Join Our Research Team
We are always looking for passionate researchers to join our team and contribute to groundbreaking discoveries in Earth and planetary sciences.
Why Join Our Team?
Be part of cutting-edge computational research that advances our understanding of the origin of planetary habitibility
Cutting-Edge Research
Work on fundamental questions about planetary habitibility and evolution using state-of-the-art AI and computational techniques.
Collaborative Environment
Join a supportive team that values collaboration, mentorship, and interdisciplinary approaches to scientific problems.
Global Impact
Contribute to research that advances our understanding of planetary processes and has implications for Earth's future.
Advanced Resources
Access to high-performance computing clusters, analytical facilities, and the latest research tools and software.
Professional Development
Opportunities for conference presentations, publications, and career advancement in academia or industry.
Mentorship
Receive guidance from renowned researchers across the globe, committed to supporting your scientific and career development.
Research Areas
Explore the diverse research opportunities available in our group
AI+Geodynamics
Leveraging AI-powered geodynamics to explore mantle dynamics and unlock the secrets of planetary diversity and habitability.
Mars Dynamics
Numerically model how Martian mantle convection links to surface geology and Mars’s divergence from Earth.
Moon-forming Giant Impact
Understanding the evidence and long-term consequences of the giant impact of Earth.
Mantle Heterogeneities
Understanding the origin and dyanmic evolution of mantle heterogeneities
Open Positions
Current opportunities to join our research team
2-3 PhD Student in Geophysics
Geology and Geophysics
We are seeking a highly motivated PhD student to apply AI/ML techniques to computational modeling of mantle convection and the early evolution of Earth and other planets. The position will be based at Texas A&M University (TAMU), which hosts some of the best GPU computing resources in the nation, providing unparalleled opportunities for high-performance simulations and AI-driven research. In addition to outstanding computational infrastructure, TAMU offers a competitive stipend and benefits package, while the College Station area is known for its affordable cost of living and welcoming community. This unique combination of resources, support, and environment makes TAMU an ideal place to pursue cutting-edge research in planetary geodynamics and AI-powered Earth sciences.
Requirements
- •Strong interest in AI/ML technique
- •Bachelor's degree in Geophysics, Physics, Mathematics, or related field
- •Strong background in mathematics and physics
- •Programming experience (Python, MATLAB, or similar)
- •Excellent written and verbal communication skills
Benefits
- ✓Full funding including tuition and stipend
- ✓Access to state-of-the-art GPU resources
- ✓Access to high-performance computing resources
- ✓Opportunities for conference presentations
- ✓Collaborative research environment
- ✓Professional development support
Postdoctoral Researcher in AI-driven geodynamics
Geology and Geophysics
We invite applications for a postdoctoral position focused on AI-driven geodynamics. The postdoctoral scholar will work primarily with Prof. Qian Yuan to combine cutting-edge machine learning algorithms – both data-driven and physics-based – with mantle convection to understand planetary evolution and habitability.
Requirements
- •PhD in Geodynamics, Earth and planetary sciences, Applied and computational mathematics, Physics, and Engineering
- •Experience with neural operators or PINNs (Physics-Informed Neural Networks)
- •Strong publication record
- •Ability to work independently and collaboratively
Benefits
- ✓Competitive salary and benefits
- ✓Research funds for travel and equipment
- ✓Access to state-of-the-art analytical facilities
- ✓Mentorship and career development
- ✓Collaborative research opportunities
Undergraduate Research Assistant
Geology and Geophysics
Undergraduate students interested in Earth and planetary sciences research are encouraged to apply for research assistant positions. Students will gain hands-on experience in laboratory techniques, data analysis, and scientific research.
Requirements
- •Currently enrolled undergraduate student
- •Major in Earth Sciences, Physics, Chemistry, or related field
- •Minimum GPA of 3.0
- •Strong interest in research
- •Commitment of at least one semester
Benefits
- ✓Research experience and training
- ✓Potential for course credit or paid position
- ✓Mentorship from graduate students and faculty
- ✓Opportunity to contribute to publications
- ✓Preparation for graduate school
Application Process
Simple steps to join our research team
Initial Contact
Send an email expressing your interest with CV and research statement
Application Review
We review your background and research interests for potential fit
Interview
Video call to discuss research goals and answer questions
Decision
We notify you of our decision and next steps
Ready to Join Us?
We're always interested in hearing from motivated individuals who share our passion for understanding the origin of planetary habitibility.
For Prospective Students
Please include your CV, transcripts, and a brief statement of research interests.
qyuan@tamu.eduFor Postdocs & Visiting Scholars
Please include your CV, research statement, and relevant publications.
qyuan@tamu.edu