Forward Deployed Engineer Iii, Generative Ai, Google Cloud

Google Google · Big Tech · Stockholm, Sweden

Forward Deployed Engineer III, Generative AI, Google Cloud. This role involves building and deploying custom agentic AI solutions within customer environments, focusing on integration, data readiness, and state management. The engineer will also contribute to product roadmaps by providing feedback from real-world deployments and building evaluation pipelines and observability frameworks. The role requires strong software development skills, experience with cloud AI platforms, RAG, and vector databases.

What you'd actually do

  1. Serve as a developer for complex AI applications, transitioning from prototypes to production-grade agentic workflows (e.g., multi-agent systems, MCP servers) that drive measurable ROI.
  2. Architect and code the connective tissue between Google’s AI products and customer's live infrastructure, including APIs, legacy data silos, and security perimeters as part of an expert team.
  3. Build high-performance evaluation pipelines and observability frameworks to ensure agentic systems meet requirements for accuracy, safety, and latency.
  4. Identify repeatable field patterns and friction points in Google’s AI stack, converting them into reusable modules or formal product feature requests for the Engineering teams.
  5. Co-build with customer engineering teams to instill Google-grade development best practices, ensuring long-term project success and high end-user adoption.

Skills

Required

  • software development using Python or similar coding languages
  • taking production-grade AI-driven solutions from conception to launch
  • architecting AI systems on cloud platforms (e.g., GCP)
  • building pipelines for structured and unstructured data using both vector databases and RAG-like architectures
  • leading technical discovery sessions

Nice to have

  • implementing multi-agent systems using frameworks (e.g., LangGraph, CrewAI, ADK)
  • complex patterns (e.g., ReAct, self-reflection, hierarchical delegation)
  • Knowledge of "LLM-native" metrics (e.g., tokens/sec, cost-per-request)
  • techniques for optimizing state management and granular tracing

What the JD emphasized

  • production-grade reality
  • production
  • enterprise-grade maturity
  • production-grade agentic workflows
  • production-grade AI-driven solutions

Other signals

  • building custom agentic solutions
  • transitioning from prototypes to production-grade agentic workflows
  • architecting AI systems on cloud platforms
  • building pipelines for structured and unstructured data using both vector databases and RAG-like architectures