Clarisa Csoszor

-Perform condition monitoring and predictive diagnostics for a fleet of 500+ wind turbines (Siemens SWT 2.3 MW, Gamesa 2 MW, Vestas V80-2MW and V90-3 MW, GE 2.5 MW XL), using vibration, SCADA, oil, and temperature data -Perform preventive and condition-based technical inspections in 12 electrical substations (20 kV – 400 kV), contributing to asset reliability, failure prevention, and compliance with grid operational standards Identify early-stage faults in key components (gearbox, generator, drivetrain, blades), supporting proactive maintenance and reducing turbine downtime -Conduct root cause analysis (RCA) for critical failures, contributing to improved reliability and failure prevention strategies -Analyze SCADA and CMS data to detect anomalies, degradation patterns, and performance deviations across turbine fleets -Develop and maintain Power BI dashboards for performance monitoring and maintenance decision-making -Contribute to the development of an internal multi-source condition monitoring tool integrating vibration, SCADA, and oil data for enhanced fault detection

-Design in AutoCad of both photovoltaic parks and rooftop systems; -Choosing the electrical equipment required for each solution; -Calculation and sizing of the cables required for the system (DC and AC); -Development of technical solutions for customers; -Creating simulations for each system in Helioscope; -Commissioning and parameterisation of the system; -Creation of single-wire diagrams for the electrical panel in E-plan; -Filing the documents for the prosumer application; -Creation/modification of single-wire schemes necessary to implement a transformer substation; -Writing technical memo for every fotovoltaic project; -Elaboration of technical-economic documentation PTh+DE and AS BUILT phases.

-Developed and configured SCADA/HMI graphical interfaces using HMIWeb Display Builder for HVAC systems -Supported automation projects for HVAC equipment monitoring and control -Gained practical experience in HVAC systems, hydropneumatic equipment, and industrial control processes -Participated in technical training on equipment simulation, system visualization, and control logic

-Assistant in writing technical memo for connecting to the power distribution network; -Obtaining permits for connecting to the electric power grid; -Assistant in verifying electrical installations of low and mid voltage: primary and secondary distribution installations, outdoor and indoor lighting systems, distribution and command panels, grounding and lightning rod installations;