Monireh Sami Email & Phone Number

Berlin

– Cooperative collaboration between the ”System of the Future” and ”Network Planning” groups– Processed data for visualization and analysis of reactive power in high voltage networks using Python.– Contributed to voltage stability studies, improving the reactive power prognoses.– Master thesis: Screening methods for converter-driven stability in transmission grids● Conducted literature research on screening methods for converter-driven stability.● Analyzed short-circuit based and impedance-based methods.● Derived practical methods to modify definitions of system stability metrics introduced in literature (CIGRE, IEEE).● Developed a test network with Grid-forming (GFM) & Grid-following (GFL) converters in DigSILENT PowerFactory.● Tested new definitions of ESCR/SCR stability metrics on the test network.● Developed scenarios to investigate the effects of GFM/GFL converters, external networks, and loads on system strength.

Städteregion Aachen, Nordrhein-Westfalen, Deutschland

– Conducted literature research on optimizing and controlling distribution networks.– Modeled distribution networks.– Programmed the curative deployment of reactive power (Integral - C++)– Modeling transmission networks and data management (MATLAB, Python)

Aachen, North Rhine-Westphalia, Germany

– Developed and optimized Python and MATLAB scripts to restructure and modify outputs/inputs from/to power system analysis softwares like Integral, enabling seamless integration with other tools and enhanced data visualization.– Development of dashboards for visualizing data of European power grids, including the export of data from OpenStreetMap, transformation, restructuring, and optimization of the visualization process. (Python)– Development of interactive dashboards for georeferencing and analyzing transmission grid data, including visualization of congestion data, line selection, color changing, and snapshot functions. (Python)– Modeling of power grids (Integral)

Aachen, North Rhine-Westphalia, Germany

– Literature research on optimization and load side management in distribution networks and smart grids– Developed strategies for load side management in smart grids– Contributed in development of a tool for optimizing power flow in smart grids (MATLAB)

Tehran

– Designed electrical schematics and specifications for low voltage distribution systems (AutoCAD)– Conducted feasibility study of power plant grounding systems (CymeGrd)– Conducting calculation for electrical heat tracing and design of layouts (AutoCAD)– Quality assurance/quality control of technical installation schematics– Performed power calculations for diesel generators and designed switchgear systems

Teheran, Iran

– Assistant to the team leader in the ”Instrument & Control” department– Documentation of communication device tests according to IEC 61850 standard– Participation in the testings of Siemens communication devices (CR-109) and reporting the results

Master Of Science - Ms, Sustainable Energy Supply

Key Courses: Energy Systems Technique, Future Energy Systems, Modeling & Simulation of Complex Power Systems, Automation of Complex Power.

Bachelor’S Degree, Electrical And Power Transmission Engeneering

Thesis: MATLAB Package for Analysis and Evaluation of Small-Signal Stability of Power Grids through Eigenvalue Calculation.

High School, Mathematics & Physics