Mitchell Moriarty

About Mitchell Moriarty

I’m a Chemical Engineer with 8+ years of experience in process engineering, technical service, and production planning. I’m passionate about optimizing complex systems — improving efficiency, reliability, and product quality across refinery and manufacturing operations.I began my career as a process engineer in chemical manufacturing, gaining a strong foundation in plant operations and process optimization. I then spent over five years as a technical service engineer supporting polyethylene products, where I partnered with customers and production teams to improve product performance, operational reliability and product sustainability.In my current role at bp, I focus on process engineering and production planning — blending product streams from multiple units to produce finished fuels. I’ve backfilled multiple refinery scheduling roles, managing both crude feedstocks and finished product movements, which has strengthened my understanding of refinery supply chains and commercial operations.I’m driven by opportunities that connect technical excellence with strategic planning — where I can apply my data-driven approach, cross-functional collaboration, and continuous improvement mindset to help organizations optimize production, throughput, and value creation.

Experience

1. Process Engineer

   bp

   Apr 2023 — Present · WA, US

   In my current role at bp, I focus on production planning and process optimization — blending product streams from multiple units to produce finished fuels. I’ve backfilled multiple refinery scheduling roles, managing both crude feedstock and finished product movements, which has strengthened my understanding of refinery supply chains and commercial operations.

Education

• Oklahoma State University

  Chemical Engineering, Chemical Engineering

  2013 — 2017

Skills

• Oil
• Team Leadership
• Teaching
• Time Management
• Event Planning
• Microsoft Office
• Social Networking
• Management
• Leadership
• Oil
• Teamwork
• Social Media
• Public Speaking
• Engineering