Abdullah Ercan

- Responsible for the radiological measurement and analysis software of NUKEM’s FREMES-system. - Improved analysis software to increase accuracy and enable reliable multi-nuclide spectrum analysis. - Improved image acquisition and data evaluation algorithms for hyperspectral camera systems. - Improved the FREMES Measurement Software. - Main technical contact in the team for radiological measurement interpretation and analysis software. - Provided field and customer support for Drum Measurement Systems.

Thesis: Improving Data Evaluation and Acquisition Processes of NUKEM’s FREMES-System - Reviewed and improved data acquisition and data evaluation processes for nuclear measurement system. - Improved automation and reliability of radiological data analysis. - Worked on better links between detectors, software, and engineering evaluation.

- Developed software tools to support nuclear measurement processes, including automated MCNP workflows. - Assisted with field measurements for the FREMES-system. - Developed MATLAB tools for automated spectrum analysis. - Improved measurement methods and spectrum evaluation for more accurate radiological results.

- Conducted thermodynamic analysis of the power plant, analyzing temperature, pressure, heat transfer, and fluid flow. - Performed cost analysis, assessing capital investments, operational expenses, and maintenance costs. - Engaged in power plant operations, monitoring performance, troubleshooting equipment issues, and ensuring optimal operations.

-Operated TRIGA reactor, ensuring safe and efficient operations, and adhering to established protocols. - Utilized MONTEBURNS software for neutron transport simulations and analysis, contributing to reactor performance assessments. - Conducted detector calibration to ensure accurate measurements of radiation levels. - Assisted in nuclear waste management activities, including handling, packaging, and disposal of radioactive materials in compliance with regulatory guidelines.

Specialized in: - Applications of accelerators and dosimetry - Decommissioning and waste management - Fuel and waste technology - Materials in nuclear waste management

Specialized in: - Programming languages (C, FORTRAN, MATLAB) - Applied computational fluid dynamics. - Reactor physics (Monte Carlo Algorithm, MCNP, SERPENT) - Medical physics (Medical imaging, health physics) - Nuclear fuel cycle and cost analysis Final Grade: 2.51 | Type of Credits: ECTS | Number of Credits: 241