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Remote Geoscience Jobs in Arizona (NOW HIRING)

As a Remote Geotechnical Engineer, you will perform geotechnical engineering design, project proposal and management duties with integrity and a drive to succeed. You will also process design ...

Remote Geoscience information

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.

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 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 Arizona? The most popular types of Geoscience jobs in Arizona are:
What job categories do people searching Remote Geoscience jobs in Arizona look for? The top searched job categories for Remote Geoscience jobs in Arizona are:
What cities in Arizona are hiring for Remote Geoscience jobs? Cities in Arizona with the most Remote Geoscience job openings:
Senior Advisor to the Senior Vice President for Research and Partnerships

Senior Advisor to the Senior Vice President for Research and Partnerships

University of Arizona

Tucson, AZ • On-site, Remote

$129.10K - $129.50K/yr

Other

Posted 3 days ago


University Of Arizona rating

7.0

Company rating: 7.0 out of 10

Based on 65 frontline employees who took The Breakroom Quiz

366th of 530 rated colleges and universities


Job description

The Senior Advisor to the Senior Vice President for Researchand Partnerships will provide support to the development ofthe university-wide strategic research initiatives in Mining andCritical Minerals, National Security, and the Future of Energy by bringingindustry-based expertise in these core thematic areas:

  • Critical minerals and rare earth elements essential to clean energy technologies, defense systems, and domestic supply chain security.
  • Geothermal energy systems and subsurface resource characterization, including applications for energy independence at military installations.
  • Groundwater, basin hydrology, and water-energy-mineral nexus research in contested and strategically sensitive regions.
  • Mining innovation, sustainable extraction technologies, and environmental remediation.
  • Geospatial analytics, remote sensing, and AI-driven resource mapping for civilian and national security applications.
  • Import dependency analysis and domestic sourcing strategies for defense-critical materials.
  • Geoscience dimensions of border security, including subsurface infrastructure, terrain analysis, and sensor emplacement.

The successful candidate will be a highly collaborativeindividual who will work with ORP and academic leadership and facultyacross campus to help bridge the University of Arizona'sstrengths to address some of the mostconsequential earth resource and security challenges of the comingdecades. 

Strategic Leadership and Program Development:

  • Advise the SVPRP and ORP's senior leadership team on strategic opportunities related to subsurface science, mining innovation, geothermal systems, critical minerals, and national security.
  • Work with center and institute director, Deans, department heads, and faculty to help develop and implement university-wide strategies that align research strengths with emerging federal and industry priorities.
  • Identify and cultivate opportunities for major research investments and consortia.
  • Support the creation of interdisciplinary initiatives that integrate advanced sensing, AI, geospatial analytics, robotics, digital twins, advanced materials, and subsurface characterization technologies.

Research and Partnership Development:

  • Work with ORP's center and institute directors and the university's government affairs team to build and strengthen relationships with federal agencies including the U.S. Department of Energy, Department of War, Department of the Interior, NSF, ARPA-E, DARPA, and national laboratories.
  • Work with the Chief Research Partnerships Officer to engage with mining, energy, defense, aerospace, and technology industries to develop strategic partnerships and sponsored research opportunities.
  • Facilitate collaboration among faculty, researchers, government stakeholders, tribal nations, and private-sector partners.
  • Assist in developing proposals for major federal funding opportunities and public-private partnership initiatives.

National Security and Strategic Resource Integration:

  • Advance university capabilities related to resource security, supply chain resilience, critical mineral independence, energy resilience, and strategic infrastructure protection.
  • Support initiatives connecting subsurface technologies to defense, intelligence, space, and national preparedness missions.
  • Help integrate subsurface sensing, autonomous systems, cyber-physical systems, and AI-enabled predictive modeling into security-related applications.

Innovation and Economic Development:

  • Work closely with the Director of Tech Launch Arizona (ORP) to promote translation of university research into commercialization, startup formation, workforce development, and regional economic growth.
  • Support initiatives that accelerate deployment of advanced mining, geothermal, and subsurface technologies.
  • Contribute to state and national strategies related to energy transition, critical materials supply chains, and sustainable resource development.

Stakeholder Engagement and Representation:

  • Represent the Office of Research and Partnerships in strategic meetings, conferences, federal engagements, and industry forums.
  • Assist with executive communications, briefing materials, strategic plans, and external relations activities.
  • Help articulate the university's vision and leadership role in subsurface science and technology.

Knowledge, Skills and Abilities:

  • Strategic Vision: Ability to see and articulate a compelling future for earth sciences research and translate it into institutional action.
  • Collaborative Orientation: Commitment to breaking down disciplinary silos and building genuinely interdisciplinary programs.
  • Entrepreneurial Drive: Confidence in pursuing ambitious funding targets and forging novel partnerships.
  • Integrity and Transparency: Trusted by stakeholders across academia, industry, and government.
  • Comprehensive Leadership: Deep commitment to broadening participation in the geosciences workforce.
  • Familiarity with federal national security and energy policy priorities.
  • Knowledge of AI, digital twins, advanced computation, or autonomous systems as applied to subsurface environments.
  • Proven ability to develop strategic partnerships and interdisciplinary collaborations.
  • Strong understanding of federal research funding landscapes and technology transition pathways.
  • Excellent communication, strategic planning, and stakeholder engagement skills.
  • Highly collaborative and skilled at bridging disciplines and sectors.
  • Entrepreneurial in identifying emerging opportunities and building impactful partnerships.
  • Effective at translating complex technical concepts into strategic initiatives and actionable programs.
  • Passionate about advancing research that strengthens economic competitiveness, energy security, environmental stewardship, and national resilience.
  • Familiarity with U.S. import dependency and supply chain vulnerability issues for defense-critical materials, and related federal policy (e.g., Defense Production Act, Executive Orders on critical minerals).
  • Knowledge of the geological, commercial, military, and regulatory landscape of the American Southwest, including the U.S.-Mexico border region.

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