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Data Science

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Data Analysis

3D Spatial Information Data Acquisition and Big Data Visualization

We will provide information on 3D spatial information data acquisition and mapping methods using drones, LiDAR, etc., and data visualization tools and techniques based on the application areas of 3D spatial information data, incorporating various case studies.

8 learners are taking this course

Level Beginner

Course period Unlimited

  • kpcre
3d-modelling
3d-modelling
Big Data
Big Data
3d-modelling
3d-modelling
Big Data
Big Data

What you will gain after the course

  • Can understand methods for acquiring and mapping 3D spatial information data using drones, LiDAR, etc.

  • Can understand the concepts, technologies, and methodologies of a 3D data collection system for spatial information and big data visualization.

  • You can identify data visualization tools and methods based on the application areas of 3D spatial data.

  • The 3D data acquisition system and spatial information acquisition methods through big data processing can be understood.

Presenting data utilization and visualization methods for 3D spatial information that allows you to view all spaces at once!

We live in an era of digital spatial information, where we conveniently use map apps to find places. In this era, understanding how to collect all the world's spatial information as 3D data and express it through visualization is becoming more important than ever in various industries.

Spatial information is increasingly no longer the domain of experts alone, but rather a fundamental convergence technology for all industries that can be applied to existing work to increase competitiveness.

In this course, we will introduce 3D spatial information data acquisition and mapping methods using drones, lidar, etc., as well as data visualization tools and methods according to the field of application of 3D spatial information data, through various case studies.

Field-oriented education

  • You will explore the concepts, technologies, and methodologies of 3D data collection systems for spatial information and big data visualization.

  • The importance of 3D spatial data in various fields, tools for modeling data in 3D, processing methods, etc. were conveyed through detailed examples so that they can be applied to practice.


Presenting key points centered on practice

  • Topic-based learning is possible through micro-learning centered on core keywords that can be immediately applied in practice.

Course Contents


  1. Introduction to Spatial Information Science

  2. Satellite image data collection

  3. Satellite image data analysis and processing

  4. Aerial Surveying & Drone (UAV) Collection

  5. Terrestrial LiDAR surveying, SLAM, mobile mapping system collection

  6. Understanding spatial data properties

  7. Use of services from spatial information-related organizations

  8. 3D Modeling Software (1)

  9. 3D Modeling Software (2)

  10. 3D Modeling Software (3)

  11. 3D Modeling Software (4)

  12. 3D Printing Visualization of Spatial Information

  13. Digital visualization of spatial information (1)

  14. Digital visualization of spatial information (2)

  15. Big Data Digital Twin Platform


Through the recruitment of instructors specializing in spatial information orthophotography and unmanned aerial surveying

Present differentiated content

We have invited lecturers who are well-received for their in-depth lectures on [spatial information orthophotography and unmanned aerial surveying] at universities, companies, etc., to present differentiated content.


Professor Kim Yong-don

Current) Team Leader, Spatial Information Team, Spatial Information Research Department, Baekdu Engineering Co., Ltd.

Currently, adjunct professor at the Department of Unmanned Aerial Vehicle Industry, Far East University

Current) Instructor of drone surveying at the Korea Polytechnic University's Ability Development Education Center

Former) Adjunct Professor, Department of Unmanned Aerial Vehicle Industry, Hankyung University

Former) Busan New Port Coastal Reclamation Site Development Project UAV LiDAR Measurement Ground Survey

Participated in numerous design surveys, including the detailed design survey of the Gwangmyeong redevelopment promotion district infrastructure and the production of orthophotos of the unmanned aerial survey of the Cheonan-Asan LH development site area


Recommended for
these people

Who is this course right for?

  • Construction Site Surveyor and Manager

  • Those interested in 3D spatial information data, drone mapping 3D modeling, and digital twin

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Answers

4.7

Rating

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As an affiliate of the Korea Productivity Center established in 1987, we provide essential job training for employees of corporations and public institutions.

We have developed job-duty-task-based educational content to strengthen practical skills, based on the actual 'work' that occurs in real corporate business environments.

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Homepage : https://www.kpcice.or.kr

Curriculum

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47 lectures ∙ (6hr 11min)

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