Identity Resolution Lead: Graph ML & MDM Expert

NES Fircroft; England; Sur place; GBP 90 000 - 130 000; Plein temps

Résumé du poste

NES Fircroft is seeking an Identity Resolution Lead / Senior Data Scientist to design and deliver graph-based identity matching across enterprise data platforms. The role leverages graph-based entity resolution, record linkage, fuzzy matching, and ML techniques to resolve customer identities where deterministic rules are insufficient.

The candidate will build scalable pipelines, define matching-quality metrics, and integrate outputs into Customer Master, MDM, and golden-layer architectures,

Qualifications

• Identity resolution using graph-based approaches and record linkage.
• Fuzzy matching and ML-based identity resolution for customer identities.
• MLOps and feature store technologies in production pipelines.
• Customer Master Data Management (MDM) integration.

Responsabilités

• Develop and deploy scalable identity resolution solutions using graph-based and ML-driven approaches.
• Design matching frameworks that improve customer identity accuracy and reduce identity drift.
• Define and monitor matching-quality metrics to continuously improve performance.
• Integrate identity resolution outputs into Customer Master, MDM, and golden-layer architectures.
• Build reusable frameworks and MLOps-enabled pipelines to support long-term scalability.
• Contribute to the evolution of customer-spine and customer hierarchy capabilities.

Connaissances

Graph/entity resolution

Fuzzy matching

MLOps

MDM

Description du poste

NES Fircroft is seeking an Identity Resolution Lead / Senior Data Scientist to design and deliver graph-based identity matching across enterprise data platforms. The role leverages graph-based entity resolution, record linkage, fuzzy matching, and ML techniques to resolve customer identities where deterministic rules are insufficient.

The candidate will build scalable pipelines, define matching-quality metrics, and integrate outputs into Customer Master, MDM, and golden-layer architectures,