Poppy is the world’s first commercially available pathogen sensing and detection network that helps protect the places where we work, live, and visit by monitoring both air and surfaces for the COVID-19 virus and thousands of other known pathogens. Poppy was founded in 2019 with a simple mission: to empower the world to stay healthy together by revealing the pathogens in our spaces, so we all can live safer lives.Privately held, with offices in San Francisco and Toronto, Poppy’s team comprises award-winning serial entrepreneurs and an advisory board representing some of the best scientific and technical minds. We’re hiring hardware and software engineers, biologists and bioinformaticians, data scientists and data designers, and more. Learn more at poppy.com.

- Spearheading the clinical study observing the sex differences in cytokine production by T cells in multiple sclerosis- Collaborating with physicians at the Multiple Sclerosis Clinic at St. Michael's Hospital for recruitment- Lecturing HIV and MS sections for a 4th year Immunology course at the University of Toronto- Consenting and recruiting the study participants and processing study samples- Writing the REB for the study and making appropriate amendments when needed

- Reviewing trending biomedical articles and themes to curate a feed of scientific papers- Curating individualized biomedical contents upon request

- Led the largest flagship store located in the heart of Toronto downtown as part of the management team- Empowered the team to meet the financial and operative goals- Evaluated and delivered annual reviews to 40 team members- Hired over 70 employees throughout the year depending on the store needs

- First-authored 2 papers in Journal of Infectious Diseases and Journal of Immunology- Spearheaded and designed a randomized, double-blinded, placebo controlled phase III clinical trials with 100% follow up rate, resulting in first authored publications- Advised graduate students on following Good Clinical Practice (GCP) and writing Standard Operating Procedures (SOPs) and processed 240 blood samples from 40 patients over the course of a year- Invited speaker to talk about graduate schools for a VOKLS professional development night consisting 300 attendees

IMM429H1 - Clinical Immunology - Collaborated with the course instructor to devise the course materials and graded mid-terms and final exams- Prepared in-depth tutorial session supplementing the lectures for 4th year studentsHMB201H1 - Introduction to Genes, Genetics and Biotechnology - Designed weekly tutorial sessions based on lectures and graded quizzes, mid-terms and examsIMM435H1 - Practical Immunology- Demonstrated up-to-date laboratory experiments to the students and marked lab reports- Guided students to develop scientific writing skills2nd year Medical Student Immunology Course- Taught and supplemented a lecture for 40 medical students about immunologyIMM435Y1 - Introduction to Immunology- Invigilated mid-terms and exams

- First-authored 2 papers in Clinical Infectious Diseases, American Journal of Reproductive Immunology and co-authored in 5 others- Spearheaded a randomized, double-blinded, placebo controlled, cross-over clinical trial with 35 participants with 89% follow up rate for 2 years- Processed 180 blood and cervical samples over two years and conducted data analysis on a statistical program (SPSS), resulting in a first authored publication- Followed the Consolidated Standards of Reporting Trials (CONSORT) Statement when writing a manuscript for publication- Collaborated with Dr. Tan and Dr. Walmsley at Toronto General Hospital (TGH) and Women’s Health in Women’s Hands Clinic, such as physicians, nurses, study coordinators, to allocate roles and run a successful clinical trial- Presented the trial findings to eight conferences- Developed successful ethics guidelines, which were approved by the University of Toronto - Acquired in-depth knowledge of flow cytometry and designed effective antibody panels

- Learnt how to devise hypothesis and conduct basic experiments under the supervision of Dr. Dana Philpott- Performed RT-PCR and bacterial transfection to examine expression levels of NLRs

- Introduced to the industry environment and performed agarose gel extraction and RT-PCR