
Randall Berry
Chair and Professor of Electrical and Computer Engineering

Chair and Professor of Electrical and Computer Engineering


Porous Materials, Membranes, Adsorbents, Catalysts, Separation, Atomic Layer Deposition

Materials and Imaging, Energy materials modeling

Neuroscience, computation

Sythetic Biology, Photosynthetic Systems

X-ray Microscopy, Cryogenic Methods, Instrumentation, X-ray Fluorescence Data Analysis

Deep Learning, AI-enabled: 3D nanoscale x-ray imaging and materials characterization, modeling and design

AI, supercomputing

Atmospheric science, Machine Learning and Optimization, Open source data

Software Engineering Associate 2

Computational Physics, Optoelectronics, Microelectronics, Github

Machine Learning and Optimization, Microbiology, bioinformatics
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X-ray tomography instrument, computational methods, materials in-situ and operando conditions


Atomic layer deposition

Technoeconomic and life cycle analyses of advanced energy and vehicle systems, hydrogen and electrification technologies

Computer Vision and it's use in robotics, manufacturing, AI at Edge

Energy use and the flow of materials and processes in the energy production cycle

Ultrahigh vacuum scanning probe microscopy, "Single particle" laser spectroscopy, Quantum and Energy Materials

Materials for quantum information technology

Microstructural characterization, AI-enabled and Multi-modal Scientific imaging

Parallel supercomputers

Remote sensing, environmental science

Materials and Imaging, Condensed Matter Physics, Quantum materials, magnetism

Nondestructive evaluation, Material science, Electrical engineering, Physics


Machine Learning and Optimization, X-ray microscopy, biology, environmental science, materials

Plant-microbe-soil interactions, soil carbon and nutrients

Inorganic and bioinorganic chemistry, energy

(Photo)electrochemistry &
thin-film processing for
inorganic materials

Pyrosequencing and bioinformatics tools for metabolic and Microbial community analysis

Computer Scientist and Senior Fellow

Energy Storage

Machine Learning and Optimization, Edge Computing, Resource Management, Multi-Agent Systems

Materials, Manufacturing

Quantum communications and networking

Photon Sciences/X-ray Science

Optimization, simulation, energy systems

Machine Learning and Optimization, Nonlinear optimization, optimization with complementarity constraints

Research Professor, Parallel and distributed file I/O and storage system design

Applied electrochemical technologies

Civil and Environmental Engineering

Energy Systems Analyst

Theoretical particle physics, electroweak symmetry breaking, Higgs boson, dark matter.

Senior Technical Advisor & Social, Behavioral, and Decision Science Group Leader

Neuroscience, computing

Systems science analysis, organization and management, policy, dynamic decision making under uncertainty

Surface Chemistry, Selective Interface Reactions

R&D for X-ray Detectors

Energy efficiency and resiliency of built environments

Research Lab Manager, Radiation Oncology

ADIC, Performance bounds

Agronomist/Environmental Engineer

Assistant Data Scientist, Life Sciences

Sequencing Laboratory Manager, ANL Biosciences Division

Large-scale agent-based models, Biosystems, AI/Deep Learning

Sensing, Mobile robots, Radar and Target Tracking



Statistical and machine learning tools, materials processing, structure and properties

Radiation Oncology

High-Performance Computing, Analysis and visualization of Scientific Data

Materials and Imaging, The correlation of magnetic, transport and optical behavior of nanoscale ferroic films with microstructure and composition.

Ferromagnetic heterostructures, Phase retrieval and 3D tomography, TEM, X-ray microscopy

Assistant Data Scientist

Renewable Integration, Power System Resilience, Modeling and Optimization, Machine Learning

Computational Biology, Data science, High Performance Computing, Biological/biomedical sciences.

Enrico Fermi Postdoctoral Scholar


Data and communication system software for high performance computing.

Machine Learning and Optimization, Embedded Computing, Cyber-Physical Systems, Energy-driven Computing

Synthetic Biology, Ultrafast spectroscopy, nanostructures, scanning probe optical microscopy, nonlinear optical spectroscopy, hydrostatic pressure


Materials and Imaging, Active materials, colloidal self-assembly, driven colloidal systems, soft matter


Chemistry & Chemical and Biological Engineering

Modeling and Software

Performance analysis, Power analysis, and Resiliency


Design and Operation of Chemical and Bioprocesses, Development and Scale Up of New Technologies

Membrane and electrochemical-based processes for water treatment, critical materials, and biofuel production applications


Experimental and theoretical modeling of physical and biological systems

X-ray fluorescence microscopy, trace elemental mapping in biological systems, lensless imaging approaches, advanced approaches to data analysis

Intersection of extreme weather, water, energy, and infrastructure; high-resolution modeling, data analysis, and machine learning

Life cycle analysis, energy system evaluation, transportation technology and fuel deployment.

Light-driven processes in molecules and materials, artificial photosynthesis, molecular electronics, quantum information science

Microbial nitrogen cycling and nutrient removal processes, microbial ecology of engineered and natural settings, sustainable wastewater treatment

Ultrafast Dynamics in Quantum Materials

Radiobiology, Bionanotechnology

Computational materials science; first-principles quantum mechanical simulation tools

System software, power/thermal-aware computing, reconfigurable computing