Taiyi Wang

Two fully funded PhD positions are available in geophysics at the Jackson School of Geosciences, University of Texas at Austin, starting August 2026. The research will focus on developing next-generation models to understand the mechanics of earthquake faults and magma reservoirs, with applications to geophysical inversions. Position 1 will involve developing neural operators for elastodynamic and viscoelastic problems, simulating magmatic dike propagation, and modeling volcano deformation. Position 2 will focus on numerical models for fault-fluid mechanical coupling in earthquake cycles, aiming to explain geophysical observations related to low frequency earthquakes and tremor. The ideal candidates will have strong backgrounds in applied mathematics and engineering mechanics, and a keen interest in geological dynamics. The program requires foundational coursework in calculus, statistics, and science or engineering, with additional relevant courses in geological sciences recommended. The GRE is not required, but international applicants must submit TOEFL scores. Both positions are fully funded for five years, covering stipend and tuition. Applicants are encouraged to contact Dr. Taiyi Wang with their CV and research interests, and to apply online by December 1 for fellowship consideration. The Jackson School values holistic traits such as quantitative reasoning, research experience, and communication skills in its graduate students.

Two fully funded PhD positions in geophysics are available at the Jackson School of Geosciences, University of Texas at Austin, under the supervision of incoming Assistant Professor Taiyi Wang. The research focuses on developing next-generation models to illuminate the mechanics of earthquake faults and magma reservoirs, with applications to geophysical inversions. Position 1 centers on developing neural operators for solutions to elastodynamic and viscoelastic problems, applying these methods to simulate magmatic dike propagation and volcano deformation. Position 2 involves creating numerical models for fault-fluid mechanical coupling in earthquake cycles, aiming to explain geophysical observables related to low frequency earthquakes and tremor. Ideal candidates will have strong backgrounds in applied mathematics and engineering mechanics, and a keen interest in geological phenomena dynamics. The program values academic preparation, quantitative and analytical reasoning, research or technical experience, and scientific interests that overlap with the mentor. Communication skills, creativity, and a commitment to an inclusive scholarly community are also important. Applicants must have completed at least two courses in calculus (or one calculus and one statistics), and at least four college-level science or engineering courses covering at least two of physics, chemistry, biology, or advanced math/computer science, all with a grade of C or better. Additional geological sciences courses and field training may be required depending on the research area. The GRE is not required, but TOEFL is mandatory for international applicants. Both positions are fully funded for five years, including stipend and tuition coverage. Fellowship consideration is available for applications submitted by December 1, with other financial support options for applications submitted by January 2. Interested students should email Taiyi Wang with their CV and a brief description of research interests, and complete the online application. All documents must be submitted electronically; paper submissions are not accepted. Research areas include geophysics, earthquake mechanics, volcano deformation, neural operators, elastodynamics, viscoelasticity, fault-fluid coupling, numerical modeling, applied mathematics, and engineering mechanics. The Jackson School of Geosciences offers a vibrant research environment and opportunities for interdisciplinary collaboration.