Ciara Parrott

About Ciara Parrott

As an experienced Process Engineer, I am skilled at developing capital-efficient manufacturing processes by designing facilities, both new and existing, to operate at their optimal production output. I have a track record of leading project team engagement and key stakeholder alignment, from the conception of a process / design to mechanical completion and start-up.I take a collaborative approach by actively participating in meetings and encouraging the exchange of ideas. Demonstrating flexibility, I can work independently or in team-oriented environments. Notably, I exert positive influence amongst my peers by promoting a harmonious work environment. Outside of process engineering, I am passionate about software development and learning to code. I enjoy developing solutions to make our everyday life more efficient. Otherwise, you’ll find me practicing yoga, traveling the world, or playing the piano.Professional Experience- Process Design Engineering- Operations and Manufacturing- Project Management Principles- Facilities Planning- Petrochemical Equipment Design- Process Modeling & Computation including Steady State Simulation (Pro/II & HYSYS)- Safety & Risk Management (Design, Contingency Analysis, HAZOP, Risk Assessment)- Instrumentation & Process ControlIf you feel my skills and experience could add value in your organization, I invite you to contact me via LinkedIn or email (c••••••••@gmail.com).

Experience

1. Process Design Engineer

   Chevron

   Jun 2025 — Present · Geismar, LA, US

   Currently working hybrid between Houston, TX and Geismar, LA- Led FEL-1 scope development for $50K-$2MM capital projects at Chevron’s renewable diesel facility, defining Minimum Functional Cases for ~15 PHA/FHA action items focused on safety, reliability, and fire protection- Supported turnaround preparation and brownfield modifications through design coordination, field verification, development of 4 MOCs, and support of 6 PSSRs, helping drive safe and effective project execution- Supported FEL-2/FEL-3 execution readiness for SIS/BPCS upgrades and redundant metering projects designed to preserve IPL integrity and reduce process risk- Performed process modeling, engineering calculations, and field walkdowns to support design decisions involving hydraulics, overpressure scenarios, piping upgrades, and constructability- Led development of flare overfill mitigation scopes and conducted flare pump hydraulic and pressure drop analyses to support system design, evaluate operability, and address process safety concerns.

Education

• Howard University

  Bachelor of Science - BS, Chemical Engineering

  2009 — 2013