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.

Alfred V. Aho | Computer Science 
Creating Reliable Programs from Unreliable Programmers
Henry Hess | Biomedical Engineering 
Building Tiny, Muscle-Like Engines
Richard M. Osgood, Jr. | Biomedical Engineering
Looking at Light
Peter Allen | Computer Science 
Building Disposable Surgical Robots
Andreas H. Hielscher | Biomedical Engineering
Imaging Diseases in New Light
Ben O’Shaughnessy | Chemical Engineering 
Figuring Out How Viruses Invade Cells
Dimitris Anastassiou | Electrical Engineering
Finding the Mechanisms of Psychiatric Disorders
Elizabeth M. C. Hillman | Biomedical Engineering 
Unlocking the Brain’s Secrets
Ah-Hyung (Alissa) Park | Earth and Environmental Engineering
Capturing Carbon for Sustainable Energy
Gerard A. Ateshian | Mechanical Engineering and Biomedical Engineering  Trying to Grow Strong Cartilage
Julia Hirschberg | Computer Science
Recognizing the Melody of Speech
Itsik Pe'er | Computer Science
Discoverng the Origins of Diabetes
William E. Bailey | Applied Physics and Applied Mathematics
Putting a New Spin On the Science of Electronics
James C. Hone | Mechanical Engineering
Reprogramming Cells to Boost Immunity
Feniosky Peña-Mora | Civil Engineering and Engineering Mechanics
Improving Large-Scale Disaster Response
Guillaume Bal | Applied Physics and Applied Mathematics
Sharpening Images Through Mathematics
Hayden Huang | Biomedical Engineering
Under How Heart Cells Work
Aron Pinczuk | Applied Physics and Applied Mathematics
Creating Nanoscale Devices
Scott Banta | Applied Physics and Applied Mathematics 
Delivering Drugs Faster
Clark T. Hung | Biomedical Engineering
Cushioning the Blow of Joint Pain
Lorenzo Polvani | Applied Physics and Applied Mathematics
Re-evaluating the Ozone Layer
Katayun Barmak | Applied Physics and Applied Mathematics 
Transforming Materials for Engineered Systems
James Im | Applied Physics and Applied Mathematics
Finding the Fundamentals of Silicon for Advanced Electronics
Kenneth Ross | Computer Science
Processing Parallel Insight
Peter N. Belhumeur | Computer Science
Turning a New Leaf on Face Recognition

Garud Iyengar | Industrial Engineering and Operations Research
Deciphering the Mysteries of Microbial Communications
Dan Rubenstein | Computer Science
Networking Your Wallet, Credit Card, and Keys
Steven Bellovin | Computer Science 
Protecting Privacy in Complex Systems

Christopher R. Jacobs | Biomedical Engineering 
Combating Bone Loss

Paul Sajda | Biomedical Engineering
Capturing the "Aha!" Moment
Keren Bergman | Electrical Engineering
Battling Internet Gridlock with Light
Tony Jebara | Computer Science
Finding Patterns in a Complex World
Peter Schlosser | Earth and Environmental Engineering
Sustaining the Environment
Raimono Betti | Civil Engineering and Engineering Mechanics 
Assessing Damage in Aging Instrastructure

Pedrag Jelenkovic | Electrical Engineering
Unwinding Heavy Tails
Henning G. Schulzrinne | Computer Science and Electrical Engineering
Sensing Our Connected World
Daniel Bienstock | Industrial Engineering and Operations Research and APAM
Short-Circuiting Blackouts
Jingyue Ju | Chemical Engineering
Creating Personalized DNA Chips for Everybody
Amiya Sen | Electrical Engineering and Applied Physics
Harnessing Fusion: The Ultimate Green Energy
Simon Billinge | Applied Physics and Applied Mathematics
Characterizing Nanoparticles for Fuel Cells
Soulaymane Kachani | Industrial Engineering and Operations Research
Understanding the Dynamics Behind Pricing
Jose Blanchet | Computer Science
Understanding How Black Swans Evolve
Gail Kaiser | Computer Science
Testing What Cannot be Tested
Rocco Servedio | Computer Science
Playing "20 Questions" with Geometry
Allen Boozer | Applied Physics and Applied Mathematics
Shaping Magnetic Fusion
Lance C. Kam | Biomedical Engineering
Engineering the Body’s Defenses
Simha Sethumadhavan | Computer Science
Designing Secure Hardware
Mark Cane | Applied Physics and Applied Mathematics 
Predicting El Niño

John Kender | Computer Science
Indexing Videos Automatically
Jay Sethuraman | Industrial Engineering and Operations Research
Finding a Fairer Way to Admit Students
Luca Carloni | Computer Science
Networking Chips
Kenneth L. Shepard | Electrical Engineering and Biomedical Engineering
Integrating Biology in a Chip
Marco J. Castaldi | Earth and Environmental Engineering 
Trying to Grow Strong Cartilage
Martha Kim | Computer Science
Accelerating Processing's Family Van
Samuel K. Sia | Biomedical Engineering
Streamlining Blood Testing
Augustin Chaintreau | Computer Science
Scaling Up the Mobile Social Internet
Peter Kinget | Electrical Engineering
Connecting Bits to Life
Karl Sigman | Industrial Engineering and Operations Research
Predicting the Probability of Congestion
Siu-Wai Chan | Applied Physics and Applied Mathematics
Sharpening Images Through Mathematics
Jeffrey T. Koberstein | Chemical Engineering
Delivering Drugs to the Right Place
Andrew W. Smyth | Civil Engineering and Engineering Mechanics
Monitoring Structural Health with Sensor Data Fusion
Kartik Chandran | Earth and Environmental Engineering
Repairing the Microbial Nitrogen Cycle
Elisa E. Konofagou | Biomedical Engineering
Treating Tumors Without Radiation
Adam H. Sobel | Applied Physics and Applied Mathematics
Modeling Monsoons
Shih-Fu Chang | Electrical Engineering and Computer Science
Developing Next-Generation Visual Search Engines

Steven S. G. Kou | Industrial Engineering and Operations Research
Linking Domino Theories to Real-World Pricing
Ponisseril Somasundaran | Earth and Environmental Engineering
Fostering New Ways to "Green"
Jingguang Chen | Computer Science 
Harish Krishnaswamy | Electrical Engineering
Pushing the Performance of Silicon-Based Systems
Marc Spiegelman | Applied Physics and Applied Mathematics
Studying Earth's Mantle and Crust
Sanat Kumar | Chemical Engineering
Storing Energy More Efficiently
Clifford S. Stein |
Industrial Engineering and Operations Research
Estimating Solutions to Difficult Problems
Xi Chen | Earth and Environmental Engineering  Harvesting Energy Via Nanomechanics
Ioannis (John) Kymissis | Electrical Engineering
Producing Organic Photovoltaics
Salvatore J. Stolfo | Computer Science
Using Anomolies to Defend Against Insiders
Maria Chudnovsky | Industrial Engineering and Operations Research
Exploring the Structure of Abstract Graphs
Jeffrey Kysar | Mechanical Engineering
Analyzing Materials Under Extreme Conditions
Elon Terrell | Mechanical Engineering
Keeping Wind Turbines Turning
Andrew Cole | Applied Physics and Applied Mathematics
Spinning Between Theory and Experiment
Klaus Lackner | Earth and Environmental Engineering
Creating Artificial Trees
Rene B. Testa | Civil Engineering and Engineering Mechanics
Maintaining Aging Urban Infrastructure
Michael Collins | Computer Science
A Man of Many Words
Andrew Laine | Biomedical Engineering 
Analyzing 3-D Ultrasound Images of the Heart
Joseph F. Traub | Computer Science
Computing Quantum Potential
Patricia Culligan | Civil Engineering and Engineering Mechanics 
Greening Instrastructure
Upmanu Lall | Earth and Environmental Engineering
Solving the Global Water Crisis
Van-Anh Truong | Industrial Engineering and Operations Research
Strategies for a Smarter Health Care System
Gautam Dasgupta | Civil Engineering and Engineering Mechanics 
Relating Forces to Real-World Systems

Aurel A. Lazar | Electrical Engineering 
Understanding How Flies' Brains Identify Odors
George Deodatis | Civil Engineering and Engineering Mechanics
Quantifying Uncertainty in Infrastructure Studies
Edward F. Leonard | Chemical Engineering and Biomedical Engineering
Developing an Artificial Kidney
Vladimir Vapnik | Computer Science
Unlocking a Complex World Mathematically
Emanual Derman | Industrial Engineering and Operations Research 
Understanding When Models Behave Badly
Tim Siu-Tang Leung | Industrial Engineering and Operations Research
Designing Ways to Account for Forseeable Financial Risk
Latha Venkataraman | Applied Physics and Applied Mathematics
Building Single-Molecule Circuits
Paul Diament | Electrical Engineering
Employing Electromagnetics to Treat Malaria
Jung-Chi Liao | Mechanical Engineering
Seeing Proteins at Work
Venkat Venkatasubramainian | Chemical Engineering
Understanding Self-Organization, Emergence, and Complexity

Qiao Lin | Mechanical Engineering
Monitoring Glucose Without Pinpricks
Francesco Volpe | Applied Physics and Applied Mathematics
Working Towards Net Fusion Energy
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
Gordana Vunjak-Novakovic | Biomedical Engineering
Fixing Bones and Hearts
Christopher J. Durning | Chemical Engineering
Using Nanomaterials to Filter Clean Drinking Water
Richard Longman | Mechanical Engineering and Civil Engineering and Engineering Mechanics
Making Robots Learn
Haim Waisman | Civil Engineering and Engineering Mechanics
Keeping Structures Sound
Stephen A. Edwards | Computer Science 
Testing and Correcting Embedded Processors

Helen H. Lu | Biomedical Engineering
Repairing Torn Ligaments
Wen I. Wang | Electrical Engineering and Applied Physics  Using Optoelectronics for Chemical and Environmental Sensing
Daniel P. Ellis | Electrical Engineering
Delving into the Science of Listening
Tal Malkin | Computer Science
Securing the Lock After the Key is Stolen
Dirk Englund | Electrical Engineering and Applied Physics
Assessing Damage in Aging Instrastructure
Chris A. Marianetti | Applied Physics and Applied Mathematics
Predicting Behavior of Materials
Michael Weinstein | Applied Physics and Applied Mathematics
Predicting Waves Mathematically

Steven Feiner | Computer Science
Augmenting Reality
Michael E. Mauel | Applied Physics and Applied Mathematics
Containing Hot Plasma for Fusion
Maria Q. Feng | Civil Engineering and Engineering Mechanics

Kathleen R. McKeown | Computer Science
Summarizing the News (Automatically)
Ward Whitt | Industrial Engineering and Operations Research
Unraveling the Mysteries of Congestion
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 Mathematics
Finding the Mechanisms of Psychiatric Disorders
Christine Fleming | Electrical Engineering 
Keeping an Eye on the Heart

Christian Meyer | Civil Engineering and Engineering Mechanics
Making Concrete "Green"
Chee Wei Wong | Mechanical Engineering 
Controlling Light with Nanostructures
Guillermo M. Gallego | Industrial Engineering and Operations Research
Engineering Services (Before They Perish)
Vishal Misra | Computer Science
Boosting Profits with Peer-to-Peer Networks
John Wright | Electrical Engineering
Bringing Order to High-Dimensional Datasets
Roxana Geambasu | Computer Science 
Increasing Control Over Cloud and Mobile Data

Vijay Modi | Mechanical Engineering
Engineering in the Developing World
Junfeng Yang | Computer Science
Weaving More Reliable Software
Pierre Gentine | Earth and Environmental Engineering
Predicting Drought and Floods
Barclay Morrison III | Biomedical Engineering
Preventing Traumatic Brain Injury
Mihalis Yannakakis |
Computer Science and
Industrial Engineering and Operations Research
Calculating What is Possible
Donald Goldfarb | Industrial Engineering and Operations Research 
Finding a Way Around Too Much Data
Van C. Mow | Biomedical Engineering
Reconstructing Cartilage
David Yao | Industrial Engineering and Operations Research
Optimizing Networked Resources
Vineet Goyal | Industrial Engineering and Operations Research
Studying Decision Making in the Face of Uncertainty
Kristin Myers | Mechanical Engineering
Investigating the Mechanical Behavior of Soft Tissues
Y. Lawrence Yao | Mechanical Engineering
Detecting "Dirty Bomb" Radiation
Luis Gravano | Computer Science
Supercharging Search Engines
Arvind Narayanaswamy | Mechanical Engineering 
Tailoring Thermal Transport
Tuncel M. Yegulalp | Earth and Environmental Engineering
Going to Extremes
Eitan Grinspun | Computer Science
Predicting the Motion of Materials
Gerald Navratil | Applied Physics and Applied Mathematics
Stabilizing Plasma for Fusion Energy
Yechiam Yemini | Computer Science
Turning Students Into Entrepreneurs
Jonathan Gross | Computer Science
Untying Knots with Mathematics

Shree K. Nayer | Computer Science
Picturing the World in New Ways
Huiming Yin | Civil Engineering and Engineering Mechanics
Raising the Roof
X. Edward Guo | Biomedical Engineering 
Predicting Bone Strength, Preventing Osteoporosis

Jason Nieh | Computer Science
Delivering Desktop Computing from the Cloud
Changxi Zheng | Computer Science
Are We Hearing This For Real?
Xuedong He | Industrial Engineering and Operations Research
Modeling the Irrational
Steven Nowick | Computer Science and Electrical Engineering
Marching Without a Beat
Charles Zukowski | Electrical Engineering
Plugging the Leak in Circuit Efficiency
Tony F. Heinz | Electrical Engineering
Collecting Solar Energy with Nanomaterials
Mariana Olvera-Cravioto | Industrial Engineering and Operations Research
Searching for a Heavy Tail
Irving Herman | Applied Physics and Applied Mathematics
Tuning Nanomaterials for a Better World
 
500 W. 120th St., Mudd 510, New York, NY 10027    212-854-2993