Director, Engineering, Ng-siem Serverless Platform (hybrid)

CrowdStrike CrowdStrike · Enterprise · Sunnyvale, CA +1

CrowdStrike is seeking a Director of Engineering for their NG-SIEM Serverless Platform team. This role involves building and operating global systems for a massive event data store and search service, focusing on availability, scalability, and cost efficiency. The director will lead multiple engineering teams, own technical vision and roadmap, and ensure operational excellence for a cybersecurity platform that processes trillions of events daily.

What you'd actually do

  1. Uphold operational excellence for the region-level and cell-level serverless platform systems. Be a champion of secure, high-quality engineering, and drive teams towards architectures that strike right balance between availability, scalability, and cost;
  2. Lead by example on customer and product focus;
  3. Move our product mission forward: partner with multiple stakeholders to develop technical and product strategy and roadmap, and own the execution of that roadmap. Independently balance constraints around distributed system engineering, end-end system resilience, and hardware utilization;
  4. CrowdStrike is growing and you will be instrumental in the hiring, retention, mentorship, and growth of our world class engineering teams;
  5. Your impact is not bounded and you will be enabled to engage and collaborate with various teams and ensure our platform's success. You will work cross functionally with your peers in the product engineering organization, the platform engineering organization, as well as with field leaders in sales, customer success, and support;

Skills

Required

  • 12+ years of experience operating, architecting, designing, upholding SLOs for, and developing distributed system platform software products/releases
  • 8+ years of experience managing teams of 6+ individual contributors
  • 3+ years of managing several teams and managers
  • Experience scaling up large SaaS-type offerings
  • Experience with distributed system engineering
  • Experience with end-to-end system resilience
  • Experience with hardware utilization
  • Experience with hiring, retention, mentorship, and growth of engineering teams
  • Experience working cross functionally with product engineering, platform engineering, sales, customer success, and support
  • Experience working with remote teams across geographies and cultures
  • Ability to communicate and articulate crisply at all levels

Nice to have

  • Experience in a similar role within a hyperscaler cloud company (AWS, Azure, GCP) or similar large-scale platform provider
  • Successful track record of scaling up large SaaS-type offerings to >3M CPU cores while increasing resilience and reducing unit costs
  • Deep expertise in cloud-native architectures and serverless computing paradigms
  • Experience with hybrid cloud environments
  • Exposure to/experience with cybersecurity and intelligence
  • Machine learning and data science familiarity and hands-on experience

What the JD emphasized

  • 12+ years of experience operating, architecting, designing, upholding SLOs for, and developing distributed system platform software products/releases, preferably in a hyper-scale cloud environment, across all phases of the development lifecycle
  • 8+ years of experience managing teams of 6+ individual contributors reporting to you and delivering multiple major milestones of products, as well as 3+ years of managing several teams and managers that report to you. Demonstrated track record of building strong engineering teams and management teams
  • Successful track record of scaling up large SaaS-type offerings (e.g., to >500k CPU cores), while handling unit cost optimisation and capacity forecasting
  • Demonstrated track record of operational excellence when operating services that span many components across several geographical regions
  • Shown capability to solve complex scenarios of integrating multiple systems and services that are operating 24/7
  • Proven ability to lead from the front during operational incidents