
Aizat Daribayeva enhanced the TRK geometry module in the AliceO2Group/AliceO2 repository by adding support for MLOT sensors, focusing on improved tracking accuracy and calibration for the ALICE detector. She implemented tracking frame caching to optimize geometry computation times and developed tooling to extract sensor parameters, streamlining sensor calibration and configuration. Her work leveraged C++ and data structures, applying algorithm design principles to address performance and usability challenges in detector geometry handling. The depth of her contribution is reflected in the integration of new features that support MLOT-centric workflows, demonstrating a solid understanding of geometry modeling and software development practices.

Month: 2025-11 — Delivered TRK Geometry Enhancements for MLOT sensors, including MLOT support, tracking frame caching, and sensor parameter extraction for the ALICE detector. Primary change via commit 80787ec23bfbf46a9d28d0f5cf7ec68dde47b81a (additional features added to TRK geometry #14772). Impact: improved tracking accuracy for the MLOT subdetector, faster geometry computations due to caching, and easier sensor calibration through parameter extraction. Technologies demonstrated: geometry modeling, performance optimization through caching, and sensor parameter handling.
Month: 2025-11 — Delivered TRK Geometry Enhancements for MLOT sensors, including MLOT support, tracking frame caching, and sensor parameter extraction for the ALICE detector. Primary change via commit 80787ec23bfbf46a9d28d0f5cf7ec68dde47b81a (additional features added to TRK geometry #14772). Impact: improved tracking accuracy for the MLOT subdetector, faster geometry computations due to caching, and easier sensor calibration through parameter extraction. Technologies demonstrated: geometry modeling, performance optimization through caching, and sensor parameter handling.
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