o Conducted Primary Frequency Response testing (PFRT) in different power plant like thermal (critical & supercritical) and hydro as per IEGC (Indian Electrical Grid Code).o Designed and implemented real-time testing setups to assess the performance of power systems under frequency disturbances.o Utilized advanced measurement equipment and data acquisition systems to monitor grid frequency response and system stability.o Analyzed test results using SIMPOW, Python and MATLAB, performing data visualization and statistical analysis to draw meaningful conclusions.o After completing PFRT at the respective units, a dynamic model is developed in a suitable software (SIMPOW – a power system tool & MATLAB) for modal validation.o Collaborated with a team of researchers to identify potential improvements in power system control algorithms and grid stability mechanisms based on testing outcomes.o Conducted PFRT analysis using Python to assess the dynamic behavior of power systems under frequency disturbances.o Utilized Python libraries such as Pandas, NumPy, and SciPy to perform data manipulation, statistical analysis, and visualization of PFRT results.o Studied and used custom Python algorithms to extract critical parameters from PFRT data, enabling accurate characterization of power system response to frequency variations.o Conducted comparative studies using Python to analyze the impact of different control strategies on primary frequency response and system stability.o Leveraged Python's data visualization capabilities to create informative plots and graphs, facilitating the clear presentation of PFRT analysis outcomes.o Conducted sensitivity analyses using Python to investigate the influence of various system parameters on primary frequency response behavior.o Documented and communicated PFRT analysis results to cross-functional teams, supporting decision-making processes and facilitating collaborative research efforts.