Software Engineering Manager Ii, Agentic Planning and Memory

Google Google · Big Tech · Mountain View, CA +1

Google is seeking a Software Engineering Manager II for their Agentic Planning and Memory team. This role involves leading engineers to build next-generation agentic capabilities for Google Workspace, focusing on advanced function-calling for autonomous workflows and an agentic memory layer for improved context retention. The manager will oversee technical roadmaps, system design, and integration of these capabilities into core products, impacting billions of users.

What you'd actually do

  1. Design and architect available systems for agentic planning and memory management.
  2. Ensure the reliability and performance of agentic workflows and memory retrieval systems.
  3. Define the long-term technical roadmap for the agentic memory layer and planning infrastructure.
  4. Lead system designs that enable autonomous tool-calling and context awareness.
  5. Collaborate across teams to integrate function-calling capabilities into core workspace products.

Skills

Required

  • software development
  • machine learning (ML) design
  • optimizing ML infrastructure
  • model deployment
  • model evaluation
  • data processing
  • debugging
  • fine tuning
  • technical leadership
  • GenAI techniques
  • LLMs
  • Multi-Modal
  • Large Vision Models
  • language modeling
  • computer vision
  • people management
  • team leadership

Nice to have

  • Master’s degree or PhD in engineering, computer science, or a related technical field
  • working in a changing organization involving cross-functional or cross-business projects

What the JD emphasized

  • technical leadership
  • manage a team of Engineers
  • manage your project goals
  • help develop your team
  • manage engineers across multiple teams and locations
  • manage a large product budget
  • oversee the deployment of large-scale projects
  • people management or team leadership role

Other signals

  • building next-generation agentic capabilities
  • advanced general function-calling approaches
  • agentic memory layer
  • autonomous execute workflows
  • retain and utilize context more efficiently