Faculty & Staff Directory

Assistant Professor, 

Applied operations research, healthcare, supply chain, large scale optimization, and big data analytics

WL Smith Chair and University Distinguished Professor, 

Nanomanufacturing; nano and microscale printing of sensors and electronics; nano and micro-scale defects in semiconductor manufacturing; high rate nanomanufacturing; power electronics, RF, NEMS devices and nanomaterials based nanoelectronics, flexible and hybrid electronics

Associate Professor, 

Structure/property relationships in composites and ceramics, magnetic manipulation, colloidal physics

Associate Professor, 

socio-technical systems, systems engineering and design, social and economic networks, resilience of networked systems, computational social sciences, platform-based systems, sharing economy systems, computational social sciences, game theory, artificial intelligence

Professor, 

Economic-environmental assessment of alternative manu/nanomanufacturing routes towards sustainable design and manufacturing, societal implications of nanomanufacturing, with interdisciplinary collaborations in political science, philosophy, industrial hygiene and industrial engineering, development and assessment of educational games for engineering students and for K-12 outreach activities.

Professor, 

Synthesis of low dimensional nanomaterials and engineering their molecular structures; assembly, transfer and integration of nanomaterials and nanostructured architectures and study properties and underlying fundamental science; nanoelectronics, flexible devices, chemical sensors and energy application

Professor, 

Machine learning applications in smart and sustainable manufacturing; predictive analytics for smart and connected health; data driven approaches to mass customized instruction

Associate Professor, 

Nano optics, nanoscale materials and engineering, nano devices, plasmonics, metamaterials, and applied physics

Associate Professor, 

MEMS-enabled systems for assistive technologies, energy harvesting, and microscale vacuum applications; origami-enabled microfluidics and tissue engineering; carbon nanomaterials

Professor and Chair, 

Process-structure-properties relationships in polymer-based nano-composites fibers; polymer/nano-carbon interfacial interactions and interphase formations; lightweight composite materials; carbon-carbon composites

Assistant Professor, 

Cyber-Physical Manufacturing, Human-Machine Teaming, User-Centered Design, Use-Inspired Artificial Intelligence

Professor, 

Computational techniques that span multiple scales, atomic- to continuum, to quantify the structure property relations in established and emerging material systems, both in technology and nature.

Assistant Professor, 

interpretable AI, IoT, computer simulation, data integrity and big data analytics, data-driven stochastic optimization, blockchain design and development for complex end-to-end cyber-physical system learning and risk management with applications, including biopharmaceutical manufacturing and supply chains, smart power grids with renewable energy, and health care

Associate Professor, 

Nanoscale thermal transport; Nanoengineered materials; Multifunctional composites; Microfluidics; Chemical and biological nanosensors; Renewable energy harvesting; Thermophotovoltaics; Photon-based radiative cooling

Assistant Professor, 

Advanced manufacturing; Multifunctional bio-inspired material from nature; Sustainable energy storage; Nano/micro fabrication of devices and materials; Bendable, implantable and biocompatible electronics; Application of sustainable biomaterial, like the cellulose, hemicelluloses and lignin, in life science. Zhu Lab’s research interests include sustainable energy storage, multifunctional materials, and advanced manufacturing. In focusing on sustainable energy storage, biodegradable materials, and manufacturing, Zhu Lab’s objective is to better address the needs of society by linking nature with people through technology. Their work has made strides in identifying sustainable natural materials to develop multifunctional materials and advanced devices for future technologies to reduce our dependence on petroleum.