Ofertas de empleo en GE Vernova

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Job Description Summary

The Wind Turbine Controls Engineer is part of the Turbine Functionality team which is part of the Controls & Operability organization which handles the full lifecycle of wind turbine controls development – development of new technologies, design and implementation on the actual product, prototype and field testing, and field issue resolution. In this role you will develop controls software for the wind turbine mechanical and electrical components. Additionally, you will be responsible for the development, improvement, and quality assurance of wind turbine control systems. This role provides first-hand knowledge of wind turbines & controls system design.

Job Description

As an intern, you’ll partner with your assignment leader to down-select and scope 1–2 projects aligned to your interests and track, with clear ownership from requirements through implementation and validation. Project options include:

• AI Controls Development—accelerate time‑intensive controls work by defining and validating interfaces, workflows, and prompting to enhance existing processes.
• End‑to‑end Alarm Management—own a defined set of alarms to improve availability, reliability, and serviceability while minimizing nuisance trips and flooding; perform fleet and Pareto analyses, identify false positives, document rationalization, write requirements, conduct failure analyses, and implement code changes.
• Feature redesign—extend the latest redesign efforts to additional platforms by identifying applicability gaps, defining added requirements, adapting/integrating controls code, and planning/executing HIL tests to validate changes.
  
  

• Nivel de experiencia---
• Tipo de contratoTemporal
• PublicadaNueva

. Python MATLAB Office

Job Description Summary

Assessment of the uncertainties of the measurements in the validation of a Wind Turbine design across the full Data Acquisition chain. In a second step, extend the assessment to the uncertainties related to simulation and test prediction in the design phase.

Job Description

Evaluation of measurements uncertainties in WT validation

• One important part of a new product introduction process is to validate the product design. To do that, design engineers request to Validation team to carry out tests in Wind Turbine prototypes or fleet leaders. Then, Validation engineers are in charge of defining, planning, executing and reporting the test results. When reporting test results, comparison to expected values given by design engineers is done in order to verify or validate the models to identify risks. To do that, it is key to understand the uncertainties of measurements and expected values. In this role, you will have to deep dive into the assessment of measurement uncertainties. This should be guided by international standards such us ISO/IEC Guide 98-3 and IEC61400-13. As an example, Type A and Type B uncertainties should be analyzed conducting basic research, and applied research and development. The first step will be to standardize uncertainties assessment and reports for the different aspects related to Validation (loads, temperatures, deflections) and to identify opportunities to reduce the measurement uncertainties-.A second step on this role will be to work with design engineers to estimate uncertainties related to simulations or test predictions. We would like to estimate the uncertainties related to model inputs, extrapolations, model simplifications, model assumptions The main goal is to have a better understanding of the risks and cost out opportunities of our product designs when comparing measurement and simulations.
  
  

• Perform statistical and uncertainty analysis on collected data.
• Check for best practices in measurement and validation within the industry and standards.
• Recognize and document all potential sources of measurement uncertainty.
• Develop and refine test protocols to ensure accurate and reliable measurements.
• Prepare comprehensive reports detailing findings, uncertainties, and recommendations.
• Communicate results to stakeholders through presentations and meetings.
• Seek ways to improve test methods and reduce measurement uncertainties.
  
  

• Fluent in English
• Good command of MS Office
• Fluent in calculation tools such as Matlab, Python or Famos
• Knowledge in DAQ (measurement instrumentation, data recorders, etc.)
• Active University student status
• Preference start date: February 2026 (but no later than April 2026)
• Work style: Mainly office work (Barcelona) with flexibility of remote
• If contracted in Spain: Non-national candidates are responsible to know the minimum documentation requirements to be able to be contracted in country: NIE- Social Security Affiliation Number in Spain (NAF) and Bank Account in Spain. They must be in possession of them at the time of start hiring. GE will not sponsor this requirement.
  
  

• Strong verbal and written communication skills (English is mandatory, Spanish is a surplus)
• Skills in data analysis software (e.g., MATLAB, Python, FAMOS)
• Ability to collaborate effectively with engineers, technicians, and other departments
• Logical thinking
  
  

• Experience on Wind Turbine technology
• Knowledge on Data Acquisition Systems
• Basic knowledge of design validation
  
  

• Nivel de experiencia---
• Tipo de contratoTemporal
• PublicadaNueva

. Python QA MATLAB Office

Job Description Summary

Intern in Wind Control Engineering- FDI 3.0 Alarm Persistence and Recovery Architecture

Job Description

Roles and Responsibilities

• Support in migration of FDI2.0, Update configurations, interfaces, and documentation under guidance
• Develop FDI3.0 architecture for alarm handling after power los
• Prototype and evaluate approaches for alarm persistence, recovery logic, data integrity, and state restoration
• Document architecture decisions and trade-offs and update the design memo to reflect proposed FDI3.0 architecture
• Support FDI3.0 rollout across subsystems and Run quality checks in simulation using SIL/HIL platforms
• Create validation status report, Ensure traceability from requirements to tests and results
  
  

• Currently pursuing a BS/MS in Electrical/Computer/Software Engineering, Computer Science, or related field/ experience
• Solid fundamentals in one or more: embedded/controls systems, software engineering, or systems engineering
• Experience with at least one: Python, C/C++, or MATLAB/Simulink
• Strong analytical, problem-solving, and communication skills
• Active student status is mandatory
• Work style: full time presence in Barcelona office is required
• English knowledge with working efficiency is essential
• Spanish not mandatory but advantage
• If contracted in Spain: Non-national candidates are responsible to know the minimum documentation requirements to be able to be contracted in country: NIE- Social Security Affiliation Number in Spain (NAF) and Bank Account in Spain. They must be in possession of them at the time of start hiring. GE will not sponsor this
  
  

• Coursework/project experience in alarm management, resilience/recovery, or state machines or similar
• Experience with PLC programing, simulation or HIL validation platforms
• Exposure to power/energy systems or industrial controls is a plus
  
  

• Hands-on impact on a platform transition (FDI2.0 to FDI3.0) with real deliverables in architecture, validation, and rollout
• Mentorship from engineers across systems, controls, and QA
• Exposure to industrial-grade development and validation practices
• Experience on tools and softwares like Matlab, Python, Basic knowledge of sensor integration with the software and associated challenges