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Remote Geoscience Jobs in Utah (NOW HIRING)

Zanskar

Senior Machine Learning Scientist

Salt Lake City, UT · On-site +1

$88K - $121K/yr

Salt Lake City, UT, Hybrid (3 days in office, 2 days can be remote) Benefits Eligible: Yes Manager ... Exposure to subsurface modeling domains: geothermal, oil & gas, CCS, hydrogeology, geoscience, or ...

Zanskar

Senior Machine Learning Scientist

Salt Lake City, UT · On-site +1

$88K - $121K/yr

Salt Lake City, UT, Hybrid (3 days in office, 2 days can be remote) Benefits Eligible: Yes Manager ... Exposure to subsurface modeling domains: geothermal, oil & gas, CCS, hydrogeology, geoscience, or ...

Zanskar

Equipment / Geologic Technician

Salt Lake City, UT · On-site +1

$23 - $25/hr

Outcomes - Problems you'll solve Success in this role within six months means you can safely, efficiently, and independently mobilize to remote field locations and collect high-quality data that ...

Wood Plc

Geologist

Sandy, UT · On-site +1

A willingness to travel both domestically and internationally, for varying durations and at times to remote locations * Fluent and effective spoken and technical writing in English. Spanish would be ...

All JobsRemote Geoscience JobsRemote Geoscience Jobs in Utah

Remote Geoscience information

How do remote geoscientists typically collaborate with field teams and other departments?

Remote geoscientists often rely on digital collaboration tools, such as GIS software, video conferencing, and cloud-based data platforms, to work closely with field teams and colleagues in related departments. Communication is key, as they interpret data collected on-site and provide real-time analysis or recommendations. Regular virtual meetings and shared project dashboards help ensure everyone stays aligned on research objectives and project timelines. This structure allows remote geoscientists to contribute effectively, even while working off-site, and fosters cross-disciplinary teamwork.

What are the key skills and qualifications needed to thrive as a Remote Geoscientist, and why are they important?

To thrive as a Remote Geoscientist, you need a solid background in geology, geophysics, or environmental science, usually supported by a relevant degree. Familiarity with GIS software, remote sensing tools, and data analysis platforms is essential for interpreting geospatial data. Strong analytical thinking, effective communication, and problem-solving abilities help you collaborate with multidisciplinary teams and present findings clearly. These skills ensure accurate data interpretation, efficient project execution, and actionable insights for environmental or resource management projects.

What is remote geoscience?

Remote geoscience refers to the study and analysis of Earth's physical structure and processes using remote technologies, such as satellite imagery, aerial surveys, and remote sensing data, rather than traditional fieldwork. Professionals in this field can analyze geological features, monitor environmental changes, and assess natural resources from a distance, often working from home or off-site locations. This approach is increasingly important for tasks like mapping, mineral exploration, and disaster response, making geoscience work more accessible and efficient.

What is the difference between Remote Geoscience vs Remote Geotechnical Engineer?

AspectRemote GeoscienceRemote Geotechnical Engineer
Required CredentialsBachelor's or higher in Geoscience, Geology, or related fields; certifications varyBachelor's or higher in Civil or Geotechnical Engineering; often requires PE license
Work EnvironmentField and office-based, often involving data analysis and reportingPrimarily office-based, focusing on soil and foundation analysis
Industry UsageMining, oil & gas, environmental consultingConstruction, infrastructure, and foundation projects
Common Search & ComparisonYesNo

Remote Geoscience involves analyzing Earth's materials and processes, often in environmental or resource sectors, while Remote Geotechnical Engineer focuses on soil and foundation stability for construction projects. Both roles require related credentials and are used in industries that value remote work, but they serve different technical functions.

What are the most commonly searched types of Geoscience jobs in Utah? The most popular types of Geoscience jobs in Utah are:
What are popular job titles related to Remote Geoscience jobs in Utah? For Remote Geoscience jobs in Utah, the most frequently searched job titles are:
What job categories do people searching Remote Geoscience jobs in Utah look for? The top searched job categories for Remote Geoscience jobs in Utah are:
Remote Geoscience jobs near you
Infographic showing various Remote Geoscience job openings in Utah as of June 2026, with employment types broken down into 100% Full Time. Highlights an 100% Remote job distribution.

Senior Geothermal Reservoir Engineer

Zanskar

Salt Lake City, UT • On-site, Remote

Full-time

Posted 15 hours ago

Job description

Role Overview 
Title: Senior Geothermal Reservoir Engineer
Hours: Full-Time, Salaried
Location: Salt Lake City, UT, Hybrid (3 days in office, 2 days can be remote)
Benefits Eligible: Yes
Manager: Head of Exploration or Head of Reservoir R&D (depending on applicant’s skillset)

Why we exist
Geothermal energy is the most abundant renewable energy source in the world. There is 2,300 times more energy in geothermal heat in the ground than in oil, gas, coal, and methane combined. However, historically it’s been hard to find and expensive to develop. At Zanskar, we’re building technology to find and develop new geothermal resources in order to make geothermal a cheap and vital contributor to a carbon-free electrical grid.
At Zanskar, we combine deep subsurface expertise with modern data and modeling to improve geothermal discovery and development outcomes. We conduct well tests and build reservoir models to make better calls on well targeting, and field optimization strategy.

Who you are
The Senior Geothermal Reservoir Engineer will play a critical role in understanding and forecasting geothermal reservoir performance and translating that understanding into field development decisions. A successful candidate will:
- Lead - own reservoir engineering workstreams end-to-end: test planning, execution support, interpretation, model updates, and recommendations.
- Model - move fluently between well test interpretation and numerical simulation, and reconcile mismatches between model predictions and field behavior.
- Collaborate - partner closely with geoscience, drilling, facilities, and operations teams to drive alignment and decision quality.
- Teach - raise the technical bar through strong documentation, clear communication, and mentorship across disciplines.

What you’ll do
Well test design, execution support, and interpretation
- Plan and oversee well tests and surveillance programs (production tests, injection tests, pressure transient tests, interference tests, falloff/step-rate tests, spinner/PTS campaigns, and tracer tests as appropriate).
- Provide real-time support during tests and interpret results post-test (e.g., permeability-thickness, skin, boundaries, connectivity, injectivity/productivity, and reservoir pressure trends).
- Build repeatable analysis workflows, templates, and QC checks so results are trustworthy and comparable across wells and campaigns.

History matching and integrated reservoir/wellbore modeling
- Build, calibrate, and maintain reservoir models that match observed field history (rates, pressures, temperatures/enthalpy, injectivity/productivity, and tracer/connectivity signals).
- Perform sensitivity and uncertainty analysis; communicate what is known vs. uncertain and what data would most reduce uncertainty.

Forecasting, development planning, and optimization
- Generate production and injectivity forecasts under multiple operational and development scenarios (including uncertainty ranges).
- Evaluate reservoir management strategies (injection allocation, make-up well timing, pump strategies, and remediation options as relevant).
- Translate model outputs into decision-ready recommendations (generation impacts, operational tradeoffs, and key risks).

Data, tooling, and cross-functional communication
- Maintain high-quality operating datasets and ensure completeness and provenance across test data, production/injection data, and well logs.
- Build lightweight analytics (Python/SQL) to automate recurring analyses and monitoring dashboards.
- Present findings via concise memos and reviews; be the owner of the reservoir narrative that leaders and operators can rely on.

What we’re looking for
- B.S. (or higher) in Reservoir Engineering, Petroleum Engineering, Mechanical Engineering, Geoscience, or a related field.
- 4+ years of reservoir engineering experience in geothermal and/or analogous subsurface industries (oil & gas, hydrogeology, CCS), with demonstrated ownership of well tests and reservoir modeling work.
Proven excellence in several of the following technical skills:
- Well testing and surveillance: design and interpretation of PTA (build-up, falloff/step-rate), interference/connectivity tests, injectivity/productivity, and tracer-based diagnostics; strong data QC.
- Numerical simulation: develop and update geothermal reservoir models with wellbore models; calibrate against field data and integrate geologic constraints into conceptual and numerical models.
- History matching: ability to adjust parameters systematically, understand non-uniqueness, and communicate uncertainty and model limitations.
- Forecasting: scenario-based production and injectivity forecasts tied to operational constraints; translate results into actionable field recommendations.
- Cross-functional communication: write clear technical memos, present tradeoffs, and collaborate effectively with operations, drilling, and facilities teams.
- Nice-to-haves: reservoir-surface network integration; probabilistic history matching/optimization workflows; fluency in Python and SQL.
Location and Benefits
- The position is based out of our headquarters in Salt Lake City, Utah, and is a hybrid position with periodic travel (~15-30%) to operating geothermal assets.

Benefits include:
- Paid holidays
- 18 days PTO + PTO accrual increase based on tenure
- Medical, dental and vision coverage
- 401k Stock options
- Paid Parental Leave
- Growth opportunities at a company with a direct impact in displacing carbon emissions

Equal Opportunity Employer 
Zanskar is an equal-opportunity employer and complies with all applicable federal, state, and local fair employment practice laws.