Senior Director of Engineering, Traffic and Networking

Snowflake Snowflake · Data AI · WA-Bellevue, United States · Engineering

This role is for a Senior Director of Engineering leading the Traffic and Networking group, responsible for the global cloud infrastructure's connectivity, ingress, egress, and domain management. The focus is on building and scaling software solutions for networking across multiple cloud providers, ensuring robust domain management, efficient traffic flow, and reliable connectivity. While the company emphasizes AI and an 'agentic enterprise', this specific role is focused on the core infrastructure that supports these initiatives, not on building AI models or agents directly.

What you'd actually do

  1. Define the roadmap for Snowflake’s networking foundation and be accountable for the execution of complex plans and deliverables.
  2. Guide your team in building software solutions that automate and scale networking across multiple cloud providers including AWS, Azure, and GCP.
  3. Lead projects from initial idea through design and implementation, collaborating with teams in the US, Ireland, Poland, and beyond.
  4. Provide deep technical expertise with a focus on high-performance, security, and the abstraction of complex cloud networking layers.
  5. Actively recruit, hire, and grow a diverse team of industry veterans and rising stars.

Skills

Required

  • 15+ years of software engineering experience
  • 5+ years in engineering management leading leaders
  • Distributed Systems Expertise
  • networking
  • compute
  • storage
  • Cloud fluency
  • SaaS background
  • multi-tenant or multi-single-tenant SaaS model
  • Communication skills
  • BS/MS/PhD in Computer Science or related field, or equivalent practical experience

Nice to have

  • AI-native thinkers
  • experimental mindset

What the JD emphasized

  • networking foundation
  • scale networking
  • complex cloud networking layers
  • large-scale production infrastructure
  • billions of complex queries and massive traffic ingress/egress
  • evolving a network architecture
  • modernizing legacy infrastructure
  • designing the next-generation connectivity model
  • own the full traffic stack