
Nazar Burmasov developed and enhanced simulation and analysis tools for high energy physics, focusing on repositories such as AliceO2Group/O2DPG, AliceO2Group/O2Physics, and alisw/alidist. He implemented a parameterized muon generator in C++ to improve Monte Carlo simulation accuracy and refactored it for greater configurability and maintainability. In O2Physics, he integrated luminosity calculations and advanced trigger data handling into the SG Candidate Producer, streamlining data analysis workflows. Burmasov also updated build and packaging systems in alidist using Shell and C++, ensuring reproducible deployments. His work demonstrated depth in software engineering, data analysis, and scientific computing for physics applications.

December 2025 monthly summary for AliceO2Group/O2Physics: Delivered a dedicated Forward Muon Analysis task for UPC events, including selection criteria and candidate production for forward muons without MFT, thereby enhancing UPC analysis capabilities and streamlining the data processing workflow. No major bugs fixed this month; focus was on feature delivery and pipeline improvements. This work demonstrates solid technical execution within PWGUD and contributes to the broader physics reach of UPC studies.
December 2025 monthly summary for AliceO2Group/O2Physics: Delivered a dedicated Forward Muon Analysis task for UPC events, including selection criteria and candidate production for forward muons without MFT, thereby enhancing UPC analysis capabilities and streamlining the data processing workflow. No major bugs fixed this month; focus was on feature delivery and pipeline improvements. This work demonstrates solid technical execution within PWGUD and contributes to the broader physics reach of UPC studies.
Month: 2025-05 — Monthly summary for AliceO2Group/O2Physics focusing on delivered features, key fixes, and impact. Highlights include the integration of luminosity calculations and trigger data enhancements into the SG Candidate Producer, with a code refactor to support new data formats and processing functions. This work improves analysis capabilities by providing detailed luminosity and trigger information, facilitating more precise physics interpretations and faster iteration cycles. The change set includes commit aa9012edb50cdf37a2376e23104002bbc5a68f48 under [PWGUD] Implement luminosity calculation in SG candidate producer (#11089).
Month: 2025-05 — Monthly summary for AliceO2Group/O2Physics focusing on delivered features, key fixes, and impact. Highlights include the integration of luminosity calculations and trigger data enhancements into the SG Candidate Producer, with a code refactor to support new data formats and processing functions. This work improves analysis capabilities by providing detailed luminosity and trigger information, facilitating more precise physics interpretations and faster iteration cycles. The change set includes commit aa9012edb50cdf37a2376e23104002bbc5a68f48 under [PWGUD] Implement luminosity calculation in SG candidate producer (#11089).
April 2025 Monthly Summary for AliceO2Group/O2DPG. Focused on refactoring and enhancing the parameterized muon generation to improve configurability, reusability, and maintainability of simulation components across experiments.
April 2025 Monthly Summary for AliceO2Group/O2DPG. Focused on refactoring and enhancing the parameterized muon generation to improve configurability, reusability, and maintainability of simulation components across experiments.
February 2025 — Delivered Parametrized Muon Generator for Monte Carlo Simulations (O2_GeneratorParamMuon) in AliceO2Group/O2DPG. Enables configurable muon properties (pT, eta) via paramMuGen, improving MC accuracy and reproducibility. No major bugs fixed reported. Impact: faster, more reliable MC setup and better alignment with physics analyses. Commit: 8fc10034e2027c0454fe801facd2f8bac4f5726d. Skills demonstrated: modular design, parameter-driven configuration, and integration with MC workflow.
February 2025 — Delivered Parametrized Muon Generator for Monte Carlo Simulations (O2_GeneratorParamMuon) in AliceO2Group/O2DPG. Enables configurable muon properties (pT, eta) via paramMuGen, improving MC accuracy and reproducibility. No major bugs fixed reported. Impact: faster, more reliable MC setup and better alignment with physics analyses. Commit: 8fc10034e2027c0454fe801facd2f8bac4f5726d. Skills demonstrated: modular design, parameter-driven configuration, and integration with MC workflow.
January 2025 summary for alisw/alidist. Key feature delivered: Upcgen version bump to align with current O2 workflows; Update Upcgen recipe from upcgen-o2-21-11-24-2 to upcgen-o2-25-12-24-1. Commit 845d675145b5a48d69879ab2906b4c5184cad216 (Update Upcgen recipe, PR #5724). Impact: ensures current Upcgen version across the distribution, improving build reproducibility and compatibility with downstream CI and packaging pipelines. No major bugs fixed this month. Technologies/skills demonstrated: version control hygiene, packaging and release management, PR-driven change workflows, and dependency/version management.
January 2025 summary for alisw/alidist. Key feature delivered: Upcgen version bump to align with current O2 workflows; Update Upcgen recipe from upcgen-o2-21-11-24-2 to upcgen-o2-25-12-24-1. Commit 845d675145b5a48d69879ab2906b4c5184cad216 (Update Upcgen recipe, PR #5724). Impact: ensures current Upcgen version across the distribution, improving build reproducibility and compatibility with downstream CI and packaging pipelines. No major bugs fixed this month. Technologies/skills demonstrated: version control hygiene, packaging and release management, PR-driven change workflows, and dependency/version management.
December 2024 monthly summary for alisw/alidist. Focused on improving packaging reliability for Upcgen. Implemented Upcgen package build and install configuration updates, including a version tag update, adjusted installation paths for binaries, libraries, and include files, and refactored module file generation to use a new command with explicit binary and library inclusion. These changes enhance reproducibility, reduce installation drift, and simplify downstream deployment. Commit reference included: b15af53a9e8814082f988fdd653f5c2d39ea984c (Update Upcgen recipe (#5695)).
December 2024 monthly summary for alisw/alidist. Focused on improving packaging reliability for Upcgen. Implemented Upcgen package build and install configuration updates, including a version tag update, adjusted installation paths for binaries, libraries, and include files, and refactored module file generation to use a new command with explicit binary and library inclusion. These changes enhance reproducibility, reduce installation drift, and simplify downstream deployment. Commit reference included: b15af53a9e8814082f988fdd653f5c2d39ea984c (Update Upcgen recipe (#5695)).
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