Prior to her MASc work with the Advanced Flexible Electronics Technology (AFET) group, Lina completed a Bachelor of Applied Science in Nanotechnology Engineering and had the opportunity to intern at the prestigious Xerox Research Center of Canada and Teledyne DALSA. Her fourth year engineering design project on electrochromic architectural tiles won third place at the Nanotechnology Engineering Symposium in 2013 and she graduated with distinction.
She is currently investigating inkjet printing of novel nanoparticle-based aqueous conductive inks to enable cheap, mechanically robust and recyclable electronics.
Her work comprises design, printing, and characterization of inkjet-printed devices. This requires fostering and maintaining collaborations with many other groups at the Waterloo Institute for Nanotechnology in order to bring together the processing and devices expertise at AFET with new and exciting materials developed at the University of Waterloo.
Publications
- Klenkler R. A., Voloshin G., Hole and Electron Transport in Triarylamine-Based Charge-Transport Materials Investigated by the Time-of-Flight Method, The Journal of Physical Chemistry C (2011), 115[34], 16777-16781.
Selected awards and honours (2014/2015)
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Natural Sciences and Engineering Research Council (NSERC) Alexander Graham Bell Graduate Scholarship, Government of Canada, 2014-2015, two years.
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University of Waterloo President’s Scholarship, 2014-2015, two years.
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Best Poster Award, WEInnovate Engineering Poster Session, University of Waterloo, 2014.
Conferences and talks
- Voloshin G., Wu X. Y., Lee C.-H. Tam M. C., and Wong W. S., (2015), Printed Electronics Using Conductive Aqueous Nanoparticle Inks Based on Crystaline Nanocellulose Cellulose (CNC), Electronics Materials Conference (EMC), Columbus, OH (International conference; oral presentation; MASc work.
- Voloshin, G., Wu X. Y., Lee C.-H. Tam M. C., and Wong W. S., (2015), Waterloo Institute for Nanotechnology (WIN) Graduate Student Seminar, Waterloo, ON; oral presentation.