: Individuals interested in transforming drone-captured images into detailed 3D reconstructions and orthomosaics.
  • Archaeologists and Environmental Scientists: Professionals focused on creating accurate digital representations of sites and landscapes for analysis and preservation.
  • Architects and Engineers: Those wishing to integrate 3D modeling into their design and planning workflows.

The course is suitable for both beginners and those with some experience, providing hands-on training in using Agisoft Metashape for a range of applications.

An Agisoft Metashape course typically covers the following key areas:

  1. Introduction to Photogrammetry: Understanding the principles of photogrammetry and its applications in creating 3D models from photographs.
  2. Data Acquisition: Learning the best practices for capturing high-quality images using drones or cameras, including flight planning and camera settings.
  3. Software Proficiency: Navigating the Agisoft Metashape interface and utilizing its tools for processing images.
  4. Image Processing Workflow:
  • Aligning photos to create a sparse point cloud.
  • Generating dense point clouds, mesh models, and textured 3D models.
  • Creating orthomosaics and digital elevation models (DEMs).
  1. Georeferencing: Incorporating Ground Control Points (GCPs) to ensure spatial accuracy in models.
  2. Data Export and Analysis: Exporting models and maps to use in GIS software, and performing analyses like volume calculations and contour mapping.
  3. Advanced Topics (varies by course):
  • Processing multispectral and thermal imagery.
  • Automating workflows with batch processing.
  • Implementing network processing for large datasets.

These courses combine theoretical knowledge with practical exercises, enabling participants to effectively create and analyze geospatial data using Agisoft Metashape.

Geo-ICT Training Center, The Netherlands - AgiSoft Shape versus Pix4DAgisoft Metashape and Pix4D are both leading photogrammetry software solutions, each with distinct features catering to various user needs. Agisoft Metashape is ideal for users requiring detailed 3D models with customizable processing options, while Pix4D caters to those seeking efficient, user-friendly solutions for aerial photogrammetry with streamlined workflows. The choice between the two depends on specific project requirements, user expertise, and preferred workflow flexibility.