Manager, Forward Deployed Engineering, Generative Ai, Google Cloud

Google Google · Big Tech · Chicago, IL +3

Manager for a Forward Deployed Engineering team focused on Generative AI within Google Cloud. The role involves leading AI/ML engineers to integrate AI products into customer production environments, providing technical mentorship, managing strategic alignment, and resolving production obstacles related to data, integration, and state management. Responsibilities include establishing engineering standards, partnering with sales, leading technical hiring, identifying skill gaps in emerging AI tech, and translating field insights into product roadmaps. The team deploys experts to key accounts and builds internal tools for efficiency. The role requires experience in developing AI/GenAI solutions, designing multi-agent workflows and RAG systems, and architecting AI solutions with a focus on data sovereignty, governance, and user trust through transparent and explainable interfaces. Experience in designing secure, observable multi-agent systems with state management and tool-calling protocols is also key.

What you'd actually do

  1. Establish code standards, architectural best practices, and benchmarks to elevate engineering excellence across the team.
  2. Partner with sales and tech leadership to define requirements for high-value opportunities, deploying specialized experts (e.g., ML operations, generative media, or agentic systems) to key accounts.
  3. Lead technical hiring for forward deployed engineering, evaluating AI/ML, systems engineering, and coding skills to build an engineering squad.
  4. Identify skill gaps in emerging tech (e.g., MCP, tool-calling, and foundation models), ensuring the team maintains subject matter knowledge in an evolving AI stack.
  5. Collaborate with product and engineering to resolve blockers and translate field insights into roadmaps, building internal tools to drive organizational efficiency.

Skills

Required

  • Python
  • managing a software engineering team
  • managing a technical customer-facing team
  • developing AI/Generative AI solutions
  • designing multi-agent workflows
  • RAG systems
  • managing technical teams

Nice to have

  • AI
  • computer science
  • architecting AI solutions
  • data sovereignty
  • secure governance
  • designing intuitive interfaces for AI and agentic systems
  • context engineering
  • transparency
  • explainability
  • user trust
  • design secure, observable multi-agent systems
  • design patterns (e.g., ReAct, self-reflection, etc.)
  • state management
  • tool-calling protocols

What the JD emphasized

  • managing high-level strategic alignment
  • resolve production obstacles
  • data readiness issues
  • integration complexities
  • state-management challenges
  • deploying specialized experts
  • agentic systems
  • skill gaps in emerging tech
  • tool-calling
  • foundation models
  • translating field insights into roadmaps
  • building internal tools
  • developing AI/Generative AI solutions
  • designing multi-agent workflows
  • RAG systems
  • architecting AI solutions
  • data sovereignty
  • secure governance
  • designing intuitive interfaces for AI and agentic systems
  • context engineering
  • transparency
  • explainability
  • foster user trust
  • design secure, observable multi-agent systems
  • state management
  • tool-calling protocols

Other signals

  • leading AI/ML engineers
  • bridging the gap between AI products and production reality within customers
  • empowering and unblocking the team as they resolve production obstacles
  • data readiness issues, integration complexities, and state-management challenges
  • deploying specialized experts (e.g., ML operations, generative media, or agentic systems) to key accounts
  • identifying skill gaps in emerging tech (e.g., MCP, tool-calling, and foundation models)
  • translating field insights into roadmaps
  • building internal tools to drive organizational efficiency
  • developing AI/Generative AI solutions utilizing AI tools and designing multi-agent workflows and RAG systems
  • architecting AI solutions within infrastructures, ensuring data sovereignty and secure governance
  • designing intuitive interfaces for AI and agentic systems, prioritizing context engineering, transparency, and explainability to foster user trust
  • design secure, observable multi-agent systems using design patterns (e.g., ReAct, self-reflection, etc.), state management, and tool-calling protocols