Why this Course?

When it comes to using Scanners, ‘millions of points’ is integral to laser scanning. To acquire skills and precision in laser scanning high-definition survey and achieving accurate, 3D data is a challenging task.

Professionals and Engineers who know the potential value of the rich data have questions

  • Am I equipped to acquire accurate data?
  • How do I work with all that data?
  • Do I have the skills to read the data?

To examine the skills required for a successful career in providing 3D Scanning services in laser scanning are fundamental skills in field surveying and office processing. The industry also expects the resource to be able to understand business aspects of marketing and project estimating.

Survey and Measurement Skills

  • Firstly, the Scanner user needs to have strong surveying and measurement technical skills. Most high-definition surveys include the need to accurately tie into site control and local coordinate systems.
  • The fundamental principles of surveying as a measurement science apply to laser scanning as equally as they apply to traditional scanning.
  • It is important to understand and manage potential sources of error which is possible only if the fundamentals of identifying ‘Basic Sources of Error’ as with any surveying methodology are comprehended.
  • The first place to start managing and checking for error is within the scan data itself.
  • Looking at a ‘Point cloud’ collected from a high-definition survey can be very deceiving.
  • The key for ensuring good, independent QA checks of scan data is to select scan targets that are far apart from each other and at significantly different ranges from the scanner.

3D Scanning

3D scanning technology has become a vital asset within industry. It has replaced outdated traditional practice by altering engineering process onto a digital platform. With this non-contact technology the timelines and performance have enriched design, machining, quality control and production applications. Our products, software and services will help you to learn how 3D scanning technology has impacted in the industry.

Reverse Engineering

Our quality 3D CAD/ models enable efficient optimization and remanufacturing which are scanned using non-contact 3D scanning technology. Reverse Engineering CAD/ model generated can also be used for Digital inspection to existing objects. We can convert any physical object into CAD / data, produce drawings and change dimensions.

Digital Inspection

With challenging market conditions, it becomes very critical for an industry, that digital inspection solutions be as efficient as possible without compromising on safety. There are necessary inputs the resource or the professional/ engineer needs to know. There is the Coordinate Measuring Machine (CMM) that is just right for scanning small-to-medium sized parts, providing precision results. The accuracies of the scanned parts will largely depend on the expertise of the operator. It is critical that the CMM operator be well trained in order to get reliable results. Getting the right Job opportunities in the scanning industry requires deep understanding of the digital inspection process.

3D Scanning

3D scanning technology has become a vital asset within industry. It has replaced outdated traditional practice by altering engineering process onto a digital platform. With this non-contact technology the timelines and performance have enriched design, machining, quality control and production applications. Our products, software and services will help you to learn how 3D scanning technology has impacted in the industry.

Digital Inspection

With challenging market conditions, it becomes very critical for an industry, that digital inspection solutions be as efficient as possible without compromising on safety. There are necessary inputs the resource or the professional/ engineer needs to know. There is the Coordinate Measuring Machine (CMM) that is just right for scanning small-to-medium sized parts, providing precision results. The accuracies of the scanned parts will largely depend on the expertise of the operator. It is critical that the CMM operator be well trained in order to get reliable results. Getting the right Job opportunities in the scanning industry requires deep understanding of the digital inspection process.

Reverse Engineering

Our quality 3D CAD/ models enable efficient optimization and remanufacturing which are scanned using non-contact 3D scanning technology. Reverse Engineering CAD/ model generated can also be used for Digital inspection to existing objects. We can convert any physical object into CAD / data, produce drawings and change dimensions.

Workshop – Foundation Course
(3rd year Engg. Students)

  • 3D Scanning
    • Principles and Types of Scanning Technology
    • Types of 3D Scanners
  • Inspection
    • Contact and Non-contact scanning methods Inspection
    • Methods of Inspection
  • Reverse Engineering
    • Different Software’s used in reverse engineering technology.

Workshop – Advanced Course
(4th year Engg. Students)

  • 3D Scanning
  • Services
    • Types of services
      • Blue / White Light 3D Scanning
      • Hand held 3D Scanning
      • Desktop 3D scanner
      • Arm based Laser 3D Scanning
        • Quantum Scan Arm® HD
        • CMM (coordinate measurement machine)
    • Inspection
      • CMM inspection
      • Inspection Software usage
      • Workshop on Scanning and Reporting
    • Reverse Engineering
      • Specific software CAD /
      • Specific software CAD /

JOB Prospects

Jobs are available across industry both in India as well as abroad. A few of the opportunities are listed as below :

  • 3D Laser Scanning & Reality Capture Project Manager
  • Laser Scanning Operations Manager
  • Piping Designer/Plant 3D Designer
  • Laser Scanning Technician
  • 3D SCANNING TECHNICIAN
  • 3D Scanning Reverse Engineer
  • AEC 3D CAD/BIM Project Manager
  • Junior Optical Engineer
  • Survey Analyst
  • Quality Technician Metrology
  • LiDar Technician

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