In 24x7-Betriebsumgebungen trägst du zur Sicherstellung der kontinuierlichen Verfügbarkeit bei und übernimmst Rufbereitschaften im geregelten Rotationsmodell. Projektumsetzung und Implementierung: Du planst und implementierst Oracle Exadata Infrastrukturen On-Premises sowie in hybriden Umgebungen mit Oracle Cloud Infrastructure.Oracle Exadata: Du installierst, konfigurierst und administrierst Oracle Datenbanken auf Exadata-Systemen in Standalone- und Cluster-Architekturen.Hochverfügbarkeit und Migration: Du setzt HA-Lösungen mit Oracle RAC und Data Guard um und begleitest komplexe Migrations- und Konsolidierungsprojekte.Performance und Tuning: Du führst detaillierte Performance-Analysen auf Exadata-Plattformen durch und optimierst Datenbanken, SQL-Statements und PL/SQL gezielt.Backup und Recovery: Du implementierst Backup- und Recovery-Strategien mit RMAN und entwickelst tragfähige Betriebskonzepte für produktive Umgebungen.Betrieb und Rufbereitschaft: Du unterstützt im 2nd- und 3rd-Level-Support, analysierst technische Störungen strukturiert und übernimmst Rufbereitschaften in einem klar geregelten Rotationsmodell.
YOUR TASKS Coordinate and monitor the progress of subcontractors and report regularly to the BOP Manager and other stakeholders Ensure timely project completion by continuously tracking schedules and adjusting plans to prevent delays Enforce safety regulations and building codes through regular inspections and identification of hazards or violations Ensure all construction activities comply with approved plans, specifications, permits, and applicable standards Implement, supervise, and ensure compliance with the Quality Control Plan (QCP), including verification of completed work units and required testing Review construction procedures and resource requirements to meet design specifications and local/international standards Verify the foundation assembly process and act as a technical advisor during construction phases, applying defined quality procedures and stop points Identify and resolve issues during construction, verify subcontractor resources for correcting deviations, and review corrective procedures for compliance with QCP and regulations Maintain accurate documentation of project progress and quality control measures Communicate effectively with clients, contractors, and stakeholders to ensure project expectations are met YOUR PROFILE Degree in civil engineering or a related field; equivalent professional experience is also considered Experience in civil construction, ideally in wind energy projects and in supervisory roles Solid understanding of quality control procedures and local as well as international regulations Strong communication and leadership skills with the ability to guide and motivate teams Proven ability to resolve conflicts and conduct audits in construction environments Fluency in German and English (minimum B2–C1), both written and spoken Proficiency in project-related documentation and stakeholder interaction A valid driver’s license recognized in Germany is required for this position ADDITIONAL REQUIREMENTS The following valid certifications and safety trainings are required for this position: Working at Heights certification (issued within the last 12 months) First Aid training Fire Awareness training Confined Spaces training (due to work in the foundation pit) WILLINGNESS TO TRAVEL: You are ready to travel and work flexibly on-site according to project requirements.
YOUR TASKS Coordinate and monitor the progress of subcontractors and report regularly to the BOP Manager and other stakeholders Ensure timely project completion by continuously tracking schedules and adjusting plans to prevent delays Enforce safety regulations and building codes through regular inspections and identification of hazards or violations Ensure all construction activities comply with approved plans, specifications, permits, and applicable standards Implement, supervise, and ensure compliance with the Quality Control Plan (QCP), including verification of completed work units and required testing Review construction procedures and resource requirements to meet design specifications and local/international standards Verify the foundation assembly process and act as a technical advisor during construction phases, applying defined quality procedures and stop points Identify and resolve issues during construction, verify subcontractor resources for correcting deviations, and review corrective procedures for compliance with QCP and regulations Maintain accurate documentation of project progress and quality control measures Communicate effectively with clients, contractors, and stakeholders to ensure project expectations are met YOUR PROFILE Degree in civil engineering or a related field; equivalent professional experience is also considered Experience in civil construction, ideally in wind energy projects and in supervisory roles Solid understanding of quality control procedures and local as well as international regulations Strong communication and leadership skills with the ability to guide and motivate teams Proven ability to resolve conflicts and conduct audits in construction environments Fluency in German and English (minimum B2–C1), both written and spoken Proficiency in project-related documentation and stakeholder interaction A valid driver’s license recognized in Germany is required for this position ADDITIONAL REQUIREMENTS The following valid certifications and safety trainings are required for this position: Working at Heights certification (issued within the last 12 months) First Aid training Fire Awareness training Confined Spaces training (due to work in the foundation pit) WILLINGNESS TO TRAVEL: You are ready to travel and work flexibly on-site according to project requirements.
This role requires a deep understanding of aerodynamic principles and hands-on experience in rotor blade development. YOUR TASKS: Independently plan, structure, and execute technically complex aerodynamic design projects, including the development of new rotor blades and the detailed analysis of legacy designs Applying advanced fluid dynamics principles, leveraging high-fidelity simulation tools, and integrating multidisciplinary constraints to achieve optimal aerodynamic performance Development and continues improvement of prediction methods and industrialization of research approaches and methods Aerodynamic design, evaluation and optimization of wind turbine rotor blades Prepare and present technical results in engineering review meetings and communicate key findings, risks, and recommendations to senior management and other decision‑making stakeholders Automation of methods within the framework of in-house design tools Validation of results and method tuning using measurement data YOUR PROFILE: Master’s degree in Mechanical or Aeronautical Engineering, or a closely related field; a PhD is a strong advantage, particularly with specialization in aerodynamics Minimum of 5-8 years of professional experience in aerodynamic design or related engineering fields, ideally within the wind energy sector or similar industries involving complex fluid dynamics applications Strong organizational mindset with demonstrated ability to manage complex engineering projects from concept to execution Proficient in engineering programming, with hands-on experience in languages such as Python, C/C++, and MATLAB, applied to simulation, data analysis, and tool development Fluency in English is required; proficiency in German or Spanish is considered a plus Self-organized and self-driven personality with the ability to handle complex problems Ability to work in a multi-lingual, multi-locational and multicultural team YOUR BENEFITS Nordex offers a range of attractive benefits – here’s a selection of what you can look forward to.
This role requires a deep understanding of aerodynamic principles and hands-on experience in rotor blade development. YOUR TASKS: Independently plan, structure, and execute technically complex aerodynamic design projects, including the development of new rotor blades and the detailed analysis of legacy designs Applying advanced fluid dynamics principles, leveraging high-fidelity simulation tools, and integrating multidisciplinary constraints to achieve optimal aerodynamic performance Development and continues improvement of prediction methods and industrialization of research approaches and methods Aerodynamic design, evaluation and optimization of wind turbine rotor blades Prepare and present technical results in engineering review meetings and communicate key findings, risks, and recommendations to senior management and other decision‑making stakeholders Automation of methods within the framework of in-house design tools Validation of results and method tuning using measurement data YOUR PROFILE: Master’s degree in Mechanical or Aeronautical Engineering, or a closely related field; a PhD is a strong advantage, particularly with specialization in aerodynamics Minimum of 5-8 years of professional experience in aerodynamic design or related engineering fields, ideally within the wind energy sector or similar industries involving complex fluid dynamics applications Strong organizational mindset with demonstrated ability to manage complex engineering projects from concept to execution Proficient in engineering programming, with hands-on experience in languages such as Python, C/C++, and MATLAB, applied to simulation, data analysis, and tool development Fluency in English is required; proficiency in German or Spanish is considered a plus Self-organized and self-driven personality with the ability to handle complex problems Ability to work in a multi-lingual, multi-locational and multicultural team YOUR BENEFITS Nordex offers a range of attractive benefits – here’s a selection of what you can look forward to.
YOUR TASKS Implement the quality methodologies and procedures on site. Ensure that the quality control plan is strictly followed Supervise the correct execution of the different subprocess for the construction of the concrete towers Inspect the incoming elements on site: concrete tower segments, grouting materials, tower internals, etc.
YOUR TASKS Implement the quality methodologies and procedures on site. Ensure that the quality control plan is strictly followed Supervise the correct execution of the different subprocess for the construction of the concrete towers Inspect the incoming elements on site: concrete tower segments, grouting materials, tower internals, etc.