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Key Responsibilities
Develop data-driven models for failure detection, root-cause analysis, maintenance planning, asset reliability, and operational optimisation
Identify inefficiencies in technical and operational workflows and propose AI-enabled improvements
Build predictive models for safety, reliability, and risk management, including uncertainty
quantification
Apply large language models to automate processes, extract insights from unstructured data, and improve knowledge retrieval and decision consistency
Design AI tools supporting engineering, operations, service, and commercial teams
Deliver data products with actionable insights and clear business-aligned recommendations
Develop short- and medium-term forecasting models for asset performance, demand, and resource planning
Support scenario analysis and planning optimisation
Collaborate with engineering, manufacturing, operations, and software teams to deploy scalable, maintainable models and continuously improve performance
Qualifications & Experience
MSc or PhD preferred in Data Science, Applied Mathematics, Computer Science, Engineering, or Physics
5+ years of experience applying ML/AI to real-world systems with proven production delivery
Strong Python skills and experience in time-series analysis, forecasting, statistical modelling, ML, model validation, and lifecycle management
Experience with large-scale datasets and distributed systems
Nice to Have:
PyTorch/TensorFlow, optimisation, digital twins or physics-informed ML,
DevOps/APIs/cloud platforms, and exposure to energy markets or operational optimisation
Personal Attributes:
Systems thinker, cross-domain collaborator, able to explain complex models to non-experts, pragmatic, curious, and impact-focused
Compétences linguistiques
- English
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