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Excellentia
In these pages you will learn about the fascinating research endeavors that each of our faculty members is undertaking. Whether their specialty is in cloud computing, global health, sustainable energy, graphene, nanoscience, or robotics, Columbia Engineering faculty are at the cusp of making breakthroughs that will have a major impact on the way we live our lives today and tomorrow.
Faculty research profiles are listed below in alphabetical order.
Henry Hess | Biomedical Engineering Building Tiny, Muscle-Like Engines |
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Peter Allen | Computer Science Building Disposable Surgical Robots |
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Ah-Hyung (Alissa) Park | Earth and Environmental EngineeringCapturing Carbon for Sustainable Energy |
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Gerard A. Ateshian | Mechanical Engineering and Biomedical Engineering Trying to Grow Strong Cartilage |
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William E. Bailey | Applied Physics and Applied MathematicsPutting a New Spin On the Science of Electronics |
Feniosky Peña-Mora | Civil Engineering and Engineering MechanicsImproving Large-Scale Disaster Response |
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Katayun Barmak | Applied Physics and Applied Mathematics Transforming Materials for Engineered Systems |
James Im | Applied Physics and Applied MathematicsFinding the Fundamentals of Silicon for Advanced Electronics |
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Garud Iyengar | Industrial Engineering and Operations ResearchDeciphering the Mysteries of Microbial Communications |
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Raimono Betti | Civil Engineering and Engineering Mechanics Assessing Damage in Aging Instrastructure |
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Daniel Bienstock | Industrial Engineering and Operations Research and APAMShort-Circuiting Blackouts |
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Simon Billinge | Applied Physics and Applied MathematicsCharacterizing Nanoparticles for Fuel Cells |
Soulaymane Kachani | Industrial Engineering and Operations ResearchUnderstanding the Dynamics Behind Pricing |
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Jay Sethuraman | Industrial Engineering and Operations ResearchFinding a Fairer Way to Admit Students |
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Kenneth L. Shepard | Electrical Engineering and Biomedical EngineeringIntegrating Biology in a Chip |
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Marco J. Castaldi | Earth and Environmental Engineering Trying to Grow Strong Cartilage |
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Karl Sigman | Industrial Engineering and Operations ResearchPredicting the Probability of Congestion |
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Andrew W. Smyth | Civil Engineering and Engineering MechanicsMonitoring Structural Health with Sensor Data Fusion |
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Shih-Fu Chang | Electrical Engineering and Computer Science Developing Next-Generation Visual Search Engines |
Steven S. G. Kou | Industrial Engineering and Operations ResearchLinking Domino Theories to Real-World Pricing |
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Jingguang Chen | Computer Science |
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Clifford S. Stein | Industrial Engineering and Operations Research Estimating Solutions to Difficult Problems |
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Maria Chudnovsky | Industrial Engineering and Operations ResearchExploring the Structure of Abstract Graphs |
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Andrew Laine | Biomedical Engineering Analyzing 3-D Ultrasound Images of the Heart |
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Van-Anh Truong | Industrial Engineering and Operations ResearchStrategies for a Smarter Health Care System |
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Yannis Tsividis | Electrical EngineeringCreating New Circuits for Interfacing the Computer to the Physical World |
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George Deodatis | Civil Engineering and Engineering MechanicsQuantifying Uncertainty in Infrastructure Studies |
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Emanual Derman | Industrial Engineering and Operations Research Understanding When Models Behave Badly |
Tim Siu-Tang Leung | Industrial Engineering and Operations ResearchDesigning Ways to Account for Forseeable Financial Risk |
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Venkat Venkatasubramainian | Chemical EngineeringUnderstanding Self-Organization, Emergence, and Complexity
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Paul Duby | Earth and Environmental EngineeringDriving Efficiency and Sustainability into Materials Processing and Energy |
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Vincent Duchêne | Applied Physics and Applied Mathematics Mathematically Modeling the Behavior of the Ocean |
Hoe Ling | Civil Engineering and Engineering Mechanics Stabilizing the Slippery Slope |
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Richard Longman | Mechanical Engineering and Civil Engineering and Engineering MechanicsMaking Robots Learn |
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Wen I. Wang | Electrical Engineering and Applied Physics Using Optoelectronics for Chemical and Environmental Sensing |
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Xiadong Wang | Electrical Engineering Devising a Design Framework for Next-Generation Wireless Technology |
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Chris A. Marianetti | Applied Physics and Applied Mathematics Predicting Behavior of Materials |
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Jacob Fish | Civil Engineering and Engineering Mechanics Pushing the Limits of Multiscale Science and Engineering |
V. Faye McNeill | Chemical Engineering Understanding Brown Carbon |
Chris H. Wiggins | Applied Physics and Applied MathematicsFinding the Mechanisms of Psychiatric Disorders |
Guillermo M. Gallego | Industrial Engineering and Operations ResearchEngineering Services (Before They Perish) |
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Mihalis Yannakakis | Computer Science and Industrial Engineering and Operations Research Calculating What is Possible |
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Vineet Goyal | Industrial Engineering and Operations ResearchStudying Decision Making in the Face of Uncertainty |
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Arvind Narayanaswamy | Mechanical Engineering Tailoring Thermal Transport |
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Jason Nieh | Computer Science Delivering Desktop Computing from the Cloud |
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Vanessa Ortiz | Chemical EngineeringUsing Physics and Engineering to Understand Biological Phenomena |






































































Jingguang Chen | Computer Science 




















































Maria Q. Feng | Civil Engineering and Engineering Mechanics









































