• Lead researcher for the UX Team within Software Engineering furthering supply chain visibility and cold chain monitoring platforms, SensiWatch Platform and ColdStream Select.• Acted as the sole researcher conducting usability studies, customer site visits, design support prototyping, coaching of interns and early professions, and recruitment of participants.• Furthered the user experience for key platforms, along with hardware devices for data acquisition (temperature, location, CO2, and light intensity).

• Contracted through Allovus Designs.• Worked with Office teams to provide them with relevant research for decision-making surrounding new designs and customer feature requests.

• Evaluated procedures for making DNA plasmids for producing test antibodies.• Contributing author of the following paper: Chang, M.M., Gainsaid, L., Jung, G. et al. Small-molecule control of antibody N-glycosylation in engineered mammalian cells. Nat Chem Biol 15, 730–736 (2019). https://doi.org/10.1038/s41589-019-0288-4.

• Contract non-PhD researcher working at Pfizer-Andover in the Bioassay and Impurities Testing (BIT) group within the Analytical Research and Development department.• Conducted walk-throughs and lab studies for understanding the experiments for analyzing the binding of antibodies. Generated and peer reviewed quantitative data for databases and electronic lab notebooks (eLNs).

• Collaborated with the CEO, team members, and digital marketing strategists to organize a promotional campaign in the Boston Metro area for a new social networking mobile app connecting users via video calls.• Reviewed app designs and made recommendations to improve UX, safety, and general content.

• Explored purification methods for recombinant therapeutic human proteins.• Wrote internal reports and presented results to other researchers and stakeholders. Discussed standard processes, collected data, and suggested alternate methods.

• Evaluated and validated intein chemistry of Synechocystis PCC (SSP) 6803 DnaB, SSP DnaE, Mycobacterium tuberculosis RecA, and Pyrococcus furiosus RIR-1 in mammalian cell and bacterial systems.• Engineered the Pyrococcus abyssi PabPolII intein to produce cyclic peptides during in vitro high temperature induced splicing.

*Instructed adult students on proper English pronunciation, situational and idiomatic vocabulary, and fluency. *Educated and directed children (ages 3-12) on English grammar, vocabulary and word usage.

*Independent research project: Engineering T4 Bacteriophage Tail Fiber Proteins for Novel Self-assembly.*Explored the use of T4 bacteriophage tail fiber proteins as a construction material for bionanotechnological structures. *Designed and executed experiments, led discussions during laboratory meetings for subsequent experiments, analyzed data and presented recommendations for the optimization of DNA and peptide yields, and documented results in laboratory notebooks.*Collaborated and worked at a biotechnology start-up, NanoFrames, Inc., which supported research at Tufts.*Technical