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CrowdStrike · 16 hours ago

Backend Engineer III - Charlotte AI (Remote, EST)

United States

Full-time

Remote

Mid Level

$120K/yr - $180K/yr

CrowdStrike is a global leader in cybersecurity, committed to stopping breaches with their advanced AI-native platform. The role involves building scalable cloud ecosystems and advancing backend microservices, while collaborating with various teams to enhance solutions and support customers.

Artificial Intelligence (AI)Cloud Data ServicesCloud SecurityCyber SecurityNetwork Security

Growth Opportunities

No H1B

U.S. Citizen Only

Responsibilities

Advance backend microservices, pinpointing and addressing critical concerns to implement effective solutions

Employ established CrowdStrike tools and services to build cloud solutions for detecting and countering targeted cyber assaults

Innovate with Large Language Models to develop and refine Charlotte AI's capabilities

Construct and maintain data pipelines, engage in data upkeep, and contribute to the training and implementation of custom LLMs

Collaborate across various teams to brainstorm, define, and devise solutions

Commit to ongoing learning and self-improvement

Stay attuned to our customers' challenges, always seeking ways to enhance support

Emphasize top-tier coding quality by adhering to best practices, rigorous testing, and thorough logging and metrics

Work within a collaborative and agile team environment

Contribute to mentoring fellow engineers across a spectrum of technologies and also absorb knowledge from them

Constantly explore ways to refine product architecture, knowledge models, user experience, performance, and reliability

Own your work with autonomy, end to end: develop, test, deploy and monitor your changes

Thrive in an environment that highly values trust

Qualification

GolangLarge Language ModelsDistributed SystemsMicroservicesBig DataAWSPythonDockerKubernetesRedisKafkaGITCassandraElasticSearch

Required

Degree in Computer Science (or professional experience in data structures/algorithms/distributed systems)

Understanding scalability and distributed systems i.e. sharding, partitioning, concurrency, etc

Being a team player

A thorough understanding of engineering best practices from appropriate testing paradigms to effective peer code reviews and resilient architecture

The ability to thrive in a test-driven, collaborative, and iterative programming environment

The skills to meet your commitments on time and produce high-quality software that is unit tested, code reviewed and checked in regularly for continuous integration