Senior Backend Java Engineer

Join our agile R&D team as a Senior Backend Java Engineer, where you will be a key architectural driver for our Device Provisioning and Management platform on Google Cloud Platform (GCP). You will be responsible for the end-to-end success of major features, serving as a Technical Lead, mentoring junior developers, and pioneering the use of advanced LLMs to optimize device lifecycles. Your responsibilities will include architectural ownership, contract definition and coordination, feature grooming and delegation, database and storage leadership, advanced AI engineering, quality review and mentorship, and pipeline and tooling transformation.

• Architectural Ownership: Propose and facilitate technical discussions to arrive at agreed-upon architectural plans for high-throughput device provisioning, zero-touch enrollment, and lifecycle management services.
• Contract Definition & Coordination: Own the APIs for the Device Management Domain, coordinating with external hardware and consumer teams to ensure seamless integration, rapid registration, and data integrity.
• Advanced AI Engineering: Architect and implement advanced prompt engineering workflows utilizing Anthropic Claude to automate configuration generation, analyze complex device logs, and power conversational provisioning assistants.
• Database Mastery: Practical, deep experience managing and optimizing Postgres-based databases (ideally GCP AlloyDB) for high-concurrency write/read profiles
• Claude & Prompt Engineering: Practical experience leveraging Anthropic Claude (or similar advanced LLMs) for systemic prompt design, structured data extraction, and log parsing
• Experience & Impact: Bachelor’s degree plus 5+ years of progressive technical experience, demonstrating successful ownership of complex, distributed features and a track record of mentoring technical peers
• GCP Proficiency: Proven ability to deploy, manage, and scale microservices on GCP (GKE, Cloud Run, Cloud Storage, and database management)
• API/Contract Ownership: Extensive experience designing robust service contracts and managing dependencies between Python and Java microservices
• System Integrity: Deep understanding of scale challenges, fault-tolerant design, and the ability to anticipate and address stress points within high-availability provisioning architectures