Paula Bosca Email & Phone Number

- Created comprehensive future roadmap for institute members with focus on constributions to the Canadian aerospace sector- Analyzed earth observation images collected in collaboration with the Axiom-1 mission- Contributed to annual Institute report, highlighting developments in the last fiscal year to major stakeholders- Compiled and presented financial and associate statistics for annual reports for all four Western Institutes- Organized space outreach events which engaged 50+ individuals

-Co-authored publication in the Journal of Space Safety Engineering, performing and writing scientific analysis and discussion, and aiding in the peer-review process-Designed experiment viewing angle and background to maximise ability of computer vision analysis-Used python to create fluid tracking software and analyze scientific results-Compiled future scientific goals and recruited students to further research-Investigate different fluids and their properties to expand scientific results

Through the Institute of Particle Physics (IPP) Fellowship, supervised by Dr. Savard at the University of Toronto ATLAS group- Created a Machine Learning Algorithm (using Keras, Pandas) to identify dimuon Higgs boson decay inassociation with a top quark pair.- Applied knowledge of QFT and Standard Model Physics to determine optimal decays to investigate- Utilized the ROOT framework in both C++ and Python to filter large Monte Carlo event datasets

-As part of the Canadian CubeSat Project, responsible for successfully leading sub-team and justifying subsystem design through the phases of Critical Design Review, Assembly Integration & Testing, and Mission Operation in cooperation with guidelines set by the Canadian Space Agency- Responsible for research and development of satellite state and modes logic for successful autonomous operation of the satellite- Working in cooperation with other subteams to ensure proper integration of the on-board computer hardware and software with the rest of the satellite- Responsible for managing subteam through weekly meetings and monthly work sessions

- As part of the Students for Exploration and Development of Space (SEDS)Stratospheric Balloon Experiment, responsible for successfully leading team to document, design, fabricate, test, and launch a prototype satellite into the stratosphere in cooperation with guidelines set by SEDS and the Canadian Space Agency- Responsible for all communication with SEDS and the Canadian Space Agency and ensuring that designs are up to standards- Responsible for managing finances, outreach, logistics, team progress, and operational planning

-Designed and built working code base of NASA’s open-source core Flight System integrating various applications for McMaster CubeSat mission NEUDOSE-Developed state machine logic for the NEUDOSE satellite-Documented process for creating new applications for flight software while ensuring proper version control using Git/Github

- Research concept of operations employed in other cubesat and satellite missions to find best practices and common approaches to satellite operation- Defined the high-level logic states and modes of the satellite- Learning the higher-level of each subteams in order to maximize mission operation and success

- Organised and aided team sprints- Worked as the administrator of the Jira scrum board and collaborative workspace Confluence - Developed a high level of understanding of the ongoing technical problemsfaced by the Command and Data Handling team

Bachelor Of Science - Honours Physics (Integrated Sciences), Physics, 3.9/4

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