Michael Bronikowski

Michael Bronikowski Email and Phone Number

Assistant Professor at University of Tampa @ Northern State University
Michael Bronikowski's Location
Tampa, Florida, United States, United States
Michael Bronikowski's Contact Details

Michael Bronikowski personal email

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About Michael Bronikowski

Assistant Professor of Chemistry, University of Tampa, Tampa, Florida, current positionAssistant Professor of Chemistry and Physics, Northern State University, Aberdeen, South Dakota, 2 yearsAdjunct Professor, Saddleback College, Mission Viejo, CA, 1 yearandAdjunct Professor, Fullerton College, Fullerton, CA, 1 yearDWT, Inc.: Principle Scientist, CNT based materials and chemical sensors, 1 year RF Nano Corp.: Director of Carbon Nanotube Research, CNT-based RF electronics, 3 yearsAtomate Corp.: Principal Scientist, carbon nanotube (CNT) based electronics and electrodes, 2 yearsJet Propulsion Laboratory: Senior Research Engineer, CNT-based microsensors, 6 yearsRice University Center for Nanoscale Science and Technology: CNT-based nanotechnology, 3 yearsNSF Postdoctoral Fellow: Scanning Tunneling Microscopy, nanoscience and surface scienceStanford University: Ph.D. in Chemistry and Ph.D. Minor in Physics, 1992Caltech: Double Bachelor’s degree (B.S.) with highest honors in Chemistry and Mathematics, 1986

Michael Bronikowski's Current Company Details
Northern State University

Northern State University

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Assistant Professor at University of Tampa
Michael Bronikowski Work Experience Details
  • University Of Tampa
    Assistant Professor
    University Of Tampa Aug 2017 - Present
    Tampa, Florida
    Professor of Chemistry
  • Northern State University
    Assistant Professor
    Northern State University Aug 2015 - Present
    Aberdeen, Sd
    Professor of Chemistry and Physics
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  • Design West Technologies, Inc.
    Principle Research Scientist
    Design West Technologies, Inc. Feb 2013 - May 2015
    Tustin, Ca
    Principle Scientist, CNT Materials- Research and Development on CVD growth of ultra-long CNT (cm or more in length), and incorporation of these nanotubes into CNT-based materialsGroup Leader, Sensors Technology Unit- Directed a research team in the development of CNT-based chemical sensors for rapid, reliable detection of Chemical Warfare Agents (CWAs) and Toxic Industrial Chemicals (TICs)
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  • Rf Nano Corp
    Director Of Nanotube Research
    Rf Nano Corp Oct 2009 - Jan 2013
    Newport Beach, Ca
    Research and development of Carbon Nanotube (CNT) – based radio frequency (RF) electronics- Directed a research team in the development of chemical processes (chemical vapor deposition) for growth of single-walled CNT for RF devices, with emphasis on scalability for mass production- Directed a research team in the development of both wet and dry catalyst preparation processes for depositing catalyst for in-situ CNT growth for electronic devices, with emphasis on scalability- Investigated chemical (especially polymer-based) functionalization processes for CNT for electrical doping and for tuning of nanotube electronic properties- Fabrication/testing of CNT-based RF devices using standard (cleanroom) semiconductor processing/fab.
  • Atomate Corporation
    Principle Scientist
    Atomate Corporation Nov 2007 - Oct 2009
    Simi Valley, Ca
    Research and development of Carbon Nanotube (CNT) - based electronics and sensors:- Power FET: Design, fabrication and process engineering of CNT-based Power FETs- Thermal and Plasma-based catalytic CVD of CNT (growth and process development)- Design, assembly, operation and maintenance of CVD systems for carbon nanotube growth- Electrochemistry and metal (Pd, Ni, Fe) electrodeposition on CNT and a variety of metal and semiconductor substrates for fabrication of CNT-based devices- CNT Electrodes: CVD growth of CNT electrodes and CNT-based electrode coatings, for use as sensor and stimulator electrodes for medical implants in human patients- CVD growth of nanotubes on substrates relevant to medical implants including gold, polyimide and Al2O3- Customer technical support: design of CVD systems and parameters/conditions for CVD growth of CNT
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  • Jet Propulsion Laboratory
    Senior Engineer
    Jet Propulsion Laboratory Feb 2001 - Nov 2007
    Pasadena, Ca
    Space Microsensors Technology: Research and development of in situ instrument technologies based on carbon nanotubes (CNTs) for investigation of extraterrestrial environments of interest to NASA.- Fabrication and characterization of arrayed bundles of carbon nanotubes for high-intensity field emitter electron sources for a variety of spectroscopic sensing applications- Growth of long, high-density mats and arrays of carbon nanotubes for materials applications requiring high strength and high thermal conductivity- CNT-based chemical sensors for extraterrestrial environments- Fabrication of ordered arrays of catalyst metal nanoparticles using nanostructured Block-Copolymer self-assembly-based synthesis methods, for growth of ordered CNT arrays- Nanotube/semiconductor process engineering and development- Fabrication/testing of CNT-based electronics using standard (cleanroom) semiconductor processing/fabrication
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  • Rice University, Department Of Chemistry
    Postdoctoral Research Fellow
    Rice University, Department Of Chemistry 1997 - 2001
    Houston, Tx
    Welch Fellow in Chemistry (Postdoctoral), CNT-based Nanotechnology 1997 - 2001, Rice University, Houston, TXResearch Director: Prof. Richard E. SmalleyInvestigated production of and applications for CNTs. This research was part of a long-term effort at the Rice University Center for Nanoscale Science and Technology (CNST) to develop carbon nanotubes as versatile materials for future nanotechnologies.- Led a research team in the development of the HiPCO gas phase process for large-scale production of carbon single-walled nanotubes (SWNT). This task included extensive use of TEM and SEM analysis. - Studied SWNT growth on supported catalyst particles; also involved extensive use of TEM/SEM analysis.- Investigated e-beam cutting of SWNT using in situ SEM, for nanofabrication applications.- Collaborated in a variety of studies of the physics and chemistry of HiPCO SWNT.
  • Joint Institute For Laboratory Astrophysics (Jila), Univ. Of Co, Boulder
    Postdoctoral Researcher
    Joint Institute For Laboratory Astrophysics (Jila), Univ. Of Co, Boulder 1994 - 1997
    Boulder, Co
    Surface Sci., Materials Sci., Scanning Tunneling Microscopy (STM), 1994 - 1997Research Advisor: Dr. Alan C. GallagherInvestigated STM-induced CVD of metals from organometallic precursors, electron-beam-induced surface chemistry, and STM-induced surface deposition and modification. Results included writing of aluminum lines 2 nm in width using an STM tip, as part of a long-term effort to investigate STM-based nanofabrication.
  • Department Of Chemistry, University Of Wisconsin, Madison
    National Science Foundation Postdoctoral Research Fellow In Chemistry
    Department Of Chemistry, University Of Wisconsin, Madison 1992 - 1994
    Madison, Wi
    National Science Foundation Postdoctoral Research Fellow in Chemistry, 1992 - 1994Analytical Chemistry and Surface Science, Univ. of WI, MadisonResearch Advisor: Prof. Robert J. HamersInvestigated atomic-scale surface structure, molecular adsorption, and epitaxial growth on semiconductors using STM. Results include atomic-scale characterization of the mechanisms of adsorption and dissociation of CVD precursor molecules, and atomic-scale characterization of silicon and gallium epitaxy on the Si(001) surface.

Michael Bronikowski Skills

Nanotechnology Characterization R&d Spectroscopy Materials Science Nanomaterials Electrochemistry Thin Films Physics Semiconductors Sensors Surface Chemistry Chemistry Scanning Electron Microscopy Simulations Matlab Carbon Nanotubes Nanofabrication Analytical Chemistry Mems Science Optics Afm Microfluidics Cvd Transmission Electron Microscopy Scanned Probe Microscopies Laser Spectroscopy Laser Systems Ultra High Vacuum Systems Scanned Probe Based Nanofabrication

Michael Bronikowski Education Details

Frequently Asked Questions about Michael Bronikowski

What company does Michael Bronikowski work for?

Michael Bronikowski works for Northern State University

What is Michael Bronikowski's role at the current company?

Michael Bronikowski's current role is Assistant Professor at University of Tampa.

What is Michael Bronikowski's email address?

Michael Bronikowski's email address is mi****@****ano.com

What schools did Michael Bronikowski attend?

Michael Bronikowski attended Stanford University, California Institute Of Technology.

What skills is Michael Bronikowski known for?

Michael Bronikowski has skills like Nanotechnology, Characterization, R&d, Spectroscopy, Materials Science, Nanomaterials, Electrochemistry, Thin Films, Physics, Semiconductors, Sensors, Surface Chemistry.

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