Summary

Résumé de la présentation

In this presentation, the audience will learn about the cutting-edge technology of Autonomous Reality Capture for Quality Inspection in Construction. They will understand how reality capture solutions are evolving and how autonomous solutions are revolutionizing on-site construction project management and monitoring. Neil Chauhan (R-E-A-L.iT) and Sina Karimi (POMERLEAU) will demonstrate how the integration of autonomous technology can improve the accuracy, speed, and safety of quality inspections, making them more efficient and effective.The presentation will showcase the innovative features and capabilities of autonomous reality capture technology, including its ability to capture high-quality images and data in real-time, process that data automatically and quickly, and provide actionable insights that can improve decision-making. By attending this presentation, the audience will gain valuable insights into the future of reality capture technology with resulting empirical data and how it can benefit the construction industry as a whole, making it more efficient and sustainable.

Who's Presenting

Qui présente

Neil Chauhan

(Moderator)

Reality Capture Solutions Consultant - R-E-A-L.iT

Reality Capture Solutions Consultant - R-E-A-L.iT

Biographie

Neil Chauhan is an experienced Reality Capture Professional with a demonstrated history of working in the AEC industries. He possesses a Civil Engineering Technology (Advanced Diploma) and Honours Bachelor of Technology (Construction Management) Degree from George Brown College. He is skilled in Terrestrial and Mobile 3D laser scanning, scan registration, and 3D point cloud processing for various disciplines and downstream use cases, as well as operationally leading data capture teams from field to finish. Neil is passionate about the application of technology and the utilization of captured spatial data to effectively make decisions regarding our built world.

Currently, Neil works with R-E-A-L.iT (Reality) as a Reality Capture Solutions Consultant to provide custom and innovative solutions to their partners across North America.

In this presentation, the audience will learn about the cutting-edge technology of Autonomous Reality Capture for Quality Inspection in Construction. They will understand how reality capture solutions are evolving and how autonomous solutions are revolutionizing on-site construction project management and monitoring. Neil Chauhan (R-E-A-L.iT) and Sina Karimi (POMERLEAU) will demonstrate how the integration of autonomous technology can improve the accuracy, speed, and safety of quality inspections, making them more efficient and effective.The presentation will showcase the innovative features and capabilities of autonomous reality capture technology, including its ability to capture high-quality images and data in real-time, process that data automatically and quickly, and provide actionable insights that can improve decision-making. By attending this presentation, the audience will gain valuable insights into the future of reality capture technology with resulting empirical data and how it can benefit the construction industry as a whole, making it more efficient and sustainable.

Sina Karimi

Research and Development Specialist - Pomerleau

Sina Karimi is R&D specialist at Pomerleau where he supports robotic application development to be implemented in Pomerleau’s construction projects. Before joining Pomerleau, he was an architect and then, assistant project manager involved in many projects where he found construction automation, the domain that can bring the AEC industry many values, most importantly, higher productivity.

He obtained Architectural Engineering Bachelor’s degree from University of Tehran followed by master’s degree in Construction Engineering from École de technologie supérieure (ÉTS) in Montreal. He is passionate in robotic, AI, and AR/VR in the AEC industry. His papers are published and submitted to academic journals and conferences namely: “Archives of Computational Methods in Engineering”, “Journal of Information Technology in Construction” and “The International Association for Automation and Robotics in Construction”.

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