The MSCE Lab (“Megascale” https://yao-mp-lab.github.io), led by Dr. Noah Yao in the Zachry Department of Civil and Environmental Engineering at Texas A&M University, is recruiting one Ph.D. student to start in Fall 2025. This research will focus on investigating interactions between multiphase flow and biotic/abiotic reactions, with applications in water treatment, resource recovery, and energy systems.
The Texas A&M Engineering Program ranks No. 12 nationally (U.S. News & World Report). The MSCE Lab is located in College Station, TX, a city renowned for its peaceful and safe environment. Situated within a 1.5-hour drive to Houston and Austin and a 3-hour drive to Dallas, College Station offers easy access to major cities in the region.
What do we expect from you?
- A highly motivated individual with a strong interest in developing computational methods to explore abiotic and biotic reactions in multiphase flow.
- Background in computational fluid dynamics (CFD) or numerical methods is required.
- Programming proficiency in Fortran, C, C++, or relevant languages is required.
- Prior experience with parallel programming is strongly preferred.
- A master's degree in relevant fields, including but not limited to computational and applied mathematics, petroleum engineering, mechanical engineering, etc., is highly desirable.
What can we offer?
- Fully cover tuition, stipend, eligible insurance/fees, and professional travel expenses
- Build interdisciplinary skillset in environmental science & engineering, energy engineering, fluid mechanics and computational methods, data analysis and visualization, and scientific writing and communications.
- Personal development and mentorship plan that boosts your career goals
- Collegial and collaborative environment
How to apply?
Interested candidates are encouraged to contact Dr. Yao at yyao@tamu.edu to discuss this opportunity. Please use the subject line "2025 Fall Ph.D. RA [Your Name]" (replacing [Your Name] with your actual name).
Please submit a single PDF file that includes: 1) a one-page cover letter highlighting your background, research expertise and interests (with a focus on relevance to CFD), skills, and career goals; 2) your curriculum vitae; and 3) unofficial transcripts, emphasizing courses related to CFD and numerical methods.
Formal applications through the graduate school system will be requested from strong candidates. All applicants must satisfy Texas A&M graduate program admission requirements. Application consideration will begin immediately and will continue until the position is filled.