Bachelor's or master's degree in chemical engineering
Hands-on expertise with aspen simulation tools
Experience in energy and yield optimization studies
The role involves developing and applying steady-state and dynamic process simulation models to support conceptual design and debottlenecking initiatives
Job Summary
The role involves developing and applying steady-state and dynamic process simulation models to support conceptual design and debottlenecking initiatives.
Candidates will perform energy, yield, and resource optimization studies specifically for chemical manufacturing processes.
The position requires collaborating with multidisciplinary engineering teams including mechanical, piping, automation, and safety professionals.
Matching Summary
Match Score: 75
The role involves developing and applying steady-state and dynamic process simulation models to support conceptual design and debottlenecking initiatives.
Skills & Requirements
Must-have
Bachelor's or Master's degree in Chemical Engineering
Hands-on expertise with Aspen simulation tools
Experience in energy and yield optimization studies
Support for capital projects and plant modifications
Ability to work with multidisciplinary engineering teams
Nice-to-have
Familiarity with digital engineering and data-driven analysis
Fluency in additional languages beyond English
Experience with model-based workflows
Knowledge transfer and collaboration skills
Key Requirements
Degree in Chemical or Process Engineering
Professional experience in advanced process engineering