Adarsh Radadia

Adarsh Radadia

Undergraduate Intern

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location of Adarsh RadadiaColumbia, Maryland, United States

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  • Timeline

  • About me

    Research & Development - Sensors and Actuators, Nanotechnology, Additive Manufacturing, Materials Characterization

  • Education

    • University of Illinois Urbana-Champaign

      2003 - 2006
      M.S. Chemical Engineering
    • University of Michigan

      1998 - 2002
      BS Chemical Engineering
    • University of Michigan

      2001 - 2003
      Bachelor of Science - BS Chemical Engineering

      Activities and Societies: AISEC, ILS

    • University of Illinois Urbana-Champaign

      2006 - 2008
      PhD Chemical Engineering

      Activities and Societies: IEEE, TRF, MEMS, AICHE, MRS, ACS

  • Experience

    • Gulf Laboratory Services, Star Energy Services

      May 1998 - Jul 1998
      Undergraduate Intern

      Trained and performed ASTM standardized tests for quality assessment of jet fuel, gasoline, and water run-offs from storage sites. Tests included determination of aerosol flammability, chemical and physical properties, chemical reactivity, combustible dust hazards, electrostatic properties, flash point, fire point, flammable limits, and minimum ignition energy.

    • University of Michigan

      Sept 2001 - May 2002
      Undergrad Researcher

      •Characterized Gallium Nitride thin film gas sensors•Constructed a model for gas sensing mechanism

    • University of Michigan Medical Center

      Jun 2002 - Dec 2002
      Research Specialist

      •Created a signal processing software for X-ray detectors•Investigated feasibility of radiotherapy and mammography imaging panels with new materials

    • University of Illinois - Urbana Champaign

      Jan 2003 - Apr 2009
      Graduate Researcher

      I studied gas-phase dispersion in microelectromechanical systems (MEMS) and defined design rules to build microfabricated gas chromatography columns with unmatched separation performance. My doctoral work resulted in five peer-reviewed international journal publications and two U.S. patents.

    • Micro and Nano Technology Labs, University of Illinois

      Apr 2009 - Jul 2011
      Post-doctoral Research Associate

      Worked on making diamond micro cantilever arrays for detection of micro-organisms in water samples.

    • 2009 GEM4 Summer School, University of Illinois

      Jun 2009 - Jun 2009
      Instructor

      Provided a lecture on cleanroom layout, operation, and classification.Co-led a lab session on soft-lithography of Christmas-tree type microfluidic mixer and demonstrate bacterial chemotaxis in microfluidic gradients. I was accompanied by Drs. Larry Millet (Illinois) and Daniel Irmia (Harvard).

    • NSF-NSC Summer Institute on Biosensing-Bioactuation, University of Illinois

      Jul 2010 - Jul 2010
      Instructor

      Provided students training on metal patterning on a silicon wafer using an e-beam evaporation and metal lift-off, with emphasis on operational principles of e-beam evaporation and optimal resist profile for successful metal lift-off.

    • BioNanotechnology Summer Institute, University of Illinois

      Jul 2011 - Jul 2011
      Instructor

      Provided students training on metal patterning on a silicon wafer using an e-beam evaporation and metal lift-off, with emphasis on operational principles of e-beam evaporation and optimal resist profile for successful metal lift-off.

    • Lousiana Tech University

      Aug 2011 - Aug 2017
      Assistant Professor of Chemical Engineering and Nanosystems Engineering

      As an Assistant Professor of Chemical Engineering and Nanosystem Engineering, I taught a wide variety of undergraduate and graduate courses and also build up an extramurally-funded research program in developing novel electrical sensors and studying surface properties of materials.

    • Louisiana Tech University

      Sept 2017 - now
      Associate Professor of Chemical Engineering (tenured)

      As an Associate Professor of Chemical Engineering and Nanosystem Engineering, I teach a wide variety of undergraduate and graduate courses and also lead a significant research effort in developing novel electrical sensors, or studying surface properties of materials.

  • Licenses & Certifications