Process Controls Engineer

Are you looking for a career in a dynamic and innovative company that values versatility, growth, and teamwork? Look no further than Delek US Holdings!

WHAT IS DELEK? WHAT DO WE DO?

We are a boutique-sized diversified downstream energy company with a range of assets, including petroleum refining and logistics.

Our refineries in Texas, Arkansas, and Louisiana have a combined crude capacity of 302,000 barrels per day.

Our logistics business currently owns and operates 720 miles of crude and product pipelines, a 600-mile crude oil gathering system, and storage tanks and terminals.

DELEK BENEFITS:

We offer fantastic benefits that include up to a 10% match on 401K on your hire start, with a vesting timeline of only one year, along with medical benefits that start on day one with a 30% premium rebate annually! We value your well‑being and all employees now have access to the Calm app for FREE, which is used for meditation, stress management, and better sleep.

Through our performance management program, you can earn additional annual incentives as you set and achieve goals. Our pay for performance culture motivates our employees to improve Delek’s year‑over‑year company, business unit, and individual results. With some of the highest bonus payouts in recent years, we know that our success is due to our talented and dedicated team. We are looking for individuals like you to help us continue this momentum and bring new ideas to the table.

At Delek, you will have the opportunity to make an impact and grow your career in a supportive and innovative environment.

Job Summary:

Designs, configures, and deploys new APC/RTO applications to improve unit stability, throughput, and economic performance. Supports, maintains, and optimizes in‑service APC and control systems applications to ensure stable, safe, and reliable Operations. Evaluates controller performance and process behavior under normal and transient conditions. Identifies and implements technically and economically viable sustainment solutions, including control strategy enhancements, model updates, and specification changes to improve reliability, performance, and long‑term operability.

Partners closely with Operations, Process Engineering, IT/OT, and vendors to lead APC/RTO design, testing, and implementation activities, ensuring solutions are operationally robust, maintainable, and deliver sustained economic benefit and unit uptime.

Job Responsibilities:

Lead, develop, and support inferential controls, data analysis, model development, controller tuning, commissioning and long‑term support for APC and/or Real‑Time Optimizer.

Ensures adherence to corporate standards, guidelines, and performance metrics to define, implement and promote optimal utilization and benefits of process control engineering solutions.

Continuous monitoring on the status of APC/RTO applications and development of KPIs to evaluate the performance of the applications.

Monitors performance and recommends modifications to improve reliability of models.

Development, design, and commissioning of MPC (Model Predictive Control) applications and provide support for existing APC and/or Real‑Time Optimizer applications.

Act as technical lead for all unit testing during FEED, detailed engineering, FAT, SAT and implementation.

Provide advanced process control documentation and training to operations and technical staff.

Support site process controls teams on APC systems, models, limits, and variables as needed.

Lead cross‑functional teams comprising Operations, Process Engineering, IT/OT, and vendors through APC/RTO design, testing, implementation, and sustainment to maximize economic benefit, operational reliability, and unit uptime.

Required Qualifications:

• At least 8 years of experience in process controls and automation in refining industry. Bachelor’s degree in Chemical or Electrical Engineering.

Preferred Qualifications:

7-10 years engineering experience in refining and/or petrochemical industry with experience in APC and/or RTO applications.

Demonstrated ability to collaboratively work with plant operators and applying current process control theory including multivariable model‑based predictive…