Senior Cloud Backend Engineer - Asset Platform

CrowdStrike Holdings, Inc.; New York (NY); Hybrid; USD 140,000 - 215,000; Full time

Benefits offered by this job

Competitive compensation

Equity awards

Wellness programs

Vacation & holidays

Parental leave

Professional development

Employee networks

Vibrant office culture

Job summary

CrowdStrike is seeking a Sr. Software Engineer for the Cloud - Asset Platform. You will lead backend engineering for large-scale, cloud-based asset management systems, using Go, OpenSearch, Redis, Kafka, and Kubernetes.

This role is hybrid and requires visiting the office twice weekly once established. You will mentor teammates, drive architectural improvements, and contribute to open-source initiatives. Ideal candidates have a CS degree or equivalent experience, deep knowledge of distributed

Qualifications

• Degree in Computer Science or commensurate experience in distributed systems and software development.
• Experience building scalable backend services and cloud-based systems.
• Strong understanding of multi-threading, concurrency, and performance.
• Familiarity with testing, code reviews, and CI practices.

Responsibilities

• Lead backend engineering efforts from prototypes to large-scale applications.
• Develop cloud-based microservices and scalable data storage solutions.
• Collaborate across teams and mentor other developers.

Skills

Go backend

Distributed systems

Concurrency

Code reviews

Testing / TDD

Open source contribution

Education

Bachelor's degree in Computer Science

Tools

OpenSearch

ElasticSearch

Redis

Kafka

Kubernetes

Git

AWS

GCP

Job description

CrowdStrike is seeking a Sr. Software Engineer for the Cloud - Asset Platform. You will lead backend engineering for large-scale, cloud-based asset management systems, using Go, OpenSearch, Redis, Kafka, and Kubernetes.

This role is hybrid and requires visiting the office twice weekly once established. You will mentor teammates, drive architectural improvements, and contribute to open-source initiatives. Ideal candidates have a CS degree or equivalent experience, deep knowledge of distributed