CAREER BIO
Currently, as a research scientist with Prof. Jim Collins at MIT, I leverage synthetic biology to design RNA devices for cellular reprogramming, with the goal of advancing diagnostic and therapeutic applications. Previously, as a postdoc with Prof. Ron Weiss at MIT, I used the synthetic Notch circuit to engineer patterns in 2D and 3D cell culture. As a Ph.D. student, I trained with Prof. Takanari Inoue at Johns Hopkins Biomedical Engineering, and engineered emergent dynamic properties in cells and protocells to study cellular mechanics. I began my engineering training as a mechanical engineer at the University of Illinois at Urbana-Champaign. My research focuses on integrating engineering principles with biological systems to advance both fundamental science and biotechnology development.

SELECTED HONORS & AWARDS
2020               IMPACT Program Fellow, MIT
2020               Koch Institute for Integrative Cancer Research Postdoctoral Award, MIT
2019               Michael A. Shanoff Award (outstanding Ph.D. dissertation), Johns Hopkins School of Medicine
2018               Graduate Student Convocation Speaker, Johns Hopkins School of Medicine
2018               National Women’s History Month Featured Profile, Johns Hopkins Medical Institutions
2017               Graduate Student Association Travel Award, Johns Hopkins School of Medicine
2017               Siebel Scholar (∼90/year awardees from the world's leading graduate schools)
2016               Elizabeth Hay Graduate Research Fellow, Johns Hopkins Department of Cell Biology
2015               Lewis Travel Award, Johns Hopkins Department of Cell Biology
2015               NSF-Japan Society for Promotion of Sciences EAPSI Fellow
2013-2018  New York Academy of Sciences Honorary Member
2013              NSF Graduate Research Fellowship Program: Honorable Mention
2004              Mechanical Engineering International Honor Society, Pi Tau Sigma

PATENTS
2023              Engineered Synthetic IRES with Improved and Robust Translation in Circular RNA (PCT 63/580,968)
2022              Autocatalytic base editing for RNA-responsive translational control (U.S. Patent App.18/339,607)
2018              Methods for Making Giant Vesicles and Their Use (U.S. Patent 11,951,210)

TEACHING TRAINING & EXPERIENCE
2021              Kaufman Teaching Certificate, MIT
2017              Co-Instructor, Introduction to Synthetic Biology (EN.580.216), Johns Hopkins
2016              Creator & Instructor, Introduction to Synthetic Biology (EN.580.216), Johns Hopkins
2015              Creator & Instructor, Design of Biomolecular Cyborgs (EN.580.216), Johns Hopkins
2013              Teaching Assistant, Statistical Mechanics & Thermodynamics (EN.580.321), Johns Hopkins

SERVICE & OUTREACH
2019               iGEM Co-supervisor (International Genetically Engineered Machine) Competition, MIT
2019               EBICS Summer Research Program Mentor, MIT
2013-2018  ‘NeXXt Scholars’ Fellow, U.S. Department of State & New York Academy of Sciences
2015               ‘1000 Girls, 1000 Futures’, Master Mentor, New York Academy of Sciences
2013-2014  Chair, Graduate Representative Organization Travel Award Committee, Johns Hopkins
2012              Co-founder, BME EDGE, Johns Hopkins
2012-2013  Co-President, Biomedical Engineering Ph.D. Council, Johns Hopkins

srazavi [at] mit.edu
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