Biomedical Engineering, Electrical and Computer Engineering

Magnetic resonance imaging (MRI), positron emission tomography (PET), PET/MR, PET/CT, machine learning, deep learningResearch at the UW
abmcmillan@wisc.edu, (608) 262-2622

The Medow lab focusses on biomedical engineering and mathematical approaches to solving major medical quandaries. Current projects include a new approach to CT image reconstruction and resolution of CT data inconsistency, diagnosis and treatment of hydrocephalus related shunt malfunction, development of a new ventilator to improve gas exchange in ARDS ...
medow@neurosurgery.wisc.edu, (608) 263-0485

Neuroergonomics, Occupational Fatigue, HRI/HCI, Adaptive interfaces, BCI/BMI, Human Performance in high-risk environments
ranjana.mehta@wisc.edu,

emendonca@wisc.edu, (608) 263-6797

Biomedical Engineering, Industrial and Systems Engineering

The development of Magnetic Resonance Imaging (MRI) based acquisition and post-processing methods to visualize diffusion and activation in the human brain., Research at UW
memeyerand@wisc.edu, (608) 263-1685

Carla's research is motivated by the practical relevance of combinatorial optimization and integer programming in real-world problems, and it is triggered by applications in various fields, ranging from machine learning to power systems, and from network design to congestion in competitive settings. Her goal is to exploit the polyhedral structure...
michini@wisc.edu,

Geomorphology and applied geology, shortline erosion, slope stability, hydrogeologic properties of glacial deposits, field geology
mickelson@geology.wisc.edu, (608) 262-7863

mikkelso@cae.wisc.edu, (608) 890-4897

Digital signal processing, acoustic analysis of speech, speech synthesis, More recently, I am applying concepts from Electrical Engineering non-linear system theory to robotic manipulators and related mechanical linkages, including a novel extension of small-signal analysis to higher orders and to mechanical systems.  This extension results in a s...
milenkovic@engr.wisc.edu, (608) 262-3892

Mechanical design, machine design, innovation and creativity, stress & fatigue analysis, fretting-fatigue, fasteners, hybrid and hybrid electric vehicles
mileston@engr.wisc.edu, (608) 262-0023

Solid state semiconductor devices; Clean room semiconductor processing;
smilicic@wisc.edu, (608) 265-2982

Mechanical Engineering, Nuclear Engineering and Engineering Physics

Cryogenics, Thermodynamics of Superfluid 3He-4He mixtures, Sub-Kelvin cooling for space science, Energy Systems
fkmiller@wisc.edu, (608) 263-2479

Interdisciplinary Professional Programs, College of Engineering

paul.miller@wisc.edu,

Electrical and Computer Engineering, Computer Sciences

bart@cs.wisc.edu, (608) 628-2158

New Manufacturing Paradigm: Manufacturing for Design (MFD), Ultra-precision machining technology, Manufacturing energy efficiency and strategy, Appropriate technology, Burr minimization and prevention, Digital manufacturing and smart manufacturing, Hybrid manufacturing
sangkee.min@wisc.edu, (608) 262-1993

Sequential decision making and reinforcement learning, Precision healthcare, Machine learning and statistical inference, Fairness,accountability, and transparency in decision making, Optimization
ymintz@wisc.edu,

Investigations of non-invasive techniques for magnetic resonance imaging of the cardiovascular system, quantitation of flow, coronary artery imaging and flow measurement, MR Myocradial Perfusion,
camistre@facstaff.wisc.edu, (608) 263-8313

Convective heat transfer, solar energy applications, energy utilization, bulding HVAC systems
mitchell@engr.wisc.edu, (608) 262-5972

todd.molfenter@chess.wisc.edu, (608) 262-1685

Fluid mechanics, water waves, coastal engineering, flood routing, groundwater/seepage
monkmeyer@engr.wisc.edu, (608) 238-7383

Hydrology and water resources engineering, Climate change adaptation and mitigation in civil engineering infrastructure, Restoration of hydrologic systems, Groundwater/surface water interaction, Stormwater management
rmontgomery2@wisc.edu,

Computer Vision and Machine Learning.
pmorgado@wisc.edu,

Materials Science and Engineering, College of Engineering, Nuclear Engineering and Engineering Physics

Computational materials science for materials design, Ab initio electronic structure and multiscale methods for large time / length scales and thermokinetics, Ab initio based modeling of electrochemical systems and processes, Machine learning techniques for accelerating materials analysis and discovery, Application areas: Nuclear materials, Battery and...
ddmorgan@wisc.edu, (608) 265-5879

Reconfigurable computer architectures, automated design for reconfigurable computing, operating system support for heterogeneous computing, systems-on-a-chip (SoCs)
klmorrow@wisc.edu,

mgmorrow@wisc.edu,

Nuclear reactor physics, computational engr., radiation hydrodynamics, technology enhanced learning, fusion reactor design
gregory.moses@wisc.edu, (608) 265-6567

dfmosher@wisc.edu, (608) 262-1576

Targeted remodeling of bone, Functional adaptation to bone fatigue, Bacteria-associated inflammatory arthritis, Anterior cruciate ligament rupture
muirp@svm.vetmed.wisc.edu, (608) 263-9819

Biomedical Engineering, Materials Science and Engineering

Creation of new biomaterials using bioinspired approaches, Using biomaterials to define the stem cell microenvironment, Development of biomaterials for tissue regeneration (tissue engineering), New approaches for drug delivery and gene therapy, wlmurphy@wisc.edu, (608) 265-9978

Chemical and Biological Engineering, Biomedical Engineering

Physical chemistry of protein-protein interactions, amyloid protein aggregation
regina.murphy@wisc.edu, (608) 262-1587

jmurphy@engr.wisc.edu, (608) 265-4186

Biomedical Engineering, Materials Science and Engineering, Materials Science Program

Molecular, Cellular, and Tissue Biomechanics, Systems Biology, Cellular Engineering, Cell Motility and Tissue Dynamics
mmurrell2@wisc.edu,

Industrial and Systems Engineering, Computer Sciences

Human-computer interaction (HCI), specifically human-robot interaction, assistive, educational, and therapeutic use of humanlike robots and agents, modeling of human social behavior, activity recognition, and mobile and ubiquitous computing.
bmutlu@wisc.edu, (608) 262-6635