Job Description

Job Group Capability

Process Engineering & Products

Job Group

Process Engineering

Job Role Description

The Manufacturing Process Engineer - Principal provides on-site manufacturing and process engineering leadership for broad areas of one or more operating sites. They guide efforts to assess and manage safety risks and promote site competitiveness. They assist with major site events and may lead complex troubleshooting efforts. They mentor and coach others and exercise influence across site teams and management. They are technology experts in at least one of their assigned areas
This role delivers value in one or more of the following areas:
- Providing on-site manufacturing and process engineering leadership for broad areas of one or more operating sites
- Guiding efforts to assess and manage safety risks and promote site competitiveness
- Assisting with major site events and leading complex troubleshooting efforts
- Mentoring and coaching others and exercising influence across site teams and management
The Manufacturing Process Engineer - Principal is a credible technical leader and can effectively communicate with both internal and external partners to deliver maximum value

The Manufacturing Process Engineer - Principal provides strategic on‑site manufacturing and process engineering leadership across broad operating areas or multiple units within one or more sites. They guide long‑term efforts to assess and manage safety risks and enhance site competitiveness. They support major site events and regularly lead complex, multi‑disciplinary troubleshooting efforts. They mentor and coach others and exercise broad influence across site teams, leadership, and cross‑functional stakeholders. They serve as a recognized technical authority in at least one of their assigned areas.

This role delivers value in one or more of the following areas:
- Providing strategic, wide‑scope manufacturing and process engineering leadership across multiple or broad operating areas
- Guiding long‑range risk management and competitiveness initiatives
- Supporting major site events and leading complex, cross‑functional troubleshooting efforts
- Mentoring and coaching others while shaping technical direction across teams and management

The Manufacturing Process Engineer - Principal is a credible technical leader who can effectively communicate and influence both internal and external partners to deliver sustained, maximum value.

Job Role Responsibilities

Strategic Vision and Performance Targets: Use broad engineering and manufacturing knowledge to advise site leadership and cross-functional teams. Help set site strategic vision and identify key performance targets. Advocate new key focus areas for the site
Lead Gap Closure: Influence site competitive performance gap and safety risk closure plans and proposed facility modifications. Engage internal, external, and cross-functional experts
Mentorship and Leadership Development: Serve as ambassador for the next generation of technical leaders. Provide coaching and mentorship
Technology / Manufacturing Link: Serve as a key link between the site technical and broader technology organization
Incident Investigation and Troubleshooting: Lead significant incident investigations and troubleshooting efforts and provide practical implementation guidance on identified corrective actions. Coach others in systematic problem-solving techniques
Major Plant Events Support: Advise and support major plant events, such as turnarounds, complex plant trials, and non-routine unit start-ups and shutdowns
Innovation and Process Improvement: Bring forward new ideas; document significant activities; improve work processes
Technology Networking: Stay connected with applicable Technology Networks and Communities of Practice
Technical Expertise: Serve as a technical expert in at least one technology area, while growing in depth of knowledge in all other assigned areas

Functional Skills

Gas Phase Polyethylene (GPPE) Polymerization TechnologyHigh-Performance Polyethylene (HPPE) Polymerization TechnologyPolypropylene (PP) Polymerization TechnologyAlkylation Catalytic Process TechnologyB&W Solvent Process TechnologyHydroflouric (HF) Acid Alkylation Process TechnologySulfuric Acid Alkylation Process TechnologyFractionation & Phase Separations TechnologySteam Cracking Pyrolysis Process TechnologyOlefins Co-Product Recovery (C4 & heavier) TechnologyLinear Alpha Olefins TechnologyPhthalic Anhydride TechnologyButyl Polymerization TechnologyRubber Slurry Finishing TechnologySolution Metallocene Devolatization Finishing TechnologyVistalon Polymerization TechnologySyngas & Hydrogen Process TechnologyLight Feed Hydroprocessing Process TechnologySour Gas Treating - Solvent TechnologyWet Treating TechnologyFiltration & Coalescing TechnologyThermal Conversion Process TechnologyOlefins Recovery (C2 & C3 Trains) TechnologyEsterification & Alkylated Naphthalene TechnologyProcess Design & OptimizationRisk Assessment & ManagementFacilities Concepts & IntegrationPolymers Catalyst ManufactureSolids HandlingAromatics Separation -Solvent Extraction & Extractive Distillation TechnologyHeavy Oil Hydroprocessing Process TechnologyHydrocracking Process TechnologyFluid Bed Conversion DesignThermal Fluid Bed Process TechnologyAdhesion TechnologySulfur Recovery or Tailgas Clean-up TechnologyAdsorber Separations TechnologySteam Cracking Pyrolysis Mechanical & Materials TechnologySteam Cracking Feedstocks & YieldsHigher Olefins TechnologyOxo Higher Alcohol TechnologyOxy Fluids & Neo Acids TechnologyPoly Alpha Olefin TechnologyHydrocarbon Movements & Supply Chain SystemsUtilities & Sustainable Energy IntegrationProcess Energy & GHG EmissionsHigh-Performance Polyethylene (HPPE) Mechanical TechnologyPE Slurry Polymerization TechnologyPolyolefin Finishing TechnologySolid Products PackagingAromatics Catalytic Process TechnologyReforming Process TechnologySimulated Moving Bed Adsorption & Crystallization TechnologyCatalytic Fluid Bed Process TechnologySour Water Stripping TechnologyCrude Distillation System TechnologyMembrane Separations TechnologyMoving or Cyclic or Swing Bed Catalyst Regeneration SystemsHydrocarbon Storage Systems