Tjun Kiat Teo

Data Scientist at MiyaHealth
  • Claim this Profile
Contact Information
us****@****om
(386) 825-5501
Location
Singapore, SG
Languages
  • English Native or bilingual proficiency
  • Mandarin Native or bilingual proficiency

Topline Score

Topline score feature will be out soon.

Bio

Generated by
Topline AI

You need to have a working account to view this content.
You need to have a working account to view this content.

Experience

    • Singapore
    • Health, Wellness & Fitness
    • 1 - 100 Employee
    • Data Scientist
      • Apr 2020 - Present

      Devise algorithms to detect fraud, waste and abuse in insurance claims Devise algorithms to detect fraud, waste and abuse in insurance claims

    • United States
    • Appliances, Electrical, and Electronics Manufacturing
    • 700 & Above Employee
    • Data Scientist
      • May 2015 - Dec 2018

      Lead Digital Factory Data Science Innovation, implementing end-to-end real time embedded predictive and deep learning models to manufacturing processes to improve defect detection and reduce false alarm rate. As a result, decreased manual inspection time and improved overall production efficiency. Created machine learning model in python based on past production solder paste data and pass/fail records to identify whether the pcb board was defective before being determined at inspection… Show more Lead Digital Factory Data Science Innovation, implementing end-to-end real time embedded predictive and deep learning models to manufacturing processes to improve defect detection and reduce false alarm rate. As a result, decreased manual inspection time and improved overall production efficiency. Created machine learning model in python based on past production solder paste data and pass/fail records to identify whether the pcb board was defective before being determined at inspection step. Percentage of true defects identified increased and false alarm rate decreased. Hence manual inspection time decreased and overall production efficiency increased. Created machine learning model in python based on past X-ray measurements and pass/fail records to identify whether the pcb board was defective before being determined at inspection step. Wrote deep convolution neural networks in Keras to assist human operator in identifying whether the PCB board was defective based on its X-ray image. Explored using time series analysis to forecast consumer demand for products of our corporate clients to aid production scheduling. Show less Lead Digital Factory Data Science Innovation, implementing end-to-end real time embedded predictive and deep learning models to manufacturing processes to improve defect detection and reduce false alarm rate. As a result, decreased manual inspection time and improved overall production efficiency. Created machine learning model in python based on past production solder paste data and pass/fail records to identify whether the pcb board was defective before being determined at inspection… Show more Lead Digital Factory Data Science Innovation, implementing end-to-end real time embedded predictive and deep learning models to manufacturing processes to improve defect detection and reduce false alarm rate. As a result, decreased manual inspection time and improved overall production efficiency. Created machine learning model in python based on past production solder paste data and pass/fail records to identify whether the pcb board was defective before being determined at inspection step. Percentage of true defects identified increased and false alarm rate decreased. Hence manual inspection time decreased and overall production efficiency increased. Created machine learning model in python based on past X-ray measurements and pass/fail records to identify whether the pcb board was defective before being determined at inspection step. Wrote deep convolution neural networks in Keras to assist human operator in identifying whether the PCB board was defective based on its X-ray image. Explored using time series analysis to forecast consumer demand for products of our corporate clients to aid production scheduling. Show less

    • Data Scientist
      • Aug 2014 - Apr 2015

      Implemented data science projects in R for clients as proof of concepts to demonstrate the strengths of Revolution Analytics software. Performed a K-Means clustering program on customer segmentation analysis for TM Berhad. Implemented time series forecasting methods to forecast the demand of Asian Paints products. Participated in the Intel Internet of Things project where - Machine learning was combined with computer vision techniques to identify defective electronic… Show more Implemented data science projects in R for clients as proof of concepts to demonstrate the strengths of Revolution Analytics software. Performed a K-Means clustering program on customer segmentation analysis for TM Berhad. Implemented time series forecasting methods to forecast the demand of Asian Paints products. Participated in the Intel Internet of Things project where - Machine learning was combined with computer vision techniques to identify defective electronic boards - Time series forecasting was applied to sensor data to predict time to failure of equipment to aid predictive maintenance URL: http://www.wsj.com/articles/intel-steps-up-its-push-into-internet-of-things-1418151365 Show less Implemented data science projects in R for clients as proof of concepts to demonstrate the strengths of Revolution Analytics software. Performed a K-Means clustering program on customer segmentation analysis for TM Berhad. Implemented time series forecasting methods to forecast the demand of Asian Paints products. Participated in the Intel Internet of Things project where - Machine learning was combined with computer vision techniques to identify defective electronic… Show more Implemented data science projects in R for clients as proof of concepts to demonstrate the strengths of Revolution Analytics software. Performed a K-Means clustering program on customer segmentation analysis for TM Berhad. Implemented time series forecasting methods to forecast the demand of Asian Paints products. Participated in the Intel Internet of Things project where - Machine learning was combined with computer vision techniques to identify defective electronic boards - Time series forecasting was applied to sensor data to predict time to failure of equipment to aid predictive maintenance URL: http://www.wsj.com/articles/intel-steps-up-its-push-into-internet-of-things-1418151365 Show less

    • Research Assistant
      • Jun 2012 - Dec 2013

      Worked on developing fast and efficient simulation based statistical methods for fitting contact network models of sexually transmitted diseases. Worked on developing fast and efficient simulation based statistical methods for fitting contact network models of sexually transmitted diseases.

    • Research Candidate and Teaching Assistant
      • Oct 2007 - Sep 2011

      Area of research was in machine learning. Wrote in R a logistic regression embedded within a mixture of experts model to classify mixture data and compared bayesian and frequentist methods in doing so. Taught actuarial science to undergraduate students. Area of research was in machine learning. Wrote in R a logistic regression embedded within a mixture of experts model to classify mixture data and compared bayesian and frequentist methods in doing so. Taught actuarial science to undergraduate students.

    • Research and Teaching Assistant
      • Aug 2006 - Jul 2007

      Research areas were in linear programming and stochastic optimization. Wrote a program using C++ and cplex to optimize the returns the of a portfolio of stocks subject to the conditional value of risk not exceeding a pre-determined level subject to investor’s risk tolerance. Taught stochastic modeling to undergraduate students. Research areas were in linear programming and stochastic optimization. Wrote a program using C++ and cplex to optimize the returns the of a portfolio of stocks subject to the conditional value of risk not exceeding a pre-determined level subject to investor’s risk tolerance. Taught stochastic modeling to undergraduate students.

    • Lecturer
      • Sep 2005 - Jun 2006

      Taught Mathematics and Statistics to undergraduate students in a business degree Taught Mathematics and Statistics to undergraduate students in a business degree

    • Service Dealer
      • Sep 2004 - Jul 2005

      Worked as a service dealer where I advised on trading strategies and executed trades of currencies, commodities and index futures. Worked as a service dealer where I advised on trading strategies and executed trades of currencies, commodities and index futures.

    • Service Dealer
      • May 2003 - Jun 2004

      Worked as a service dealer where I advised on trading strategies and executed trades of currencies, commodities and index futures. Worked as a service dealer where I advised on trading strategies and executed trades of currencies, commodities and index futures.

    • Intern
      • Jul 2001 - Aug 2001

      Developed visual basic programs for calculating the Actual Exposure to Risk to Expected Exposure to Risk ratio. I also did a graduation for the mortality rates of the population of Singapore and wrote a report detailing the methodology used. Developed visual basic programs for calculating the Actual Exposure to Risk to Expected Exposure to Risk ratio. I also did a graduation for the mortality rates of the population of Singapore and wrote a report detailing the methodology used.

    • Intern
      • Jul 2000 - Aug 2000

      I assisted in the calculation of reinsurance premiums, underwriting and other general administrative work. I assisted in the calculation of reinsurance premiums, underwriting and other general administrative work.

Education

  • University of Oxford
    MSc, Statistics; Machine Learning
    2007 - 2017
  • University of Cambridge
    Master of Philosophy (M.Phil.), Statistical Science
    2001 - 2002
  • London School of Economics and Political Science, U. of London
    BSC, Actuarial Science
    1998 - 2001
  • University of London
    Diploma, Economics
    1997 - 1998
  • River Valley High School

Community

You need to have a working account to view this content. Click here to join now