Artificial intelligence for human-centered decision support

Shahram Rahimi Ph.D.

Professor and Head of the Department of Computer Science at the University of Alabama, and Chief Research Computing Officer of the university's High Performance Computing and Data Center.

4,950+citations · h-index 34 · i10-index 99 (Google Scholar)
300+peer-reviewed publications
$28M+in funded research as PI or Co-PI
800+emergency departments use his intelligent staffing technology

About

Shahram Rahimi is Professor and Head of the Department of Computer Science in the College of Engineering at the University of Alabama, where he also serves as Chief Research Computing Officer of the High Performance Computing and Data Center. Before joining Alabama, he was the Gloria & Douglas Marchant Endowed Chair Professor and Head of the Department of Computer Science and Engineering at Mississippi State University, and prior to that, Professor and Chair of Computer Science at Southern Illinois University.

A recognized expert in artificial intelligence, Dr. Rahimi has published more than 300 peer-reviewed articles and holds several patents, with others pending. His career spans academia and industry, including consulting for NASA and IBM, and he has advised numerous federal task forces on predictive analytics for policy and defense. He has been responsible for more than $28 million in federally and industry-funded research as principal investigator or co-principal investigator, and has organized 15 international conferences on computational intelligence and multi-agent systems.

Beyond the university, Dr. Rahimi is a co-founder of Potentia Analytics, Inc., a healthcare-AI company where he serves as Chief Scientific Officer. His intelligent staffing technology, commercialized through Potentia, is used in over 800 emergency departments across the United States and was named a top-10 AI technology for healthcare in 2018.

He has served as editor-in-chief of two major AI journals, sits on the editorial boards of several others, and is a member of the IEEE New Standards Committee in Computational Intelligence. Over two decades he has chaired and organized conferences across computational intelligence and multi-agent systems, and he regularly serves as a reviewer and panelist for federal funding agencies.

His current research program centers on agentic and explainable AI, predictive maintenance and prognostics, and intelligent decision support for healthcare, cybersecurity, and defense — work carried out with the graduate researchers of the PATENT Laboratory, whose alumni have gone on to positions in academia and industry across the country.

Research

Computational intelligence

Knowledge and expert systems, fuzzy rule-based systems, genetic algorithms, swarm computing, and computing with words — theory and implementation.

AI & machine learning

Applied machine learning for healthcare, cybersecurity, and the political and social sciences, including interpretable and generative models.

Multi-agent systems & agentic AI

Formal modeling of intelligent agents, coordination and trust, and agent-based architectures for distributed intelligence.

Predictive analytics

Predictive maintenance, decision and policy support, risk management, and game-theoretic prediction for complex systems.

Current activities

  • AI for healthcare
  • Cognitive intelligence (COGINT)
  • Predictive maintenance
  • Generative models
  • Multi-level multi-objective optimization
  • Game-theoretic predictive analytics
  • Intelligent intrusion detection
  • Early detection of disease
  • Natural language processing
  • Computing with words

Selected publications

Browse all publications, ranked by citations →  ·  Google Scholar  ·  dblp

Lab & tools

PATENT Laboratory

Predictive Analytics and Technology Integration

The PATENT Lab develops predictive-analytics methods and systems — from predictive maintenance and prognostics to decision support for healthcare and defense — and trains graduate researchers at the intersection of AI and real-world operations.

Visit the lab →

Potentia Analytics

Healthcare AI — co-founder & Chief Scientific Officer

Potentia turns healthcare data into data-driven operational decisions: Symphony, AI-powered provider scheduling; BernoulliAI, machine-learning simulation and optimization of patient flow; and Command Center, predictive coordination of care across a health system — serving major health systems nationwide.

Visit Potentia Analytics →

ER Watcher

Hospital performance analytics

A benchmarking and analytics tool that lets hospitals see how well their emergency department is performing, built on the same research program behind Potentia's intelligent staffing and patient-flow systems.

Visit ER Watcher →
HealthTech Magazines cover, April 2019, featuring Dr. Shahram Rahimi of Potentia Analytics

On the cover of HealthTech Magazines

Dr. Rahimi was featured on the April 2019 cover of HealthTech Magazines as co-founder and Chief Scientific Officer of Potentia Analytics — the company behind the intelligent staffing technology named a top-10 AI technology for healthcare in 2018 and now used in over 800 emergency departments.

Editorial & professional service

Editorial roles

  • Scalable Computing: Practice and Experience — Editorial Board; Book Review Editor
  • Engineering Letters — Associate Editor
  • Informatica: An International Journal of Computing and Informatics — Contact Editor for America
  • International Journal of Computer Science & Applications — Editorial Board
  • IADIS International Journal on Computer Science and Information Systems — Editorial Board

Professional service

  • Editor-in-chief of two major AI journals (past)
  • Member, IEEE New Standards Committee in Computational Intelligence
  • Member of federal task forces advising on predictive analytics for policy and defense
  • Organizer of 15 international conferences on computational intelligence and multi-agent systems
  • Industry consulting, including NASA and IBM