Research Fellow in Geosolutions: Subsurface Imaging and Uncertainty for Georesources

Research Fellow in Geosolutions: Subsurface Imaging and Uncertainty for Georesources

This is an exciting opportunity for an ambitious researcher to make a significant contribution to the understanding and utilization of sustainable georesources. Located at one of the UK's leading research-intensive universities, this role offers a chance to apply your expertise in geophysics to critical challenges, aligning with the University's commitment to addressing climate change.

About the Role:

As a Research Fellow in Geosolutions, you will play a pivotal role in a cutting-edge project focused on developing geophysical models of the subsurface. A key aspect of this work involves accurately accounting for uncertainty in geophysical data to assess the potential for sustainable energy production and resource use. You will be an integral part of the Geosolutions Centre within the School of Earth and Environment at the University of Leeds, working collaboratively within a diverse interdisciplinary team of researchers and academic staff.

Key Responsibilities and Opportunities:

• Develop and Refine Subsurface Imaging Techniques: You will research, utilize, and advance existing methods to interpret subsurface data (including seismic surveys, borehole data, and geological mapping) to estimate physical properties and, crucially, their associated uncertainties.
• Focus on Sustainable Geothermal Resources: The initial phase of the project will concentrate on geothermal resources in Iceland and Ethiopia, leveraging existing seismic data and building upon provisional models.
• Incorporate Diverse Data and Methodologies: You will explore the integration of magnetotelluric and other data types, and critically appraise different approaches for rigorously testing hypotheses of subsurface processes.
• Lead Innovative Development: This role offers the chance to lead the development of novel approaches, potentially incorporating learnings from other geographic regions, machine learning methods, Bayesian inference, and interrogation theory.
• International Collaboration and Travel: The position may involve travel to Iceland and Italy to support research activities and attendance at international conferences, such as the European Geothermal Congress.

Advantages for Candidates:

• Impactful Research: Contribute directly to addressing climate change and advancing sustainable georesources through groundbreaking research.
• Career Advancement: Further your career within a highly respected research institution with a strong focus on innovation.
• Interdisciplinary Environment: Collaborate with a wide range of experts, fostering cross-disciplinary learning and professional growth.
• Flexibility: The role is based on campus with scope for hybrid working and flexible working arrangements, promoting a healthy work-life balance.
• Comprehensive Benefits Package: The University offers a generous package including substantial holiday entitlement, a strong pension scheme with significant employer contribution, life assurance, and access to excellent health and wellbeing facilities.
• Professional Development: Benefit from opportunities for personal and professional development through tailored training programs.

Key Considerations for Candidates:

• Required Qualifications: A PhD (or near completion) in geophysics, geostatistics, physics, applied mathematics, or a closely related field with a strong background in data analysis or imaging applied to the Earth is essential.
• Research Skills: Demonstrated ability to conduct independent research and evidence of peer-reviewed publications in international journals are critical.
• Essential Skills: Excellent communication, planning, and team-working skills are highly valued for successful collaboration.
• Visa Information: For international applicants, the post may be suitable for sponsorship under the Skilled Worker visa route. Eligibility under the Global Talent visa will also be considered. More information can be found on the gov.uk website.

This is a compelling opportunity for a motivated researcher seeking to expand their expertise in subsurface imaging and uncertainty quantification within the context of sustainable georesources. If you are passionate about applying your skills to solve real-world challenges and eager to grow within a leading academic environment, we encourage you to apply.