What's Happening?
Marathon Petroleum Corporation (MPC) is actively seeking an Advanced Process Control (APC) Engineer for its Los Angeles Refinery. This role is critical for optimizing unit performance, stability, and profitability through the development, commissioning,
and sustainment of multivariable predictive control applications. The selected engineer will be responsible for the entire APC project lifecycle, from identifying opportunities and estimating economic benefits to designing controllers, developing models, and ensuring continuous improvement. The position requires close collaboration with various refinery teams, including Operations, Planning, Economics, and Control Systems, to align control strategies with business objectives, operational constraints, and safety requirements. Candidates must possess a Bachelor of Science degree in Chemical Engineering and at least ten years of engineering experience in refining or related industries, with a minimum of four years specifically in advanced process control engineering. The role emphasizes technical leadership, analytical capability, and the ability to mentor other engineers while driving continuous improvement in APC performance.
Why It's Important?
This hiring initiative by Marathon Petroleum underscores the company's commitment to operational efficiency and technological advancement within its refining system, the largest in the United States. The integration of advanced process control engineers is crucial for optimizing the conversion of crude oil into various refined products like gasoline, diesel, and jet fuel. By enhancing control strategies, MPC can improve production yields, reduce operational costs, and minimize environmental impact, directly affecting the supply and pricing of petroleum products across the nation. The role's focus on economic justification and benefit tracking highlights a strategic effort to maximize profitability and maintain competitiveness in a volatile energy market. Furthermore, investing in specialized engineering talent like APC engineers ensures the refinery operates at peak performance, contributing to the stability of the U.S. energy infrastructure and supporting various transportation, industrial, and commercial sectors dependent on these refined products.
What's Next?
The recruitment process for the Advanced Process Control Engineer position is ongoing, with Marathon Petroleum actively seeking qualified candidates. Once filled, the new engineer will immediately begin integrating into the Los Angeles Refinery's operations, focusing on enhancing existing APC applications and developing new ones. This will involve working closely with various departments to identify areas for optimization and implement control strategies that align with the refinery's business objectives. The company will likely see continued improvements in operational efficiency, reduced energy consumption, and increased profitability as these advanced control systems are further developed and refined. This strategic hire is part of MPC's broader effort to leverage technology for sustained operational excellence and market leadership in the downstream energy sector.
Beyond the Headlines
The demand for specialized roles like Advanced Process Control Engineers reflects a broader trend in the energy sector towards increased automation and data-driven decision-making. As refineries become more complex and the need for efficiency and environmental compliance grows, the reliance on sophisticated control systems becomes paramount. This shift has implications for workforce development, requiring a highly skilled engineering talent pool capable of managing and innovating these advanced technologies. Furthermore, the continuous optimization of refining processes through APC can lead to significant reductions in greenhouse gas emissions and waste, contributing to broader sustainability goals within the industry. The strategic investment in such roles also highlights the ongoing technological evolution within traditional industries, where digital transformation is key to maintaining competitiveness and meeting future energy demands.
