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Join a team to build innovative Neo4j-powered solutions that detect fraud rings, money laundering networks, and account takeovers in real-time. You'll work at the intersection of data science, graph analytics, and financial crime prevention-helping our clients in the banking sector safeguard their operations and protect their customers.
Responsibilities:
- Model Complex Banking Data in Neo4j: Design and implement graph data models representing customers, accounts, transactions, devices, and their interconnected relationships.
- Apply Graph Data Science (GDS) Algorithms: Leverage Community Detection, Link Prediction, Node Embeddings, and Pathfinding algorithms to uncover hidden fraud patterns and suspicious networks.
- Build Real-Time Investigation Dashboards: Develop interactive visualisations usingNeo4j Bloom to empower Risk and AML teams with actionable insights.
- CollaborateAcross Teams: Partner closely with Risk Management, Anti-Money Laundering(AML), Compliance, and Data Science teams to translate business requirementsinto technical solutions that reduce fraud losses.
- Optimise Performance: Ensure scalability, performance tuning, and reliability of graph databases in production environments.
- Drive Innovation: Stay current with emerging graph technologies and fraud detection techniques, and contribute to continuous improvement of our analytics capabilities.
Requirements:
Must-Have
- 5-6years of overall IT experience, with 2+ years of hands-on experience working with Neo4j, Cypher query language, and Graph Data Science (GDS) library.
- Strongproficiency in Python for ETL pipelines, data processing, and integration withNeo4j GDS workflows.
- Solidunderstanding of graph database concepts, including data modelling, indexing,query optimisation, and performance tuning.
- Experienceapplying GDS algorithms such as Community Detection (Louvain, LabelPropagation), Link Prediction, Node Embeddings (Node2Vec, GraphSAGE), andCentrality measures.
- Familiaritywith Neo4j Bloom or similar graph visualisation tools for buildinginvestigative dashboards.
- Experiencein the Banking, Fraud Detection, or AML domain is highly preferred.
- Stronganalytical and problem-solving skills with the ability to translate complexbusiness requirements into technical solutions.
- Excellentcommunication and collaboration skills to work effectively withcross-functional teams.
Good-to-Have
- Experiencewith other graph databases (e.g., Amazon Neptune, TigerGraph, JanusGraph).
- Knowledgeof machine learning frameworks (e.g., scikit-learn, TensorFlow, PyTorch) andintegrating ML models with graph analytics.
- Familiaritywith cloud platforms (AWS, Azure, GCP) and deploying Neo4j in cloudenvironments.
- Understandingof data streaming technologies (Kafka, Kinesis) for real-time fraud detectionpipelines.
- Experiencewith CI/CD pipelines, Infrastructure as Code (Terraform, CloudFormation), andDevOps practices.
- Knowledgeof regulatory frameworks related to AML, KYC, and financial crime compliance.
- Neo4jCertified Professional or Graph Data Science certification is a plus.
Qualifications:
- Bachelor'sor Master's degree in Computer Science, Data Science, Information Technology,or a related field.
- 5-6years of experience in IT production, preferably in banking or financialservices
- Goodproblem-solving skills and ability to work under pressure in a fast-pacedenvironment.
- Strongcommunication skills with the ability to liaise effectively across teams.
Interested candidates may send their CV to MAC (Reg No. R1221300) [Confidential Information] quoting the job title in the Subject line. We regret that only shortlisted candidates will be notified.
Job ID: 151132955
Skills:
graph databases , Neo4j, Data Modeling, Sql, Python, Spark, Data Warehousing, Api Integration, Performance Tuning, ETL processes
Skills:
Performance Tuning, Neo4j, Python, Etl, data-streaming technologies, Indexing, Neo4j Bloom, query optimisation, Cypher, graph data modelling, Graph Data Science, graph algorithms
Skills:
Performance Tuning, Kafka, TigerGraph, Tensorflow, Kinesis, Pytorch, Terraform, Neo4j, Data Modelling, Python, AWS, Cloudformation, Gcp, Azure, JanusGraph, scikit-learn, Query optimisation, Graph database concepts, Pathfinding algorithms, Amazon Neptune, Neo4j Bloom, Link Prediction, Node Embeddings, Community Detection, Cypher query language, Indexing
Skills:
Performance Tuning, Kafka, TigerGraph, Tensorflow, Kinesis, Pytorch, Terraform, Neo4j, Data Modelling, Python, AWS, Cloudformation, Gcp, Azure, JanusGraph, scikit-learn, Query optimisation, Graph database concepts, Pathfinding algorithms, Amazon Neptune, Neo4j Bloom, Link Prediction, Node Embeddings, Community Detection, Cypher query language, Indexing
Skills:
Performance Tuning, Kafka, TigerGraph, Tensorflow, Pytorch, Kinesis, Neo4j, Terraform, Data Modelling, Python, AWS, Cloudformation, Gcp, Azure, JanusGraph, scikit-learn, Query optimisation, Graph database concepts, Pathfinding algorithms, Amazon Neptune, Neo4j Bloom, Link Prediction, Node Embeddings, Community Detection, Indexing, Cypher query language