Training

Advanced Terrestrial Laser Scanning Training Program

Unlock the Future of 3D Spatial Data Capture

Why Choose Our Program?

  • Comprehensive Curriculum: Our program covers the entire spectrum of ground-based laser scanning, from fundamental principles to advanced techniques, ensuring a well-rounded education.
  • Hands-on Experience: Gain practical skills through extensive hands-on training with cutting-edge laser scanning equipment and software, providing you with the confidence to tackle real-world projects.
  • Industry-Relevant Content: Stay ahead in the industry by learning the latest trends, technologies, and applications of laser scanning across diverse sectors such as architecture, construction, archaeology, and more.
  • Expert Instructors: Benefit from the guidance of industry experts and experienced instructors who bring real-world insights and expertise to the classroom, enhancing your learning experience.
  • Project-Based Learning: Apply your knowledge to real-world scenarios with project-based assignments, allowing you to build a strong portfolio and demonstrate your proficiency in laser scanning.
  • State-of-the-Art Facilities: Train in a dedicated learning environment equipped with state-of-the-art laser scanning devices, providing you with the tools needed to excel in your professional journey.
  • Career Development: Access career development resources, networking opportunities, and industry connections to support your transition into the rapidly growing field of laser scanning.

Who Should Enroll?

  • Professionals in surveying, architecture, engineering, and related fields seeking to enhance their skill set.
  • Students and graduates looking to enter the field of 3D spatial data capture.
  • Individuals interested in leveraging the power of laser scanning for applications in various industries.

Program Highlights:

  • In-depth modules covering the entire laser scanning process.
  • Practical exercises and projects to reinforce theoretical knowledge.
  • Certification upon successful completion.

Advanced Terrestrial Laser Scanning Training Program
 

Data/Time Module 1: Fundamentals of Laser Scanning Module 2: Equipment and Software Module 3: Solving Typical Tasks Module 4: Data Processing and Analysis Module 5: Practical Application
1,5 h 1.1 Introduction to Laser Scanning

  • Definition of Key Terms and Concepts
  • History of Laser Scanning Development
2.1 Selection and Configuration of Laser Scanner

  • Technical Specifications
  • Criteria for Choosing Equipment for Specific Tasks
3.1 Types of Scans

  • Scanning of Buildings and Structures
  • Selection of Scanner Placement Points
  • Calibration of Equipment
4.1 Office Data Processing

  • Data Export
  • Point Cloud Registration
  • Primary Data Processing
5.1 Case Studies

  • Examination of Successful Applications of Laser Scanning in Various Industries
  • Creation of Digital Twins of Objects
  • Case Study on Equipment Delivery: Getting Started, Training, and Initial Steps
1,5 h 1.2 Operating Principle of Laser Scanner

  • Overview of Measurement Execution Technology
2.2 Structure and Operation of Software

  • Data Processing Software Programs
3.2 Conducting Scans

  • Characteristics of Scanning Different Surface Types/Object Types
  • Controlling Scan Parameters
4.2 Visualization and Analysis of Results

  • Classification of Point Clouds
5.2 Practical Aspects

  • Methods for Quality Control of Data
  • Safety When Working with Laser Scanners
  • Technical Task
  • Project Estimate
1,5 h 1.3 Operating Principle of Laser Scanner

  • Fieldwork with a Laser Scanner
  • Studying the Scanning Process
  • Laser Scanner

2.3 Office Data Processing 

  • Data Export 
  • Point Cloud Registration 
  • Primary Data Processing  

3.3 Scanning Execution Principle 

  • Fieldwork 
  • Studying the Scanning Process 
  • Robotic Total Station with Scanning Functionality 

4.3 Basics of Working with Point Clouds in CAD 

  • Data Export 
  • Drawings Based on Point Clouds 
  • Principles of Operation 

5.3 Trends and Future Perspectives 

  • New Technologies in Laser Scanning 
  • Industry Development Forecasts 
  • Impact of Artificial Intelligence and Machine Learning 
1,5 h

1.4 Operating Principle of Laser Scanner 

  • Fieldwork with a Laser Scanner 
  • Studying the Scanning Process 
  • Laser Scanner 

2.4 Office Data Processing 

  • Data Export 
  • Point Cloud Registration 
  • Primary Data Processing 

3.4 Scanning Execution Principle 

  • Fieldwork 
  • Studying the Scanning Process 
  • Robotic Total Station with Scanning Functionality 

4.4 Surface Analysis 

  • Deviation Analysis 
  • Volume Calculation Based on Point Clouds 
  • Operational Principles

5.4 Professional Development in Laser Scanning 

  • Certification and Additional Education 
  • Involvement in Professional Communities and Conferences 
1,5 h

1.5 Day Results  

  • Discussion. Material  
  • Review.  
  • Reinforcement of Information. 

2.5 Day Results  

  • Discussion. Material  
  • Review.  
  • Reinforcement of Information. 

3.5 Day Results  

  • Discussion. Material  
  • Review.  
  • Reinforcement of Information. 

4.5 Laser Scanning Data Formats 

  • Utilization of Specialized Software Programs 

5.5 Day Results  

  • Discussion. Material  
  • Review.  
  • Reinforcement of Information. 

 

Join us and revolutionize your understanding of 3D spatial data capture with our Advanced Ground-based Laser Scanning Training Program! Unlock new possibilities and elevate your career in the evolving world of technology.

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