Senior Security Engineer: .NET, Docker & Kubernetes

JPMorganChase; Columbus (OH); On-site; USD 140,000 - 210,000; Full time

Job summary

JPMorganChase in Columbus seeks a Lead Security Engineer to advance security across software, AI integration, and cloud-adjacent platforms.

You will design secure systems, mentor teams, and ensure resilient, auditable software delivery in a global financial institution. This role emphasizes secure coding, threat modeling, and applying enterprise security patterns to protect critical assets.

Qualifications

• Formal training or certification on security engineering concepts and 5+ years applied experience.
• Proficiency in C# on .NET 6 or later and SQL Server/T-SQL for enterprise development.
• Experience with CI/CD tools and version control like Git, Jenkins, and GitHub.

Responsibilities

• Design and deliver enterprise-scale security engineering solutions meeting internal requirements.
• Develop secure production code and maintain scalable algorithms.
• Use enterprise AI capabilities to speed threat modeling and security analysis, with proper data handling.
• Apply vulnerability tools to identify threats and improve coding hygiene and architecture.
• Produce architecture artifacts ensuring design constraints are met throughout the lifecycle.
• Lead AI-assisted development using tools like GitHub Copilot for secure delivery and reviews.
• Support agentic AI solutions including threat modeling, guardrails, and audit logging.

Skills

Security engineering

AI in security

Secure coding

CI/CD tooling

Threat modeling

Problem solving

Education

Security engineering certification

Tools

C# / .NET 6+

SQL Server / T-SQL

GitHub / Git / Jenkins

Visual Studio

Job description

JPMorganChase in Columbus seeks a Lead Security Engineer to advance security across software, AI integration, and cloud-adjacent platforms.

You will design secure systems, mentor teams, and ensure resilient, auditable software delivery in a global financial institution. This role emphasizes secure coding, threat modeling, and applying enterprise security patterns to protect critical assets.