Faculty and Staff

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University of South Florida (2002)

Dr. Bhanja's research is in nano-computing using Beyond-CMOS Emerging Technologies: modeling, fabrication, characterization and design automation harnessing unique properties of the nano-devices. Her recent work focuses on nano-magnetic logic, spin-couple computing, organic spintronics, straintronics, resistive logic/memory in creating unique computing paradigm. The target application domains are futuristic programmable magnetic grids for Computer Vision applications, data-centric embedded/ secured computing, Graphical Probabilistic Models for Stochastic High Performance Computing and next generation memories.

University of South Florida (2006)

Dr. Castellanos's research interests lie in the area of cyber physical systems, embedded systems, Internet of things (IoT) and control theory for industrial applications in the areas of Mechatronics and Industrial Automation.

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The WAMI Center 

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Penn State University (1988)

Dr. Hoff's research interests include: Afterglow chemical processing of materials for electronics, sensor, and MEMS applications; Oxide formation on Si & SiC, Diamond processing, Surface Conditioning, Noncontact Corona Kelvin Metrology of electronic materials; Dielectrics, SiC, Corona Ion-Assisted delivery of drugs and DNA to Skin and Tissue, Noncontact voltage and corona characterization of cells and tissue, Contamination monitoring and control in IC Manufacturing, Microsystem and MEMS fabrication, Integrated Circuit manufacturing and in-line testing, and Workforce development and training for technology professionals.

Communications, Security and Analytics (CSA) Lab

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University of South Florida (1993)

Dr. Moreno's research interests are: Energy, Power Electronics and Controls Option Supervisor- Primary areas of interest include System integration for industrial applications in the areas of Industrial Controls & Instrumentation, Robotics, Digital Signal Processing, Reconfigurable Architectures, Analog-Digital Mixed Signal Design & Synthesis, Communications and Biomedical Engineering. Other areas of current interest are the use of Lasers in developing new methods and techniques for electronic circuitry interconnects and test validation of VLSI fault tolerant designs, Laser Restructuring for quick prototyping of electronic circuits; laser machining and Multimedia & Instructional Technologies Solutions for Engineering Education including Distance Learning.

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The Ohio State University, (2008) 

Dr. Mumcu's research is focused on electromagnetic theory, computational electromagnetics, THz imaging systems, metamaterials and their applications to small directive radiators and printed miniature antennas.

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Translational Optics Imaging and Spectroscopy Lab | Google Scholar

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iCONS Research Group

Surf Science Lab

Technische Universitat Berlin, Germany (1995)

Dr. Schlaf's main research interests currently span the following areas: Spray based deposition of macro-molecular thin films and interfaces, photoemission spectroscopy on organic semiconductor/bio-materials interfaces, work function measurements, directed assembly of macromolecular materials, biosensors, thin film photovoltaics, and electronic structure and growth phenomena of atomic layer deposition thin films.

Bio-Organic Electronics Group | Google Scholar

Advanced Materials Bio & Integration Research Laboratory

Howard University (1999)

Dr. Thomas' research and teaching endeavors are in the areas of Advanced Materials for applications in alternative energy sources, sustainable environments, and bio-applications for nano-electro mechanical system (NEMS) devices – nanowires and nanoparticles. Her research explores the chemical vapor deposition (CVD) growth nucleation, film characterization, and device fabrication of III-V and II-IV materials, such as AlN and SiC. Her research is interdisciplinary in nature and fosters collaborations with Chemical and Biomedical and Mechanical Engineering, Physics, Chemistry, Public Health, Medicine, and the Nanomaterials and Nanomanufacturing Research Center (NNRC).

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University of Michigan (2006)

Dr. Wang's research interests include nano/microfabrication, nanomaterials, RF MEMS devices, on-chip power generation, microfluidics, MEMS transducers, RF integrated circuit, wide bandgap materials, polymer nanocomposite and responsive polymers.

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