Top Engineering Jobs in Charlotte, NC

As a Principal Engineer at GitLab, you will lead technical direction for infrastructure platforms, ensuring scalability and resilience while mentoring senior talent and influencing architectural decisions across multiple teams.

The Engineering Manager will lead a team to enhance the repository experience, improving engineering workflows, hiring talent, and fostering high-quality standards.

Lead a team to enhance GitLab CI pipeline security, focusing on software supply chain security features and compliance with industry standards.

Lead the technical strategy for GitLab Secrets Manager, focusing on secure, multi-tenant secrets management architecture, integration with OpenBao, and collaboration across teams.

As a Senior Backend Engineer, you'll develop and enhance authentication strategies, improve access management, and ensure security for GitLab users, focusing on scalable solutions.

As a Senior Backend Engineer, you will develop and maintain deployment infrastructure for GitLab's self-managed customers, ensuring secure and scalable operations across various environments.

As a Principal Database Engineer, you will architect scalable PostgreSQL solutions, ensuring data reliability, performance, and collaborating with teams to build a robust data platform for GitLab's growth.

As a Principal Engineer, you will lead the Infrastructure Security Team to create and implement multi-year security strategies, architect security frameworks, and mentor engineers, ensuring security standards across cloud infrastructure.

Manage engineering teams focusing on application security scanning. Drive initiatives for auto-remediation, improve DAST crawler, and balance priorities across teams.

Lead a new ELT-level engineering pillar focused on AI-powered productivity, architectural transformation, and horizontal execution. Define AI and architecture roadmaps, set engineering best practices, build Architecture, Quality and Engineering Excellence and Horizontal Engineering teams, embed cross-cutting capacity into verticals, and drive reliability and cost-conscious design toward high availability targets.