Welcome! We are currently recruiting undergraduate and graduate student researchers to join our new lab at the University of Vermont!
Please contact the PI with your cover letter and CV/Resume.
Welcome! We are currently recruiting undergraduate and graduate student researchers to join our new lab at the University of Vermont!
Please contact the PI with your cover letter and CV/Resume.
About the PI:
Medical Research Foundation Early Clinical Investigator Award (2022) ($30,000 award)
Collins Medical Trust Award (2021) ($30,000 award)
CEDAR Pitch-Fest Winner (2020)
GAANN Functional Materials Fellowship (2014)
NSF GRFP Honorable mention (2012)
iGEM world championship Grand prize winner (2011)
AVS Northwest chapter poster competition, second place (2010)
MSE department award, U. Washington, (Fall 2009, Winter 2010, Fall 2010)
Dean's list, University of Washington (2009)
University Achievement Award, Washington State Univ (2008)
Kaiser Scholarship, Washington State Univ (2007).
As an independent postdoctoral scholar, I lead multiple projects on commensal bacteria engineered as in-vivo bio-sensing probes and therapeutics in the lower respiratory tract. I initiated these projects myself and funded them through continuous internal grants, and two external awards. I am the sole corresponding author concerning this work. I have also developed photoactivatable antibodies for use in cancer immunotherapy and oral cancer sensing bacteria collected with a dielectrophoretic chip, both in collaboration with Prof. Stuart Ibsen and both leading to co-corresponding authorship of papers.
As a postdoc, I engineered a small affinity agent (affibody) to photocrosslink to epidermal growth factor receptor (EGFR). This allowed it to first diffuse throughout a tumor and then be retained there long term by triggering covalent binding with light. This novel approach was detailed in a high impact publication.
During my doctoral studies, I used a combination of genetic engineering and bio-conjugation techniques to modify filamentous bacteriophage to act as in-vitro biosensors. This work led to three first author publications in peer reviewed journals, and was detailed in my dissertation titled: Engineering of Filamentous Bacteriophage for Protein Sensing.
As part of the grand prize winning international genetically engineered machines team from University of Washington, I cloned magnetosome genes into E. Coli and created Gibson assembly compatible vectors.
During paid, full-time, undergraduate research, I designed and constructed (including machining new parts) a microcontact printing device for patterning semiconductor nanostructures, which used electric field deposition from liquid precursors.
2012-2016
PhD, Materials Science and Engineering
2011-2012
MS, Materials Science and Engineering
2008-2011
BS, Materials Science and Engineering
2007-2008
Transfer, Materials Science and Engineering