Senior Full-Stack Engineering Leader - Cloud & Microservices

Capital One; McLean (VA); On-site; USD 209,000 - 262,400; Full time

Job summary

Capital One in McLean, VA seeks a Senior Manager of Software Engineering, Full Stack, to lead a portfolio of distributed microservices and full‑stack projects that support regulatory and customer outcomes.

You will mentor engineers, contribute code occasionally, collaborate with product managers, and leverage JavaScript, Java, TypeScript, SQL, Python, Go, Docker, Kubernetes and AWS to deliver cloud‑based solutions.

Qualifications

• Bachelor's degree required.
• 6+ years software engineering experience.
• 1+ year cloud computing experience (AWS/Azure/GCP).
• 4+ years people management experience.
• Master's degree preferred.
• 9+ years in Java, Go, Postgres or Angular.
• 3+ years cloud services (AWS, GCP, Azure).
• 4+ years in open source frameworks.
• 7+ years people management experience.
• 2+ years Agile practices.

Responsibilities

• Lead a portfolio of diverse technology projects and a team of developers with deep experience in distributed microservices and full stack systems.
• Mentor engineering members and, from time to time, code or evaluate code.
• Collaborate with digital product managers and deliver robust cloud‑based solutions.
• Utilize JavaScript, Java, HTML/CSS, TypeScript, SQL, Python, Go, Docker, Kubernetes and AWS tools.

Skills

People management

Cloud computing

Full stack development

Java

Go

JavaScript

AWS

Education

Bachelor's degree

Master's degree

Tools

Docker

Kubernetes

SQL

PostgreSQL

TypeScript

Python

HTML/CSS

Angular

Job description

Capital One in McLean, VA seeks a Senior Manager of Software Engineering, Full Stack, to lead a portfolio of distributed microservices and full‑stack projects that support regulatory and customer outcomes.

You will mentor engineers, contribute code occasionally, collaborate with product managers, and leverage JavaScript, Java, TypeScript, SQL, Python, Go, Docker, Kubernetes and AWS to deliver cloud‑based solutions.