Samira T.
Board Trustee at University of York Students' Union (YUSU)- Claim this Profile
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*Spanish Professional working proficiency
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*French Professional working proficiency
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Japanese Professional working proficiency
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Chinese Professional working proficiency
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Bangla Native or bilingual proficiency
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Arabic Limited working proficiency
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Italian Limited working proficiency
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Swedish Limited working proficiency
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English Native or bilingual proficiency
Topline Score
Bio
Credentials
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IT Specialist - Python
Certiport - A Pearson VUE BusinessSep, 2023- Nov, 2024 -
Machine Learning Course with TensorFlow APIs
Google DevelopersOct, 2021- Nov, 2024 -
IBM Quantum Challenge Fall 2020
IBMNov, 2020- Nov, 2024 -
Professional Skills Badge
IBMNov, 2020- Nov, 2024 -
Computer Science
CodecademyOct, 2020- Nov, 2024 -
Machine Learning with Python
CodecademyMay, 2020- Nov, 2024 -
Visualise Data with Python
CodecademyJan, 2020- Nov, 2024 -
Analyse Data with Python
CodecademyDec, 2019- Nov, 2024
Experience
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University of York Students' Union (YUSU)
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United Kingdom
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Higher Education
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1 - 100 Employee
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Board Trustee
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May 2023 - Present
Trustee on Board of Directors for YUSU (University of York Student's Union) Responsibilities: - Steer the charity towards a clear vision, mission and strategic direction and is focused on achieving these and being responsible, with the CEO and other trustees, for the charity’s performance and culture. -Ensure complience with all legal and regulatory requirements, acting as guardians of the charity’s assets by taking due care of their security and proper use and making sure that the charity’s governance is of the highest possible standard. Show less
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University of York
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United Kingdom
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Higher Education
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700 & Above Employee
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Quantum Mechanics & Physical Chemistry Joint Research
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Jun 2022 - Nov 2022
Building upon previous research work in bioinorganic catalysts. At the University of York, recorded IR pump-IR probe spectra of a simple chemical compound modelling active site of the hydrogenase protein. Learnt how to independently utilise highly complex ultrafast IR spectroscopy equipment and complete the associated data analysis.With colleagues in AG Horch Group, computationally simulated spectroscopic properties of the model complexes using quantum chemical methods based on DFT and compared experimental and theoretical results for properties such as the harmonic vibrational frequencies and relaxation dynamics of the CO and CN− ligands in different solvents to understand the effect of the molecular environment on the enzymatic active site.Continuously communicated with heads of both research groups to analyse and compare results and discuss improvements to scientific methods.Formally presented results and conclusions to the both research groups at final group meetings. Show less
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Physics Departmental Community Coordinator
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Oct 2021 - Jun 2022
DCC for the Department of Physics, for all UG & PG students & staff in the department at the University of York.The Department Community Coordinator (DCC) project aims to build academic anddepartmental communities that create a sense of belonging and are open to and inclusive ofall students at York.My work includes:Collaborating with Chair of Board of Studies, Heads of Research Groups and other instrumental staff to pilot new approaches to help develop academic networks, building on or making links with existing initiatives, activities and events.Using creative and analytical thinking to effectively identify potential barriers and the ideal solutions to building departmental communities, working in strong partnership with societies, students and academic staff. Show less
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Freie Universität Berlin
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Germany
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Research Services
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700 & Above Employee
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Quantum Mechanics Researcher
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Aug 2021 - Oct 2021
Completed quantum mechanical computations research work with the AG Horch research group in Ultrafast Dynamics in Catalysis. Research focused on bioinorganic catalysts, which catalyse the reversible cleavage of molecular hydrogen (H2) into protons and electrons, typically at sophisticated bimetallic active sites. Utilised various DFT basis sets to optimise HtSH hydrogenase protein structures. From this, infrared spectra for different scenarios were calculated and compared to existing experimental data, enabling analysis of structural information of the protein. Formally presented results and conclusions to the Head of the Research Group and Head of Calculations in the group. Results to be published in a scientific journal. Show less
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Community
