Fervo Energy

Engineer

• Advise Resource teams on the design and objectives of diagnostic programs
• Independently review and interpret pressure, rate, and temperature data to assess reservoir properties, fracture behavior, and well performance
• Evaluate crossflow behavior, injector–producer connectivity, and reservoir compartmentalization to inform development strategy
• Provide guidance on lateral rate distribution and zonal performance diagnostics (e.g., PLT/DTS/DAS, tracer programs)
• Review completion step-down tests, injection/falloff programs, and stimulation diagnostics to assess near-wellbore and fracture performance
• Support Exploration teams in prospect screening, reservoir characterization, and early-stage risk assessment
• Provide input on location selection and wellbore targeting based on structural, thermal, and permeability models
• Define minimum viable data acquisition strategies to evaluate new prospects efficiently and reduce uncertainty
• Deliver clear technical recommendations to asset teams to guide optimization, stimulation strategy, and injection management
• Promote consistent diagnostic standards and interpretation methodologies across projects
• Partner with D&C to refine stage design, cluster efficiency, and stimulation strategy based on observed performance
• Integrate diagnostic findings into reservoir models and development plans

Reservoir Engineer – Operational Exploration

Data Scientist

• Build, update, and maintain reservoir simulation and analytical models to support forecasting, development planning, and optimization
• Apply data science and machine learning techniques to reservoir characterization, production forecasting, and anomaly detection
• Support history matching, sensitivity analyses, and scenario evaluations
• Develop and maintain Python-based workflows, scripts, and tools to automate subsurface analyses and improve data quality
• Integrate geological, petrophysical, stimulation, and operational data into reservoir studies in collaboration with cross-functional teams
• Clearly communicate technical results through visualizations, presentations, and written reports
• Stay current with emerging tools and best practices in reservoir engineering, analytics, and AI

Reservoir Engineer, Data Science

Financial Planning and Analysis

• Build and maintain project- and corporate-level budgets, forecasts, and financial models to support strategic decision-making
• Evaluate the financial impact of changes in project scope, including incremental work and design modifications
• Forecast capital expenditures, operating expenses, and other key financial metrics
• Support long-range planning and scenario analysis to inform capital allocation decisions
• Partner with engineering, drilling, and project development teams to develop and communicate project budgets and forecasts
• Collaborate with cross-functional stakeholders to understand cost drivers and operational performance
• Translate financial concepts into actionable insights for non-financial teams to support decision-making
• Support the preparation of monthly executive financial review materials, including KPIs and performance dashboards
• Monitor project and corporate financial performance, ensuring accurate tracking and reporting of capital expenditures
• Conduct variance analyses on forecasts and budgets, identifying drivers of current and projected deviations
• Develop and refine dashboards and reporting tools to improve visibility into financial performance
• Perform ad hoc financial analyses and translate insights into clear, concise presentations for stakeholders
• Support strategic initiatives through financial modeling and investment analysis
• Contribute to continuous improvement of FP&A tools, processes, and reporting capabilities
• Assist in evaluating new opportunities and initiatives through financial diligence and analysis

FP&A Associate

• The Asset Integrity Engineer owns lifecycle technical risk across project execution, commissioning, and early operations, ensuring assets are delivered with long-term reliability, maintainability, and performance embedded from day one.
• This role bridges engineering, commissioning, and operations, carrying design intent and hazard analysis forward through energization, turnover, and stabilization of performance in early operations.
• The position is electrically focused, with primary accountability for power distribution, protection systems, MCCs, VFDs, transformers, generators, and plant grounding.
• Mechanical scope includes rotating equipment, piping systems, and pressure boundaries.
• This technically demanding position requires an engineer who must be comfortable leading electrical energization readiness while also validating mechanical installation quality and performance baselines.
• During commissioning, the Asset Integrity Engineer embeds lifecycle risk into inspections, testing, and deviation management.
• As projects transition to operations, the focus shifts toward reliability engineering, condition-based maintenance strategy, and early-life performance optimization by ensuring assets achieve and sustain design intent.

Asset Integrity Engineer

• Lead full lifecycle well engineering for complex geothermal wells, including trajectory design, casing programs, cementing strategies, drill string/BHA configurations, hydraulics modeling, and contingency planning.
• Develop execution-ready drilling programs and procedures that translate engineering design into clear, field-ready operational guidance.
• Build detailed time and cost models, support AFE development, and ensure engineering assumptions are technically sound and economically optimized.
• Identify and proactively mitigate subsurface and operational risks through formal risk assessments, stress modeling, and scenario planning.
• Serve as the accountable engineering lead during drilling operations, providing real-time technical guidance and ensuring alignment between design intent and field execution.
• Diagnose and resolve drilling dysfunctions (e.g., vibration, wellbore instability, losses, stuck pipe) using structured root cause analysis and data-driven decision making.
• Lead technical response during NPT events, coordinate recovery plans with field teams and contractors, and minimize operational and cost impacts.
• Uphold rigorous HSE standards in all design and operational decisions, reinforcing a culture of safety and execution discipline.
• Own plan vs. actual tracking for well cost and schedule performance, identifying variance drivers and implementing corrective actions.
• Develop and monitor performance KPIs (ROP, NPT, flat time, connection efficiency, cost per foot) to systematically improve well cycle time and capital efficiency.
• Lead structured post-well reviews and ensure lessons learned are embedded into subsequent well designs and operational practices.
• Evaluate contractor and service provider performance using quantitative metrics and support data-driven improvements in execution.
• Collaborate with completions, reservoir, and production engineering teams to ensure integrated well architecture aligned with long-term injection and production requirements.
• Support vendor selection, technology pilots, and adoption of new tools suited for high-temperature and first-of-a-kind geothermal applications.
• Contribute to development of scalable drilling engineering standards, workflows, and documentation as Fervo transitions to multi-well development programs.
• Mentor early-career engineers and elevate technical rigor across the drilling organization through example and knowledge sharing.

Reservoir Engineer – Operational Exploration

Reservoir Engineer, Data Science

FP&A Associate

Asset Integrity Engineer

Senior Drilling Engineer