Mathan Kumar Moorthy Email & Phone Number

Hyderabad, Telangana, India

1. Monitored and analyzed plant performance, solar resource assessment, and equipment data to identify anomalies and present findings to management. 2. Developed data science models and reporting tools to assess performance across portfolio projects, utilizing statistical modeling techniques. 3. Conducted root cause analysis of underperforming assets and provided remedial measures to mitigate performance issues. 4. Utilized PV-LIB and other open source algorithms to… Show more 1. Monitored and analyzed plant performance, solar resource assessment, and equipment data to identify anomalies and present findings to management. 2. Developed data science models and reporting tools to assess performance across portfolio projects, utilizing statistical modeling techniques. 3. Conducted root cause analysis of underperforming assets and provided remedial measures to mitigate performance issues. 4. Utilized PV-LIB and other open source algorithms to evaluate PV plant performance using relevant metrics.5. Employed Python, and SQL for handling and analyzing large datasets, uncovering valuable insights. Show less

1. Led and guided a cross-functional team of research professionals, scholars, and graduate students on a confidential research project funded by the US Department of Energy (DOE). Applied data science methodologies and advanced analytics techniques to drive insights and achieve project goals.2. Conducted extensive research on Solar PV Module reliability, performing rigorous reliability testing, analyzing performance measurements, and employing statistical analysis to identify patterns… Show more 1. Led and guided a cross-functional team of research professionals, scholars, and graduate students on a confidential research project funded by the US Department of Energy (DOE). Applied data science methodologies and advanced analytics techniques to drive insights and achieve project goals.2. Conducted extensive research on Solar PV Module reliability, performing rigorous reliability testing, analyzing performance measurements, and employing statistical analysis to identify patterns and trends. Developed data-driven models to enhance reliability prediction and optimize module performance.3. Facilitated stakeholder meetings to provide updates on research project progress, discussing key findings, accomplishments, and next steps. Leveraged effective communication and data visualization techniques to ensure clear understanding and alignment among stakeholders. Show less

Tempe, Arizona

1. Leveraged data science techniques to analyze, report, and drive continuous improvement of solar assets. Utilized advanced analytics and statistical methods to uncover insights and optimize asset performance.2. Employed data analysis methods to extract valuable insights from generating assets, identifying key performance and reliability metrics. Utilized statistical modeling algorithms to uncover patterns and trends, informing data-driven decision-making.3. Led regular… Show more 1. Leveraged data science techniques to analyze, report, and drive continuous improvement of solar assets. Utilized advanced analytics and statistical methods to uncover insights and optimize asset performance.2. Employed data analysis methods to extract valuable insights from generating assets, identifying key performance and reliability metrics. Utilized statistical modeling algorithms to uncover patterns and trends, informing data-driven decision-making.3. Led regular meetings with internal and external customers to discuss the performance of their solar assets. Utilized data visualizations and clear presentations to communicate performance metrics, trends, and recommendations for optimization.4. Recognized with the prestigious YouShine award for delivering exemplary work quality and for proactive and effective customer engagement. Utilized data-driven insights and analysis to provide exceptional customer service, exceeding expectations. Show less

Scottsdale, Arizona

1. Conducted comprehensive analysis of operational performance for all NRG Solar Utility sites, leveraging data science techniques and advanced analytics to drive insights and optimizations.2. Collaborated closely with internal stakeholders including Asset Management, Operations and Maintenance Team, Site Managers, and Site Technicians, as well as external customers, to discuss asset performance and provide strategic information to enhance site performance.3. Conducted in-depth… Show more 1. Conducted comprehensive analysis of operational performance for all NRG Solar Utility sites, leveraging data science techniques and advanced analytics to drive insights and optimizations.2. Collaborated closely with internal stakeholders including Asset Management, Operations and Maintenance Team, Site Managers, and Site Technicians, as well as external customers, to discuss asset performance and provide strategic information to enhance site performance.3. Conducted in-depth due diligence on asset performance, utilizing data analysis and statistical modeling to identify underlying issues related to DC components, inverters, transformers, sensors, and plant controllers. Applied data-driven insights to optimize performance and minimize downtime.4. Supported the Standards and Compliance Team by performing data analysis on Utility Scale Solar and Wind Sites, ensuring compliance with NERC standards requirements. Leveraged advanced analytics techniques to analyze and interpret data, contributing to accurate reporting and adherence to regulatory standards. Show less

Mesa, Arizona

1. Collaborated with colleagues on a study investigating the impact of soiling on PV modules and the correlation between defects and performance data. Utilized data science techniques to analyze and interpret findings, contributing to insights and recommendations.2. Assisted the ASU-PRL team in troubleshooting and optimizing three CPV power plants to improve performance. Conducted visual inspections, performed IV measurements, and aligned CPV trackers to the correct axis. Leveraged data… Show more 1. Collaborated with colleagues on a study investigating the impact of soiling on PV modules and the correlation between defects and performance data. Utilized data science techniques to analyze and interpret findings, contributing to insights and recommendations.2. Assisted the ASU-PRL team in troubleshooting and optimizing three CPV power plants to improve performance. Conducted visual inspections, performed IV measurements, and aligned CPV trackers to the correct axis. Leveraged data analysis techniques to identify areas for enhancement and recommend optimization strategies.3. Demonstrated expertise in international codes and standards, including NEC 690, IEC 61215, and IEC 61416, ensuring compliance and adherence to industry regulations.4. Developed MATLAB code to merge IV data and visual inspection data from PV power plant evaluations. Leveraged data integration techniques to streamline analysis and facilitate comprehensive assessment of plant performance.5. Utilized MATLAB to perform statistical risk analysis of defects and failures in PV modules within photovoltaic power plants. Applied advanced statistical modeling and analysis to identify patterns, risks, and mitigation strategies.6. Developed MATLAB code to conduct correlation analysis between defects and IV parameters. Leveraged statistical techniques to explore relationships and uncover insights into the impact of defects on module performance.7. Utilized MATLAB code to perform failure mode, effects, and criticality analysis (FMECA) for PV power plants. Employed severity, occurrence, and detection metrics to identify dominant failure modes and prioritize mitigation efforts.8. Conducted training sessions for scientists and research scholars from the United States and India on utilizing MATLAB code for analyzing PV power plant performance data. Provided guidance on statistical risk analysis, FMECA, and correlation analysis to enhance their data-driven decision-making capabilities. Show less

Tempe, Az

1. Collaborated with the Technical Manager and President of TUV-PTL to gain hands-on experience in conducting accelerated stress testing of Module Level Power Electronics (MLPE). Leveraged data science techniques to analyze test results, identify performance patterns, and provide valuable insights.2. Actively participated in meetings with esteemed project collaborators including the Department of Energy (DOE), SANDIA, TUV-PTL, and ASU. Engaged in discussions to share research findings… Show more 1. Collaborated with the Technical Manager and President of TUV-PTL to gain hands-on experience in conducting accelerated stress testing of Module Level Power Electronics (MLPE). Leveraged data science techniques to analyze test results, identify performance patterns, and provide valuable insights.2. Actively participated in meetings with esteemed project collaborators including the Department of Energy (DOE), SANDIA, TUV-PTL, and ASU. Engaged in discussions to share research findings, exchange knowledge, and contribute to collaborative research efforts in the field of MLPE.3. Collaborated closely with TUV-PTL to conduct comprehensive research on the impact of humidity, temperature cycles, and high temperatures on Module Level Power Electronics (MLPE). Leveraged data science methodologies to analyze research findings and draft influential publications showcasing the research outcomes. Show less

Chennai, India

1. Received comprehensive training in Java and Oracle-SQL from Infosys, a multinational IT organization. Acquired strong programming skills and proficiency in database management, laying the foundation for data science applications and analysis.2. Collaborated with a diverse team of 4-5 colleagues on UNIX projects, leveraging the power of UNIX-based systems for data processing and analysis. Developed efficient scripts and utilized UNIX tools to handle and manipulate large datasets… Show more 1. Received comprehensive training in Java and Oracle-SQL from Infosys, a multinational IT organization. Acquired strong programming skills and proficiency in database management, laying the foundation for data science applications and analysis.2. Collaborated with a diverse team of 4-5 colleagues on UNIX projects, leveraging the power of UNIX-based systems for data processing and analysis. Developed efficient scripts and utilized UNIX tools to handle and manipulate large datasets, enhancing data science workflows and facilitating advanced analytics. Show less

Ms, Engineering, 4.0

Activities and Societies: Phi Kappa Phi Honor Society (Member) | Tau Beta Phi Honor Society (Invited) 1. Graduated with a distinguished.

Bachelor'S Of Engineering, Electrical And Electronics Engineering, 3.5/4

Activities and Societies: IEEE 1. Graduated with first-class distinction in April 2011, showcasing strong academic performance. 2. Served.