Aiman Hakim Roslan
About Aiman Hakim Roslan
Aiman Hakim Roslan is a Process Monitoring & Analysis Engineer at ExxonMobil, specializing in polyethylene, with a background in chemical engineering and experience in optimization projects and data analysis.
Current Position at ExxonMobil
Aiman Hakim Roslan has been serving as a Process Monitoring & Analysis Engineer (Polyethylene) at ExxonMobil since 2019. His current role involves working at the Kuala Lumpur Technology Centre (KLTC), where he focuses on optimizing processes within the polyethylene sector. Aiman employs advanced data analytical tools like JMP and SeeQ to perform root-cause analysis, multivariate regression, and prediction trajectories. This role also includes conducting annual reviews of process capability and performance to ensure product quality adheres to manufacturing specifications through statistical process control.
Prior Experience in Engineering and Volunteer Work
Aiman's career includes positions as a Graduate Engineer (YEDP) at Sapura Energy Berhad in 2019 and a Process Engineering Intern at PETRONAS in 2016. Additionally, he has worked in various roles including as kitchen staff at Mylahore and a stadium volunteer at Etihad Stadium, both in Manchester, United Kingdom, in 2018. These roles have provided Aiman with a diverse background, encompassing both engineering and customer service environments.
Educational Background in Chemical Engineering
Aiman Hakim Roslan holds a Master of Science in Advanced Chemical Engineering from The University of Manchester, completed in 2018. Prior to this, he earned a Bachelor's Degree in Chemical Engineering from Universiti Teknologi MARA, completed in 2017. His academic background has equipped him with a strong foundation in chemical engineering principles, preparing him for his roles in various engineering capacities.
Significant Contributions and Achievements
Aiman has made significant contributions to ExxonMobil's operations, notably contributing over $3 million in savings through major optimization projects focused on raw materials and flaring optimization. He played a crucial role in a 6-week trial-run of a new polyethylene product at the Singapore Chemical Plant, successfully ensuring a zero-incident run by coordinating with site engineers, operators, and console technicians. His work also includes in-depth benchmarking analysis between manufacturing sites in Asia Pacific, Europe, and North America to identify operational gaps and implement best practices.