Data Analyst

• Jul 2023 - Present

Researcher

• Nov 2021 - Jul 2023

PHD Student

• Feb 2016 - Nov 2021

My main research interests were both experimental and phenomenological sides of Quantum Chromo Dynamics (QCD) during my Ph.D. My Ph.D. thesis title is :Measurement of double differential dijet mass cross-section with the CMS detector at 13 TeV. My work as a Ph.D. student was:- Conducting a QCD analysis with data which was taken 2016 by CMS detector. I was taking responsibility for every part of the analysis chain starting from organizing the raw data to the statistical interpretation of the data and finally performing the data-theory comparisons.- Contributed several Monte Carlo modeling studies such as producing perturbative& non-perturbative corrections for the wide range of physics observables i.e b-jets, jet systems (dijets, trijets, four jets, ) momentum, azimuthal decorrelation in jet systems. I also contributed to underlying event tune studies which were published and used in all CMS analyses.-I also took a role in detector operations. I was a member of a team (~20 people) that was responsible for upgrading front-end electronics of the Hadronic Forward Calorimeter of CMS detector in 2017 during a short shut down of the LHC. I contributed to the commissioning and testing of the electronics.-I worked with multinational teams and produced weekly/biweekly reports for every task I worked on. I documented and presented results for every task that I got responsibility.-Published the research results in high ranking scientific journals such as Physical Review DSkills I obtained during my Ph.D.:- I performed data analysis mostly by using Python (NumPy, panda, Matlab) and C++. I also mastered data visualization skills by using the official CERN software ROOT. - I also developed an expertise in bash/shell scripting during the work of local computing clusters used at CERN-I am highly experienced in using GitLab and GitHub which are essential parts of our team efforts.- I wrote analysis reports, reviews, and summaries by using LATEX. Show less

MSc Student

• Feb 2014 - Jan 2016

My main interest during my MsC was detector radiation damage and detector noise elimination studies. I also conducted Tau identification performance studies.MSc Thesis title: Performance of tau identification algorithms used in CMS analysesMy work as an MSc student:-Contributing the efforts of determining the damaged parts of the Hadronic Endcap Calorimeter of CMS due to high radiation environment. I analyzed special detector laser runs to achieve high accuracy of the determination. I also took the role of eliminating the whole Hadronic calorimeter noise which was achieved by developing special software filters and testing the efficiency- I contributed to the development of hadronically decaying Tau identification algorithms which were used CMS-wide. During MSc I developed:-Excellent communication skills and benefited a lot from being in the multicultural working environment-Good understanding of programming languages and data visualization Show less