Hydraulic Fracturing Jobs (NOW HIRING)

Willow Park, TX, USA

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• Own and continue refining the Reservoir Contact Index (RCI) component-weighting methodology, including the evaluation of candidate geomechanical parameters, such as orientation to maximum horizontal stress and stress-shadow reversal, alongside existing fracture-network components, including stimulated reservoir volume (SRV), height containment, fracture complexity, event density, and cross-stage uniformity.
• Lead the architecture, development, and validation of a real-time, in-stage precursor scoring capability for RCI, aligning interim RCI values with the same 10 rate-drop milestones utilized for the Uniformity Index (UI).
• Develop methodologies that enable Machina’s automation capabilities to respond to reservoir-quality signals during a stage rather than solely relying on post-stage diagnostic results.
• Work directly with micro seismic event catalogs and partner-provided data, including moment tensor inversion, focal mechanism classification, and event location and density data, to derive and validate new diagnostic components.
• Evaluate the behavior, accuracy, and reliability of diagnostic components when utilizing partial or in-progress micro seismic event catalogs.
• Lead basin-specific calibration of RCI utilizing statistical and quantitative modeling methods, including Bayesian updating or equivalent methodologies.
• Develop and evaluate methodologies addressing cross-well calibration and within-stage precursor-to-final RCI convergence.
• Collaborate with ProFrac engineering teams and micro seismic data partners to evaluate processing latency and define technical requirements for real-time data delivery.
• Design and develop confidence-floor logic to determine when precursor signals are sufficiently reliable to inform automated operational responses.
• Serve as ProFrac’s internal technical counterpart to external engineering firms engaged during the initial methodology refinement and validation phases.
• Review external technical analyses, evaluate and stress-test assumptions, and ensure findings and recommendations are supported by field data and operational realities.
• Collaborate with ProFrac engineering and Machina business teams to translate technical methodologies into product-ready specifications, grading thresholds, system requirements, and customer-facing technical materials.
• Maintain current knowledge of published research and developments related to completion diagnostics, reservoir engineering, geomechanics, hydraulic fracturing, and unconventional reservoir development.
• Identify emerging technologies, methodologies, and research findings relevant to the continued development of Machina’s UI, RCI, and future diagnostic capabilities.
• Support technical due diligence and evaluation of micro seismic and diagnostic technology partnerships as Machina’s data partnerships and capabilities evolve.
• Provide technical expertise and documentation to support internal engineering, business, customer, and executive leadership discussions regarding RCI and Machina capabilities.
• Travel periodically to field operations and basin sites as business and operational needs require.
• Perform other duties and responsibilities as assigned.

• Bachelor’s degree in Petroleum Engineering, Geophysics, Geomechanics, or a related technical field required.
• Direct experience interpreting micro seismic data associated with unconventional completions, including event location analysis and stimulated reservoir volume (SRV) or fracture-network characterization.
• Working knowledge of geomechanics principles relevant to hydraulic fracturing, including in-situ stress states, stress-shadow effects, and fracture propagation mechanics.
• Experience utilizing statistical or quantitative modeling methodologies, such as Bayesian calibration, regression, and sensitivity analysis, with field data.
• Demonstrated ability to independently manage ambiguous, early-stage technical problems and produce clear, technically defensible documentation.
• Experience with moment tensor inversion or focal mechanism classification from micro seismic data preferred.
• Familiarity with real-time or streaming data processing and latency-constrained system design preferred.
• Prior experience working in the Permian Basin and/or Montney formation preferred.
• Familiarity with hydraulic fracturing diagnostic technologies beyond micro seismic analysis, including distributed fiber optic sensing, tracers, and ISIP or pressure analysis, preferred.
• Programming proficiency in Python, R, or similar programming and data-analysis tools preferred.
• Master’s degree or Ph.D. in Petroleum Engineering, Geophysics, Geomechanics, or another relevant technical discipline preferred.
• Prior experience translating research-stage technical methodologies into deployed commercial products preferred.

• Operates in a professional and/or business casual office environment.
• Routinely uses standard office equipment such as laptops, photocopiers/scanners, and smartphones.
• Evening and weekend work may be required as job duties demand.
• Ability to fluently read, write, understand and communicate in English.
• Ability to lift up to 15 pounds
• Must be able to adhere to process protocol
• Strong work ethics of integrity and honesty striving for excellence in all activities employing accompanying communication.

We are an equal opportunity employer and do not make employment decisions based on a person’s race, color, religion, sex, gender, sexual orientation, age, national origin, ancestry, disability, veteran status, or any other protected category under applicable federal, state, and local laws.