Airsquire
Kyle Tan is a professional with a diverse work experience in various industries such as construction, technology, and banking. Kyle co-founded and served as the CEO of Airsquire, a company focused on capturing and indexing virtual spaces for the built environment. Prior to that, they worked at IBM as a Senior A.I. Solution Consultant in the industrial sector, where they implemented internet-of-things pilots for clients in the logistics industry. Kyle also worked as the Director of Global Operations at Igloohome, a proptech startup providing smart access solutions. Additionally, Kyle worked at IBM Global Business Services as a Senior Analytics Consultant, where they developed and deployed predictive models for wealth management banks and led various data analysis projects.
Kyle Tan pursued a Master's Degree in Management Science and Engineering from Stanford University from 2011 to 2012. Prior to that, they obtained a Bachelor's Degree in Electrical and Electronics Engineering from Imperial College London, completing their studies from 2008 to 2011.
In addition to their formal education, Kyle also obtained several certifications from online courses. This includes a "Construction Project Management" certification from Columbia University through Coursera, obtained in October 2019. In February 2016, they completed the "Data Science Specialization" program offered by Johns Hopkins University through Coursera. Furthermore, they earned certifications in various data science courses such as "Data Science Capstone," "Developing Data Products," "Practical Machine Learning," "Regression Models," "Statistical Inference," "Exploratory Data Analysis," "Getting and Cleaning Data," "Reproducible Research," "R Programming," and "The Data Scientist's Toolbox," all obtained in 2015 from Johns Hopkins University through Coursera Course Certificates.
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Airsquire
Airsquire is a developer of an image analytics platform designed to automate the verification process by comparing 3D models and 3D scans of the physical asset. The company's platform applies artificial intelligence on captured space images to compare and adjust the 3D design to synchronize it with construction built, enabling constructioncompanies to save costs of updating 3D designs, reduce failure costs associated with inaccurate 3D designs by synchronizing design-to-built with coverage and improve the productivity of construction projects.