Sivakorn Chongfeungprinya
About Sivakorn Chongfeungprinya
Sivakorn Chongfeungprinya is an Aromatics Optimization and Modeling Engineer at ExxonMobil in Singapore, specializing in process optimization using Aspen PIMS and ROMeo software.
Title
Sivakorn Chongfeungprinya currently holds the position of Aromatics Optimization and Modeling Engineer at ExxonMobil, a role he has been in since 2020.
Professional Experience at ExxonMobil
Sivakorn Chongfeungprinya has an extensive career at ExxonMobil in Singapore. Since 2020, he has worked as an Aromatics Optimization and Modeling Engineer. Before this role, he served as a Lead Process Engineer from 2019 to 2020 and as a Contact Engineer from 2016 to 2019.
Previous Roles and Internships
Sivakorn Chongfeungprinya's career also includes roles outside of ExxonMobil. He worked as a Health, Safety and Environment (HSE) Intern at Novartis Singapore Pharmaceutical Manufacturing Pte. Ltd. in 2015. Additionally, he held positions as a Process Engineering Trainee at Verasuwan Co. Ltd. in 2014, Head Project Coordinator at Parables@work Enrichment Centre Ptd Ltd. in 2012, and Research Trainee at Institute for Infocomm Research in 2010.
Education and Expertise
Sivakorn Chongfeungprinya has a strong educational background. He holds a Bachelor's Degree in Chemical Engineering from the National University of Singapore, completed in 2016. He also participated in an Exchange Programme for Chemical Engineering at The University of Texas at Austin in 2014. Furthermore, he obtained a Graduate Certificate in Computing Foundations from the National University of Singapore in 2021. His earlier education includes science studies at Anglo Chinese Junior College and Commonwealth Secondary School.
Technical Skills and Responsibilities
Sivakorn Chongfeungprinya utilizes Aspen PIMS and ROMeo for linear programming and thermodynamics simulation to optimize aromatics processes. His responsibilities include conducting parametric studies and managing large datasets to improve efficiency. He also automates model validation processes using VBA, ROMeo RTS, and SQL databases, and implements plant changes in simulators to support economists in enhancing profitability.