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Kyle Pickering

Chief Technology Officer & Vice President
OnSite3D
Participates in 1 Session

As the CTO of ONSITE3D, Kyle is at the helm of the company’s technical operations and strategy. His leadership has been crucial in establishing and expanding one of the world’s foremost reality capture teams, which utilizes cutting-edge technology to consistently deliver exceptional results in the engineering and construction industry. Through his focus on innovation, particularly in the areas of reality capture, digital twins, and the practical applications of technology in heavy industry, Kyle has positioned ONSITE3D as a pioneer in the field.

Throughout his career, Kyle has been dedicated to pushing the boundaries of what’s possible. He has built and led a diverse team of experts in the industrial construction and geomatics sectors, guiding them to achieve groundbreaking milestones in geospatial and digital twin development. His expertise extends to managing dimensional control for massive piping projects and collaborating with multinational software companies, ensuring that ONSITE3D remains at the forefront of technological advancements.

Kyle’s commitment to excellence is reflected in his active involvement in the industrial technology sector, where he prioritizes delivering the highest quality products and services to asset owners. At the same time, he is passionate about fostering growth within his team and mentoring the next generation of industry leaders, ensuring a legacy of innovation and leadership in the field.

Sessions in which Kyle Pickering participates

Wednesday 30 October, 2024

Time Zone: (GMT-07:00) Mountain Time (US & Canada)
9:45 AM
9:45 AM - 10:15 AM | 30 minutes
Reality Capture & Digital Twins

The Virtual Assembly Showcase highlights the value of integrating advanced 3D laser scanning and virtual assembly in industrial construction. In a recent expansion at a major Oil Sands Refinery, detailed 3D laser scanning and surveying were employed to ensure the precise placement and assembly of three large modules while they were still in the laydown yard.The process involved scanning critical structural elements and newly poured foundation pilings to detect potential fitment issues ...