Manage project scope, schedule, and quality from concept through start‑up; maintain risk registers and management of change (MOC).
Develop and approve basic PFDs/P&IDs, hydraulic calculations, line sizing, pipeline class/location analysis, materials selection, and corrosion/chemical treatment strategies.
Engineer CO₂/N₂ handling systems (dense‑phase and gas), steam processing systems, injection skid design, pressure management, recycle compression, and tie‑ins to EOR patterns; coordinate sequestration and monitoring considerations with subsurface.
Support fracturing programs: temporary/permanent high‑rate water transfer, sand logistics tie‑ins, flowback handling, and debottlenecking of early production facilities.
Construction & Field Execution
Support oversight of contractor bid, award, and construction; manage field engineering, RFI resolution, redlines/as‑builts, pre‑commissioning, and start‑up.
Ensure constructability, ROW and land coordination, surveying, HDD/boring plans, hydrotest/pigging plans, and quality control (NDT, coatings, weld procedures).
Drive field safety leadership and adherence to LOTO, PSM elements where applicable, and hot work/confined space standards.
Commercial, Regulatory & Stakeholder Management
Coordinate with land, legal, and regulatory for State and Federal filings, PHMSA pipeline safety compliance, air/water permits, and CO₂ handling/reporting.
Interface with production, operations, HSE, subsurface, completions, measurement, and marketing to align designs with production targets and reliability KPIs.
Lead technical inputs for commercial agreements (interconnects, tariffs, measurement/custody transfer, allocation and balancing).
Reliability, Integrity & Optimization
Implement pipeline integrity management (ILI, MAOP reconfirmation, HCA/MCAs), corrosion control (CP, IC), leak detection, and overpressure protection.
Optimize compression and gathering hydraulics for changing reservoir/CO₂ EOR regimes; implement debottlenecking and low‑emissions designs (VRU, LDAR, electrification where feasible).
Drive continuous improvement—benchmarking capex/opex, standardizing designs, implementing digital tools (SCADA, historian, pipeline simulation, facility digital twins).
Required Education, Experience, & Skills
B.S. in Mechanical, Chemical, Petroleum, or Civil Engineering (ABET‑accredited). Non-engineering degreed professionals may also be considered with proven relevant experience.
15+ years of oilfield engineering and construction experience
Proven delivery of midstream projects: gathering pipelines (oil/gas/water/CO₂), compression, LACT/tank batteries, SWD, and central facilities.
Hands‑on experience with EOR infrastructure (transmission, injection, recycle/compression) and fracturing support systems (high‑rate water logistics, flowback handling).
Superior field presence, safety leadership, communication, and cross‑disciplinary coordination.
Proficiency in using standard office software like Microsoft Office Suite.
Preferred Education & Skills
P.E. license or ability to obtain within 12 months of employment.
Experience with dense‑phase gas hydraulics, dehydration, materials selection for CO₂ service, and H₂S service considerations.
Background with applicable codes/standards and regulators: ASME B31.3/B31.4/B31.8, API standards (e.g., API 650/653/12F, API 14C/14E), PHMSA, RRC, EPA air/water compliance.
Knowledge with pipeline/facility engineering tools (e.g., PIPEPHASE/OLGA/AFT/PIPEsim or equivalents), AutoCAD or CAD review, and SCADA basics.
Familiarity with AFE development, cost control, scheduling (Primavera P6 or MS Project), and contractor oversight.
Working knowledge of PSM/RMP elements for applicable facilities, custody transfer measurement (API MPMS), and allocation systems.
Background in emissions reduction initiatives (VRU design, flaring minimization, pneumatically‑driven device conversions, LDAR).
Vendor/contractor network across Permian for rapid mobilization (line pipe, HDD, coating, compression, and E&I).
Physical/Field Requirements
Requires exposure to ambient temperature extremes.
Extensive walking in and around a construction site, climbing ladders, climbing scaffolding, working on elevated platforms, working on uneven surfaces and working in small or confined spaces.
Some lifting may be required, up to 20lbs.
Must have the ability to walk into and out of the project (enter/egress).
Must be able to use appropriate standard issued Personal Protection Equipment (PPE) required for each assigned task (i.e. harness, life vest, lift buckets, hearing and eye protection, steel-toed boots, etc.)
Day-to-day physical requirements involve standard office activities including sitting/standing for extended periods of time, attending meetings, use of keyboard and mouse repetitively.
Decarbonization – Energy Transition – Sustainability
KBR Benefits
KBR offers a selection of competitive lifestyle benefits which could include 401K plan with company match, medical, dental, vision, life insurance, AD&D, flexible spending account, disability, paid time off, or flexible work schedule. We support career advancement through professional training and development.
Click here to learn more: KBR Benefits
We Deliver – Together.
Belong, Connect and Grow at KBR
At KBR, we are passionate about our people and our Zero Harm culture. These inform all that we do and are at the heart of our commitment to, and ongoing journey toward being a People First company. That commitment is central to our team of team’s philosophy and fosters an environment where everyone can Belong, Connect and Grow. We Deliver – Together.
KBR is an equal opportunity employer. All qualified applicants will receive consideration for employment without regard to race, color, religion, disability, sex, sexual orientation, gender identity or expression, age, national origin, veteran status, genetic information, union status and/or beliefs, or any other characteristic protected by federal, state, or local law.
