Descripción de la oferta
In Vestas, we #PowerTheSolution – Can you?Region MED > SBU MED Service > MED - ElectricalThe L2, Software & Electrical Engineering Department, within MED Electrical, plays a critical role in ensuring the performance, reliability, and safety of modern wind turbine systems. The department main priorities are the integration and maintenance of all electrical and software components that enable efficient turbine operation, grid compliance, and advanced monitoring capabilities.ResponsibilitiesLiaise with internal and external stakeholders to ensure technical queries, variations, and payment claims are assessed promptlyEnsure all work carried out follows Vestas Quality and Site Safety requirementsIdentify technical risks and propose mitigation strategiesCollaborate with engineering teams to understand root causes and translate findings into actionable solutionsCoordinate with cross-functional teams to analyze data and identify operational issuesQualificationsDegree in Electrical Engineering, Software Engineering, or a related technical fieldSolid understanding of turbine control principles, generator/converter behavior, and grid complianceExperience with control system diagnostics and embedded software environmentsFamiliarity with PLC programming, software update processes, and version controlExperience working within structured product‑development processes and internal engineering proceduresFluent in English, both written and spokenCompetenciesExperienced analytical skills with the ability to interpret complex data and identify trendsMotivated mindset with the focus on structured problem-solvingEffective communicator who bridges technical and non-technical teamsCollaborative contributor with experience working across departments and with field teamsCapable of adjusting to new conditions and inspired to contribute to improvementsComfortable working in multicultural, international environmentsWhat We OfferWe offer an exciting and international role in the sustainable energy sector, where you will be part of a global leader in wind turbine technology. You will join a highly skilled and proficient technical environment, where your technical skills will directly contribute to the performance and reliability of our turbine platforms. As an Electrical Technical Lead, you will have the opportunity to grow professionally through challenging tasks, close collaboration with domain experts, and exposure to cross-functional projects. We are committed to supporting your continued development as a specialist within control systems, diagnostics, and continuous improvement. You will be based in one of our MED Offices or Service Centers, where we cultivate a sense of collaboration. We believe that great results come from great teamwork, and you will be invited to meaningfully take part in our inclusive and engaging work culture.Additional InformationThis is a hybrid position and requires up to 5 days of travel per year.Our commitment to a fair hiringAt Vestas, we evaluate all candidates solely based on their professional experience, education, and relevant skills. To support a fair recruitment process, we kindly ask that you remove any photos, dates of birth or graduation, gender pronouns, marital status, or other personal information not relevant to the role before submitting your CV/resume. Your CV/resume should focus on your professional and educational background, along with the necessary contact details (email and phone number). We train our hiring teams in inclusive evaluation and regularly review process outcomes to ensure fairness.DEIB StatementAt Vestas, we recognize the value of diversity, equity, and inclusion in driving innovation and success. We strongly encourage individuals from all backgrounds to apply, particularly those who may hesitate due to their identity or feel they do not meet every criterion. As our CEO states, "Expertise and talent come in many forms, and a diverse workforce enhances our ability to think differently and solve the complex challenges of our industry". Your unique perspective is what will help us power the solution for a sustainable, green energy future.
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