Snowflake Data Engineer with AWS

Job description

Overall Experience: 8 to 15 Years Job Location: Bengaluru/Hyderabad Notice Period: 0-90 Days Job Requirements\\* Key Responsibilities\\* • Own end-to-end technical delivery of key initiatives, ensuring solutions are delivered with quality, scalability, security, and operational readiness. • Lead and mentor a team of engineers, fostering technical excellence, knowledge sharing, and continuous improvement across the team. • Drive architecture and design decisions for event-driven integrations, canonical data models, orchestration frameworks, and platform capabilities. • Define and enforce engineering standards, secure-by-design principles, cloud best practices, data governance and non-functional requirements for resilience, scalability, and supportability. • Design, develop, and operate real-time event-driven integration services using Golang and Python. • Build and enhance the Service Layer platform that orchestrates Quote-to-Cash workflows across enterprise applications. • Design and implement canonical data models, transformation frameworks, validation rules, and integration contracts that standardize communication across multiple business systems. • Design and implement scalable Kafka-based event processing solutions with support for retries, idempotency, sequencing, replay, and fault recovery. • Design and implement large-scale ETL, migration, reconciliation, and data-quality solutions using AWS Glue, Step Functions, Snowflake, PostgreSQL, and ClickHouse. • Design and implement observability, monitoring, alerting, and operational dashboards to enable end-to-end workflow visibility and supportability. • Partner with Product Managers, Architects, Enterprise Data teams, and other cross-functional stakeholders to define technical roadmaps and execution plans. • Lead code reviews, design reviews, technical governance activities, and engineering best-practice adoption across the team. • Drive engineering standards covering software development lifecycle, CI/CD, security, observability, resiliency, and cloud-native architecture patterns.