• Lead substation protection and control engineering projects, partnering with design engineers and drafters to ensure high-quality deliverables are submitted on time. • Create and modify design documents and drawings, including electric substation one-lines, three-lines, control schematics, wiring diagrams, relay panel arrangements and specifications, conduit and cable sizing/routing, and bills of material. • Design auxiliary AC and DC power systems. • Develop SCADA systems and communications interfaces. • Collaborate with multidisciplinary project teams to fully integrate protection, control, automation, and monitoring systems. • Perform engineering calculations such as relay burden, voltage drop, short circuit studies, battery sizing, auxiliary AC and DC load tabulations, and other analyses required to support project success. • Perform relay coordination studies and prepare relay settings. • Conduct engineering and technical quality reviews of deliverables prepared by other engineers and designers. • Perform site walk-downs to independently scope project requirements as needed. • Coordinate material procurement and delivery to project sites. • Support Project Managers throughout the project lifecycle, including participating in client calls and meetings and assisting with project execution needs. • Contribute to the development of project cost estimates for substation protection and control projects, including planning, engineering/design, construction, and testing components.

• The High-Performance Computing Compute Engineer is primarily responsible for the overall health and maintenance of the physical cluster and server technologies in our managed services customer's environments. • Provide enterprise-level operational support to Managed Services customers for incident, problem, and change management activities • Plan and perform software and firmware maintenance activities • Assess customer environments for performance and design issues and propose resolutions • Work across technical teams to troubleshoot complex infrastructure issues • Create and maintain detailed documentation • Serve as a subject matter expert and escalation point for compute technologies • Work with vendors to resolve compute issues • Communicate with customers and internal team with transparency • Participate in on-call rotation • Completion of training and certification as assigned to further skills and knowledge

• Share your background and experiences. • Support learners in their skills development. • Deliver your sessions with clarity and energy. • Contribute to learners' success.

• Realizar análisis de fiabilidad de componentes críticos (palas, generadores, cajas de engranajes) utilizando datos históricos y modelos predictivos (ej. ReliaSoft BlockSim, Weibull++). • Desarrollar estrategias de mantenimiento predictivo basadas en análisis de vida útil y probabilidad de fallo, alineadas con IEC 61400-1. • Participar en la evaluación de diseños de turbinas para garantizar su conformidad con estándares de fiabilidad (IEC 61400-4, IEC 61400-11). • Modelar la disponibilidad operativa del parque, considerando tiempos de reparación, redundancias y condiciones ambientales (ej. impacto de estelas entre turbinas). • Optimizar la disposición de turbinas en el parque usando herramientas como WindPRO o OpenWind. • Diseñar procedimientos de mantenimiento optimizados , incluyendo tiempos de reparación, herramientas necesarias y formación para técnicos. • Realizar evaluaciones de riesgos según IEC 61400-1 y normativas locales, identificando peligros en operación, mantenimiento y emergencias. • Elaborar y revisar informes RAMS (ej. informes de fiabilidad, análisis de riesgos) según IEC 61400, ISO 55000 y regulaciones locales.