Process Design Engineer II/III

Marathon Petroleum Corporation•Robinson, IL

1d•$106,900 - $184,300•Hybrid

About The Position

Marathon Petroleum Company’s Illinois Refining Division in Robinson, IL is seeking a Process Design Engineer II/III. This position’s primary function is to contribute to refinery/organizational process optimization and project development. This includes identifying opportunities and developing projects to increase throughput, enhance yields, improve reliability, and optimize energy or water use in process units. This position reports to the Process Optimization & Growth Manager. Relocation is approved for this position.

Requirements

Bachelor’s degree in chemical engineering
Two (2) years of process engineering experience within refining or heavy industry
A valid driver’s license
Must be legally authorized to work in the US on a full-time indefinite basis without the need for employment visa sponsorship now or in the future
Must be able to wear appropriate PPE in the refinery and be able to physically perform all tasks in the field

Nice To Haves

Four (4) years of process engineering experience within refining or heavy industry
Two (2) plus years of project or process design experience

Responsibilities

Contributes to refinery/organizational long-term strategy development and identifies opportunities to increase throughput, improve yields, increase reliability and optimize energy use in process units.
Supports the development of process designs for new projects and unit modifications, including PFDs, P&IDs, and heat/material balances.
May perform process simulations and calculations to support equipment sizing, hydraulic analysis, and energy optimization as well as lead economic analysis and establish project rate of return.
Collaborates with project engineers, operations, and external vendors to ensure alignment of design with operational needs.
Prepares process design packages and support HAZOPs, LOPA studies, and other safety reviews.
Stays current with industry standards and best practices to ensure high-quality, cost-effective designs.