-Conducted research and development on novel pharmaceutical products.-Scaled lab-scale chemical synthesis by 10x.-Implemented Benching protocols for quality control and FDA regulatory requirements.- Implemented and optimized experiments, result interpretation, and data visualization workflows.

-Magnetic Particle Imaging (MPI) is a pre-clinical tracer-based imaging modality to compete with nuclear medicine's Scintigraphy, SPECT, and PET.-Directly worked on synthesizing magnetic tracers for super-resolution MPI.-Researched two key synthesis steps to improve magnetic nanoparticle resolution by an order of magnitude by controlling size and oxidation, which leads to a 100× cheaper MPI scanner.-Currently synthesizing the highest resolution iron oxide nanoparticles in the world.-In the process of collecting data for a first authorship publication.-Accepted as a first author abstract into the International Workshop on MPI conference as a talk.-Co-authored multiple abstracts for the World Molecular Imaging Conference.-Co-authored 3 peer reviewed papers.

-Developed patient recruitment algorithms with python to search for patients within our inclusion/exclusion criteria.-Developed recruitment system that organizes patients to contact using cloud-based database and python. System has significantly increased the rate and ease by which patients are recruited.-Implemented and designed follow-up appointment cards to better retain patients.-Assisted in hiring and training recruitment team.-Designed and developed busnisses' website and Facebook. Integrated wix website with our cloud database to filter patients and add to our contact priority queue. See www.bioxytech.com-Currently prototyping a tactile interface system that will allow a single technician to operate our imaging device rather than two technicians.-Acquired retinal oximetry images of patients eyes by operating camera capture software.-Check patients in for eye exams, educating patients on our study and it's safety.-Experience speaking Spanish to patients to schedule appointments, take background medical history, and give instructions throughout their eye exam.

-Lead instructor for a DeCal--a type of course that is entirely lead by undergraduate students at Berkeley. The course is designed to introduce students to bioengineering and it's applications.-Designed syllabus with detailed course schedule, curriculum, learning outcomes, and grading structure that was approved by the Berkeley Bioengineering Department and Student Government.-Redesigned curriculum to introduce and apply various engineering disciplines to biological systems rather than a concentration focused curriculum.-Facilitated various hands-on activities including Arduino projects and making hydrogels for bioprinting.-Organized various talks from guest speakers within the Berkeley campus.-Created presentations on various topics that encourage academic exploration and professional development.

-Created homework problem sets that focus on building problem solving skills for circuit analysis.-Helped grade assigned homeworks.-Hosted review sessions teaching key circuit analysis concepts.

-Conducted research in the Hassoun Lab at Tufts utilizing python-based software, PROXIMAL, to predict enzyme promiscuity and build an extended metabolic model (EMM) for E. coli and C. perfringens.-Documented over 100 novel pathways in Excel for EMM of C. perfringens by hand curating over 1000 software predicted reactions.-Responsible for manual analysis of 750 software predicted bioreactions in E. coli, documented 160 novel pathways in Excel, 58 of which are not documented within the literature.-Heavily utilized MATLAB and python to help automate process. Outlined complex curation pipeline. -Doubled manual curation rate by working with programmers to update visualization script.

-Responsible for developing student learning plans.-Instructed children remotely.-Specialized teaching students with learning disabilities. Specifically, autism spectrum disorder.

-Designed experiments with five undergraduate student studying plant productivity in varying environmental conditions. -Ran statistics to show significant growth results.-Applied for and presented research to the Stanford Research Symposium.

-Tutored college-level coursework to students with learning disabilities.-Taught subjects ranging from organic chemistry, business calculus, statistics, and differential equations, to remedial subjects including geometry, and precalculus.

-Experience nannying children with autism spectrum disorder.-Developed the firm’s social media presence.