Postdoctoral Fellow, TEAM-AI Lab, Department of Quantitative and Systems Health Sciences

Job Posting

Title:

Postdoctoral Fellow, TEAM-AI Lab, Department of Quantitative and Systems Health Sciences

Hiring Department:
Quantitative and Systems Health Science (QSHS)

Position Open To:
All Applicants

Weekly Scheduled

Hours:

40

FLSA Status:
Exempt from FLSA

Earliest

Start Date:

Immediately

Position Duration:
Expected to Continue Until Aug 31, 2027

Location:

AUSTIN, TX

Dell Medical School is seeking a Postdoctoral Fellow, TEAM-AM Lab for the Department of Quantitative and Systems Health Sciences.

The TEAM-AI Lab seeks multiple Postdoctoral Research Associates to lead methodological innovation, software architecture engineering, and scientific execution across its active grant portfolio. Working under the direct mentorship of Dr. Hongfang Liu and lab faculty, the Postdoctoral Researcher will drive research at the intersection of health data science, multimodal AI, digital twins, computational phenotyping, and responsible AI. PhD must have been received within the last three years

The candidate will hold primary responsibility for designing novel algorithmic frameworks, coordinating multi-institutional research networks, and translating real-world health data into actionable clinical intelligence. This position provides structured preparation for an academic tenure-track career or lead research scientist position in industrial AI labs, providing access to national data networks, high-performance computing clusters, and clinical interdisciplinary collaborations across UT Austin.

The applicants will join a collaborative research environment at the Translational AI Excellence and Application in Medicine (TEAM-AI) Lab, focusing on accelerating the translation of AI innovations in biomedicine and healthcare. The lab consists of faculty members, program managers/coordinators, data scientists, and scientific programmers. The activities carried out by the team range from advancing AI innovations through big data, empowering biomedical and clinical sciences through team science collaboration and best practices, to building human-centered, value-added, and evidence-based tools, resources, and services to facilitate real-world implementation of said innovations.

This position is a temporary with an end date of 08/31/27, renewable based upon availability of funding, work performance, and progress toward goals.

• EMED:
  An Ethical Mixture-of-Experts Digital Twin Framework for Medical Device Surveillance /
• Cardio Onco-AI: AI-Empowered Cardiotoxicity Risk Prediction Among Breast Cancer Survivors Using Multi-Site Real-World Data: https://(Use the "Apply for this Job" box below).-multi
• ReCARDO:
  Using Real-World Data to Derive Common Data Elements for Alzheimer's Disease and AD-Related Dementias Research Through Ontological Innovation: /
• WONDER:
  Accelerating Real World Data-driven Precision Oncology through Data Science and Informatics Excellence in Research: /rr230020
• POI-KB:
  Design and Development of a Knowledgebase for Accelerating Perioperative Organ Injury Research and Translation #description

• Lead the design and implementation of mixture-of-experts neural architectures and reinforcement learning pipelines for counterfactual disease trajectory simulation for EMED, an NIH-funded multi-modal AI project.
• Architect and evaluate multi-site cardiotoxicity risk prediction models integrating structured EHRs, clinical notes via natural language processing, strain echocardiography features, and non-medical determinants of health under the FDA Cardio Onco-AI award.
• Coordinate AI and computational phenotyping work streams within the national 10-institution ReCARDO network to extract, standardize, and validate Common Data Elements (CDEs) for Alzheimer's disease research.
• Construct deep language models and clinical natural language processing pipelines to extract structured oncologic phenotypes, molecular biomarkers, and treatment responses from progress notes for the WONDER project.
• Engineer semantic knowledge graphs and database query architectures capturing perioperative pathophysiological mechanisms for acute organ injury research under POI-KB.
• Authorship of high-impact first-author or co-author manuscripts in leading informatics and machine learning journals and conferences.
• Other related duties as assigned.

Minimum Qualifications:

Ph.D. in Biomedical Informatics, Computer Science, Data Science, Electrical & Computer Engineering, Applied Mathematics, or a related quantitative field earned within the past three years.

Strong background in one or more of the f