Ocergy
Alvaro Urruchi has a diverse work experience in the field of structural engineering. Alvaro currently holds the position of Lead Structural Engineer at Ocergy since March 2021. Prior to this, they worked at Principle Power, where they served as a Structural Engineering Lead from August 2020 to March 2021 and as a Senior Structural Engineer from March 2018 to August 2020. Before joining Principle Power, they worked at ESTEYCO as a Structural Engineer in the Offshore Division from November 2013 to March 2018. Alvaro also gained experience as a Structural Engineer at CALTER ingeniería from November 2012 to November 2013. Alvaro started their career as a Researcher at GITECO (University of Cantabria) from June 2011 to November 2012.
Alvaro Urruchi's education history starts in 2006 when they enrolled at Universidad de Cantabria, where they pursued a degree in Civil Engineering specializing in Ingeniería de Caminos, Canales y Puertos. Alvaro completed their undergraduate studies in 2011. In 2009, they also attended the University of Rhode Island for a year, studying Civil and Environmental Engineering as part of their Civil Engineering degree.
After completing their undergraduate degree, Alvaro Urruchi returned to Universidad de Cantabria in 2011 to pursue a Master's degree in Civil Engineering Research. This program lasted from 2011 to 2012, further enhancing their knowledge and expertise in the field of Civil Engineering.
In 2015, Alvaro Urruchi enrolled in the Escuela de Organización Industrial, where they completed a Master Ejecutivo en Innovación. This program focused on business administration and management, providing him with a broader understanding of innovation in the field.
Overall, Alvaro Urruchi's education history highlights their dedication to continuously expanding their knowledge and skills in the fields of Civil Engineering and Business Administration.
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Ocergy
Ocergy is focusing on the development of complex ocean systems solving energy and environmental challenges. OCG-Wind is a low-cost foundation supporting the new generation of very large offshore wind turbines. The innovative hull allows the platform to have a very light weight, a necessity to reduce LCOE. It is tailored towards ease ofindustrialization, to bring flexibility in fabrication and increase the use of a local supply chain in the project fabrication life cycle.OCG-Data is an innovative multi-disciplinary ocean observer for complete offshore site assessment. It has enough footprint to host and power multiple instrumentation packages for resource and environmental characterization. Underwater biodiversity monitoring relies on the combination of restoration technologies and passive acoustic monitoring arrays. The buoy also hosts a bird and bat detection and identification system. OCG-Data provides high-quality data including ecological information for stakeholders' engagement.