• Architect, develop and implement end-to-end cluster and application lifecycles • Work with clients architecting, developing and implementing Kubernetes or Docker solutions both in the Cloud and on-premises • Develop and implement CI/CD pipelines • Implement GitOps for Software Delivery

• Develop scalable backend APIs and microservices using Typescript, Node.JS, C# and Python • Develop scalable web applications in React • Write comprehensive unit tests with proper assertions and maintain high test coverage across frontend and backend codebases • Design and write testable code following Test-Driven Development (TDD) principles when applicable • Implement and maintain CI/CD pipelines for automated testing, building and deployment • Design and maintain cloud infrastructure using Infrastructure as Code (IaC) tools on AWS • Architect and implement serverless solutions leveraging AWS Lambda, API Gateway, DynamoDB, ECS Fargate and other AWS services • Collaborate with cross-functional teams to deliver high-quality software solutions • Participate in code reviews and maintain coding standards • Monitor application performance and implement optimizations • Troubleshoot and resolve technical issues across the full stack • Stay current with emerging technologies and AWS service updates • Document technical designs and maintain system documentation

• Lead and develop multiple engineering teams responsible for core credit capabilities. • Drive platform resiliency, scalability, and operational excellence. • Partner with Product to shape roadmap, sequencing, and delivery strategy. • Establish clear engineering standards around quality, reliability, testing, and documentation. • Improve execution rigor including planning, sprint hygiene, and measurable outcomes. • Lead architectural discussions and make high quality technical decisions. • Stay close to the codebase and system design while empowering teams to execute. • Recruit and develop top engineering talent and actively build bench strength. • Create a culture of ownership, accountability, and continuous improvement.

• With minimal direction, define and decompose requirements related to airborne algorithms • Provide architecture-level insight and direction for and formulate conceptual designs the design of high assurance airborne algorithms • Involvement in all technical aspects of driving a design from paper to the field • Solve complex problems in flight dynamics, aviation, advanced mathematics and physics • Incorporate and champion the use of groundbreaking Model-Based Development Tools • Perform Verification and Validation to the highest levels of Rigor of the systems on which you work • Participation in the full System Engineering Lifecycle from Requirements Capture to Verification and Documentation • Travel up to 5% as needed.