Opening
Ph.D. Opportunities in Bioinformatics
We are seeking two motivated Ph.D. students in Bioinformatics. Our lab develops computational methods at the intersection of AI and omics, with current interests including computational proteomics and integrative multi-omics.
Our work is motivated by real-world biomedical and healthcare applications, including (but not limited to) medical informatics, gene regulatory network modeling, protein identification/quantification, clinical/medical record systems, and smart connected health.
Financial support: Teaching assistantships (TA) may be available through the department, subject to availability, eligibility requirements, and university policies. TA support is not guaranteed.
We also welcome applicants with funding from sources outside the lab, such as fellowships, scholarships, or employer sponsorship.
Preferred qualifications:
- Degree: B.S. or M.S. in Computer Science/Engineering, Applied Mathematics, or a closely related field
- Research: prior research experience; publications are a plus
- Skills: strong programming and quantitative foundations (e.g., machine learning, statistics, optimization)
How to apply: Please email your CV along with a brief description of your background, research interests, and publications (if any) to Prof. Xuan Guo at Xuan.Guo@unt.edu. If applicable, please also describe any secured or anticipated funding from sources outside the lab.
More information:
The University of North Texas (UNT) is an R1 (Very High Research Activity) public research university, offering a strong environment for doctoral training and interdisciplinary collaboration. UNT is located in Denton, Texas, a welcoming university town that combines a lively arts and music culture with easy access to the Dallas–Fort Worth (DFW) metroplex.
The broader DFW region provides substantial advantages for students pursuing AI- and data-driven biomedical research. It includes major clinical and translational research institutions (e.g., UT Southwestern) and a growing life sciences and medical device ecosystem, creating opportunities for collaboration, internships, and career pathways beyond graduation.
From a quality-of-life perspective, Denton offers a more relaxed and affordable day-to-day setting than many large cities, while still being close to major cultural venues, professional sports, and diverse neighborhoods across DFW. The region is also highly connected for travel: Dallas Fort Worth International Airport is among the world’s busiest airports, making it convenient to attend conferences and visit family.