As an Engineer at Siemens Gamesa Renewable Energy, I specialize in the advanced monitoring, analysis, and troubleshooting of offshore wind turbines, including Siemens, Gamesa, and Adwen models. My core expertise lies in vibration analysis and predictive maintenance, ensuring optimal performance and longevity of wind turbines through data-driven insights.With a strong background in remote monitoring and troubleshooting, I have successfully diagnosed and resolved complex issues, minimizing downtime and maximizing efficiency. I utilize cutting-edge tools and technologies to perform detailed data analysis, enabling proactive maintenance strategies that prevent potential failures before they occur.Passionate about renewable energy, I am committed to driving innovation in the wind power industry. My goal is to contribute to a more sustainable future by ensuring the reliable operation of wind turbines, supporting global efforts to harness clean and renewable energy sources.

As an engineer with hands-on experience in both onshore and offshore turbine operations, I specialize in monitoring and troubleshooting turbines across the Adwen and Gamesa fleets. My role involves real-time data analysis and remote diagnostics to ensure the optimal performance of wind turbines.In addition to wind energy, I also oversee solar parks, utilizing real-time streaming data to monitor and enhance their efficiency. My expertise extends to SCADA systems, where I manage and analyze data to support proactive maintenance and operational excellence. With a strong focus on renewable energy, I am committed to driving innovation and sustainability in both wind and solar energy sectors.

During my tenure as a trainee at Brakes India, I gained hands-on experience in the critical aspects of brake booster assembly and quality inspection. My primary responsibilities included assembling brake boosters with precision and ensuring they met the highest quality standards through rigorous inspection processes.I was also involved in reworking damaged boosters, where I applied my technical skills to restore components to their optimal functionality. Additionally, I conducted functionality checks using probe machines to verify the performance and reliability of the brake boosters before they were approved for use.This role provided me with a deep understanding of the manufacturing and quality assurance processes in the automotive industry, and it honed my attention to detail, problem-solving abilities, and technical expertise in brake systems.