Actimize architect

Key Responsibilities

• Design end-to-end architecture for NICE Actimize AML and financial crime management solutions.
• Lead implementation, customization, configuration, integration, and deployment of Actimize applications.
• Define technical architecture, application components, interfaces, data flows, and integration patterns.
• Provide expertise in Actimize SAM, CDD, KYC, IFM, RCM, and related modules, as applicable.
• Design and optimize transaction monitoring scenarios, detection rules, thresholds, and alert-generation workflows.
• Oversee data ingestion, ETL processes, source-to-target mapping, data quality, and reconciliation.
• Work with SQL, Oracle or other relational databases, Unix/Linux, scripting, and performance tuning.
• Integrate Actimize with core banking systems, payment platforms, customer data systems, and external screening solutions.
• Establish non-functional requirements covering scalability, availability, security, resilience, and performance.
• Lead technical design reviews, code reviews, troubleshooting, and production issue resolution.
• Support deployment planning, environment management, release governance, and disaster recovery.
• Collaborate with business analysts, AML SMEs, developers, testers, DevOps, and compliance stakeholders.
• Mentor technical teams and ensure adherence to enterprise architecture and regulatory requirements.

Required Technical Skills

• Strong experience with NICE Actimize architecture and implementation.
• Expertise in AML transaction monitoring and financial crime compliance workflows.
• Strong SQL and database skills, including data analysis and performance optimization.
• Experience with ETL, data mapping, system integration, and batch processing.
• Knowledge of APIs, web services, messaging, and enterprise integration patterns.
• Familiarity with Unix/Linux, scripting, application troubleshooting, and deployment processes.
• Experience with high-volume transaction processing and production support.
• Understanding of secure application design, auditability, and regulatory compliance