Alina Stepanova Email and Phone Number

Responsibilities:● Developing the information systems for Power Industry.● Programming system modules using Python.● Designing and configuring integrations with external systems using REST API & JSON.● Engaging with stakeholders, conducting negotiations in Russian and English, and presenting research results at Russian and international conferences.● Designing and teaching courses in Systems Analysis, Python, and Digital Technologies in master's programs.Achievements:● Developed three information systems: a multi-agent system for predicting the inflow to the hydroelectric power station; a short-term electricity consumption forecasting system for Oil and Gas industry enterprises; a digital twin system for an Power System.● Implemented three Python modules: integration module with hydrometeorological stations, integration module with meteorological providers, database interaction module.● Designed the database structure for an analytical system assessing the technical state of substation equipment (SQL).● Led two grants for creating systems: an interpretation system for high-voltage equipment insulation diagnostic data (Priority 2030) and a short-term electricity consumption forecasting system for industrial enterprises using explainable artificial intelligence (Umnik, Innovation Support Fund).

● Development of methodology for the interpretation of results of ultraviolet non-destructive method● Writing analytical reviews

Responsibilities● Automating testing of relay protection algorithms for ARIS-23xx terminals using the Retom software complex in C# (setting technical specifications, developing software).● Developing a method for detecting and compensating for saturation in current electromagnetic transformers.● Analyzing and optimizing the operation of relay protection algorithms for multifunctional ARIS-23xx terminals.Achievements:● Developed the automated testing direction for relay protection algorithms of ARIS-23xx terminals for 4 years.● Led a team of 2 researchers developing a method for detecting and compensating for saturation in current electromagnetic transformers.● Implemented 2 digital signal processing algorithms in C++ (MATLAB) instead of SoftConstrutor to meet the 5-second requirement for relay protection and automation functions.● Won the "Best Presentation" award at the IX Annual Developers' Conference "Prosoft-Systems" named after A. S. Popov and was named Employee of the Year 2020.

● Automating testing of relay protection algorithms for ARIS-23xx terminals using the Retom software complex in C# (setting technical specifications, developing software).● Developer of relay protection algorithms for multifunctional terminals ARIS-23xx (MatLab)