Founding AI Lab Lead Aortic Surgery

Assistant / Associate Professor of Surgery - VITAL Lab (AI & Aortic Surgery Research)

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Baylor ((Use the "Apply for this Job" box below). ) is recognized as one of the nation’s premier academic health science centers and is known for excellence in education, research, and healthcare and community service. Located in the heart of the world's largest medical center ( Texas Medical Center ), Baylor is affiliated with multiple educational, healthcare and research affiliates ( Baylor Affiliates ).

Baylor College of Medicine is seeking an exceptional PhD-level AI researcher to serve as a founding leader of the Vascular Intelligence for Translational AI & Learning (VITAL) Lab-a newly funded, $14M initiative focused on transforming aortic surgery through advanced artificial intelligence, data science, and translational research.

This individual will be responsible for building the VITAL Lab from inception, establishing a state-of-the-art research infrastructure, and leading the development of innovative AI-enabled solutions to improve diagnosis, procedural planning, and outcomes in aortic disease.

The ideal candidate will combine deep technical expertise in AI delivery (computer vision, machine learning, multimodal data) with demonstrated experience in clinical research-preferably in cardiovascular, aortic surgery domains.

VITAL Lab Development & Leadership

• Lead the end-to-end buildout of the VITAL Lab, including infrastructure, governance, and research roadmap
• Develop a world-class AI research ecosystem aligned with Baylor Medicine's strategic priorities in vascular and aortic care
• Oversee utilization of a $14M grant portfolio, ensuring execution against milestones, deliverables, and reporting requirements
• Establish partnerships across surgery, radiology, cardiology, and computational sciences

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AI & Data Platform Development

• Design and deploy scalable AI pipelines for imaging, clinical, and genomic data
• Lead development of a large-scale, high-quality aortic research database (imaging repository, clinical registry, biobank integration)
• Implement machine learning, deep learning, and computer vision models for:
  • Aortic disease detection and classification
  • Surgical planning and simulation, including digital twin creation and computational fluid dynamic analysis
  • Outcomes prediction and risk stratification
• Drive AI model deployment and real-world clinical integration

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Research & Academic Contributions

• Lead high-impact peer-reviewed publications in top-tier journals
• Develop and submit extramural grant proposals (NIH, NSF, DoD, industry partnerships)
• Present research at national and international conferences
• Establish the VITAL Lab as a global leader in AI-driven aortic surgery research

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Clinical & Translational Collaboration

• Collaborate closely with vascular and aortic surgeons to translate clinical needs into AI solutions
• Integrate AI tools into clinical workflows and surgical decision-making
• Support the development of next-generation clinical trials leveraging AI insights

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Education & Mentorship

• Mentor trainees including PhD students, residents, fellows, and research staff
• Develop educational programming in AI for surgery and translational data science

• PhD in Computer Science, Biomedical Engineering, Data Science, or related…