- Designed and managed implementation of a new user experience- Create new visualization tools to help users investigate biological data- Collaborate with stakeholders and engineers to prioritize tasks and develop roadmaps- Help build team culture by starting and leading retrospective meetings.

- Taught Biostatistics with R to sophomores at UPenn- Studied the effect of perturbations on the topology of growing systems

- Investigated the role of topology in biological systems including neural and cognitive systems.- Collaborated, brainstormed, and performed research with researchers from multiple fields including biology and mathematics.- Developed computational methods (julia, python, MATLAB) for biological data analysis using ideas from algebraic topology.- Presented results in conferences across the U.S. and abroad.- Communicated findings through writing scientific papers.

- Create scientific figures for papers, presentations, and journal cover submissions- Design lab websites, including illustrations- Showcase data with interactive visualizations

- Member of the Cancer Program and the Achilles/DepMap team.- Updated, managed, and handled data flow through the Achilles processing pipeline (R, python), built to process the data generated from the hundreds of cell lines involved in the Achilles shRNA/CRISPR screen.- Analyzed genetic data and contributed results and figures to a scientific paper that highlighted brachyury as a potential drug target for chordoma patients.- Collaborated with and designed computational analyses for… Show more - Member of the Cancer Program and the Achilles/DepMap team.- Updated, managed, and handled data flow through the Achilles processing pipeline (R, python), built to process the data generated from the hundreds of cell lines involved in the Achilles shRNA/CRISPR screen.- Analyzed genetic data and contributed results and figures to a scientific paper that highlighted brachyury as a potential drug target for chordoma patients.- Collaborated with and designed computational analyses for experimentalists. Show less

- Developing mathematical tools to study the structural brain network.- Classifying model networks using global structural features.- Submitted Master's thesis December 4th, 2015, "Cliques and Cycles: A Complementary Pair ofHomological Features Detects Structure in Weighted Networks"Ann Sizemore, Chad Giusti and Danielle S. Bassett, "Classification of weighted networks through mesoscale homological features". (Accepted to Journal of Complex Networks) Ann Sizemore… Show more - Developing mathematical tools to study the structural brain network.- Classifying model networks using global structural features.- Submitted Master's thesis December 4th, 2015, "Cliques and Cycles: A Complementary Pair ofHomological Features Detects Structure in Weighted Networks"Ann Sizemore, Chad Giusti and Danielle S. Bassett, "Classification of weighted networks through mesoscale homological features". (Accepted to Journal of Complex Networks) Ann Sizemore, Chad Giusti, Richard F. Betzel, and Danielle S. Bassett, "Closures and cavities in the human connectome" arXiv:1608.03520 [q-bio.NC] (submitted) Show less

- Connected with alumni from the University of Pennsylvania.- Raised over $30,000 for the University.

- Fluorescently tagged nuclear membrane proteins in Saccharomyces cerevisiae.- Performed Fluorescence Correlation Spectroscopy on mutants over inner and outer nuclear membrane using a split-GFP method.- Collected and analyzed Fluorescence Cross-Correlation Spectroscopy data on double mutants.- Compared results to create a better understanding of subcomplexes formed in the nuclear membrane.- Presented findings at the Summer Scholars Poster Session in August 2014.

- Grew and purified a regulatory mutant of aspartate transcarbamoylase from Escherichia coli.- Performed colorimetric kinetic assays and analyzed results.- Crystallized purified enzyme and solved protein structure through X-ray crystallography.- Analyzed Small Angle X-ray Scattering (SAXS) results of the enzyme.- Produced a coherent characterization of the regulatory mutant in the form of an undergraduate thesis.- Devised a future experiment to further test and explain… Show more - Grew and purified a regulatory mutant of aspartate transcarbamoylase from Escherichia coli.- Performed colorimetric kinetic assays and analyzed results.- Crystallized purified enzyme and solved protein structure through X-ray crystallography.- Analyzed Small Angle X-ray Scattering (SAXS) results of the enzyme.- Produced a coherent characterization of the regulatory mutant in the form of an undergraduate thesis.- Devised a future experiment to further test and explain results. Show less

- Organized and executed floor events designed to develop students' professional, academic, and personal skills.- Worked as a team with other residential assistants to ensure the safety of the students.