Conduct Technical Due Diligence: Travel to semiconductor fabs, OSAT plants, data centers, and equipment assembly sites to inspect machinery and infrastructure, verify setup progress, and validate project feasibility.
Conduct surveillance of production and injection systems, including measured & allocated phase rates, pressures, temperatures, and volume loss, then collaborate with the cross-functional team to develop optimized production / injection plans ensure data is validated and adheres to applicable standards
You will be an integral part of our engineering team providing quality technical insights and support to ExxonMobil’s manufacturing facilities globally, encompassing refineries and chemical plants
MES Implementation (Project Phase): Represent Test and Plating equipment engineering in the MES rollout. Define workflows, recipe controls, and equipment states.
Design of hydropower projects in at least one technical discipline, including preparation and review of feasibility studies, conceptual designs, technical specifications, and tender documentation
Design of hydropower projects in at least one technical discipline, including preparation and review of feasibility studies, conceptual designs, technical specifications, and tender documentation
Being part of an inclusive and values driven organisation, one that embraces and celebrates our unique diversity, across our teams, business functions and geographies - everyone feels respected and can realise their full potential.
MES Implementation (Project Phase): Drive manufacturing process design within the MES. Define process flows, routing, material handling, and traceability.
MES Implementation (Project Phase): Represent equipment engineering in the MES rollout. Define equipment-specific workflows, setup/recipe controls, qualification requirements, and equipment states.
We are seeking an experienced engineer to provide global support for our Petrochemical businesses, with a focus on production planning optimization. The ideal candidate would have process knowledge / background in Olefins or Aromatics, enabling them to develop, sustain, and deploy work practices and technologies that ensure optimal model health for accurate crude and feedstock purchasing and run plan signals.
Develop and maintain simplified production planning models derived from detailed process simulations, ensuring accuracy and reliability for operational planning
MES Implementation (Project Phase): Drive EOL manufacturing process design (Mold and STF) within the MES. Define process flows, routing, material handling, and traceability.
MES Implementation (Project Phase): Represent EOL Equipment Engineering in the MES rollout. Define equipment workflows, setup/recipe controls, qualification requirements, equipment states, and interlocks for both Mold and STF machines.