AEP AJO Developer

Job Description

Role Summary Work across Adobe Experience Platform (AEP) and Adobe Journey Optimizer (AJO) to design data models, implement real-time ingestion, configure identity resolution, and orchestrate omni-channel journeys. Own end-to-end solutioning from data pipelines to activation, ensuring governance, privacy compliance, and measurable outcomes. Core Responsibilities (All Levels) Implement AEP data pipelines: Sources, datasets, XDM schemas, identity namespaces, and profile stitching. Configure AEP RT-CDP: Segments, audiences, destinations (e.g., email/SMS, ad platforms), consent & governance controls. Build AJO journeys & campaigns: Triggers, eligibility rules, orchestration logic, templates, personalization, experimentation. Integrate event sources (Streaming, batch), Edge implementations, and decisioning. Establish monitoring & QA: Data quality checks, segment population, journey performance, deliverability, error handling. Collaborate with QA, Analytics, and Marketing Ops; document solutions & runbooks; provide L3 support. Ensure privacy/compliance: Consent, opt-outs, data retention, PII handling, and regulatory adherence. Optimize performance: throughput, latency, identity match rates, and downstream activation success. Must-Have Skills Strong hands-on AEP: XDM schema design, identity resolution, profiles, segments, sources/destinations. AJO: Journey design, event triggers, audience eligibility, templates, offers/personalization, throttling, frequency capping. Edge Network basics and tag management (Adobe Launch / other TMS). Practical experience with JSON, APIs, webhooks, and data transformation. Understanding of data privacy, consent frameworks, and enterprise governance. Nice-to-Have Adobe Target/Offers decisioning, Adobe Campaign integration, message rendering for email/SMS/push. Experience with Kafka/Kinesis, Snowflake/BigQuery, ETL/ELT tools. Basic scripting: Python/Node for utilities; CI/CD for configuration as code. Familiarity with customer data platforms (CDPs) and cross-channel activation patterns.