Forward Deployed Engineering Manager, Genai, Google Cloud

Google Google · Big Tech · Singapore

Manager of GenAI Forward Deployed Engineering (FDE) team leading AI/ML engineers to deploy bespoke agentic solutions within customer environments. Responsibilities include technical mentorship, hiring, identifying skill gaps, and collaborating with product/engineering to resolve blockers and translate field insights. Focus on designing multi-agent workflows and RAG systems, architecting AI solutions, and ensuring secure, observable systems.

What you'd actually do

  1. Serve as the ultimate technical lead, establishing 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 (MLOps, GenMedia, or Agentic systems) to key accounts.
  3. Lead technical hiring for forward deployed engineering, evaluating Artificial Intelligence/Machine Learning (AI/ML) expertise, systems engineering, and coding skills to build an engineering squad.
  4. Identify skill gaps in emerging tech (model context protocol (MCP), tool-calling, and foundation models), ensuring the team maintains subject matter expertise in an evolving AI stack.
  5. Collaborate with product and engineering to resolve blockers and translate field insights into road maps, building internal tools to drive organizational efficiency.

Skills

Required

  • cloud computing
  • technical customer-facing role
  • managing a software engineering, forward deployed engineering, or a similar technical customer-facing team
  • developing AI/Generative AI (GenAI) solutions utilizing AI tools
  • designing multi-agent workflows
  • Retrieval-Augmented Generation (RAG) systems

Nice to have

  • Master’s degree or PhD in AI, Computer Science, or a related technical field
  • architecting AI solutions within complex infrastructures
  • ensuring data sovereignty and secure governance
  • designing intuitive interfaces for complex AI and agentic systems
  • context engineering
  • transparency
  • explainability
  • deep ‘discovery’ interviews
  • translate complex hardware/AI constraints for C-suites and deep-technical teams
  • design secure, observable multi-agent systems
  • complex design patterns (e.g., ReAct, self-reflection)
  • state management
  • tool-calling protocols

What the JD emphasized

  • deploying bespoke agentic solutions directly within customer environments
  • resolve production-level obstacles, including data readiness issues, integration complexities, and state-management challenges
  • designing multi-agent workflows and Retrieval-Augmented Generation (RAG) systems
  • design secure, observable multi-agent systems using complex design patterns (e.g., ReAct, self-reflection), state management, and tool-calling protocols

Other signals

  • leading a team of AI/ML engineers
  • deploying bespoke agentic solutions directly within customer environments
  • resolve production-level obstacles, including data readiness issues, integration complexities, and state-management challenges
  • technical mentorship
  • partner with sales and tech leadership
  • deploying specialized experts (MLOps, GenMedia, or Agentic systems) to key accounts
  • lead technical hiring
  • evaluating Artificial Intelligence/Machine Learning (AI/ML) expertise
  • identifying skill gaps in emerging tech (model context protocol (MCP), tool-calling, and foundation models)
  • collaborate with product and engineering to resolve blockers and translate field insights into road maps
  • building internal tools to drive organizational efficiency
  • developing AI/Generative AI (GenAI) solutions utilizing AI tools
  • designing multi-agent workflows and Retrieval-Augmented Generation (RAG) systems
  • architecting AI solutions within complex infrastructures
  • designing intuitive interfaces for complex AI and agentic systems
  • ability to perform deep ‘discovery’ interviews to find the true business problem
  • translate complex hardware/AI constraints for C-suites and deep-technical teams
  • design secure, observable multi-agent systems using complex design patterns (e.g., ReAct, self-reflection), state management, and tool-calling protocols