Skip to main content

stripe

Full Stack Engineer, Link

New York, New Yorkfull-timemidAdded today

About this role

Link, Stripe's digital wallet product, seeks a Full Stack Engineer to build secure payment experiences and infrastructure supporting global transactions. You'll design next-generation products, solve production issues across the stack, and collaborate with cross-functional teams in a distributed environment.

What you'll do

  • Design and build next-generation Stripe products for high-growth payment needs
  • Debug and resolve critical production issues across multiple service layers
  • Mentor and support engineer growth within the team
  • Collaborate with stakeholders to deliver large-scale features while improving engineering standards
  • Work effectively in distributed and hybrid team settings with strong communication

What they're looking for

  • Strong coding proficiency in any programming language
  • Full-stack software engineering across front-end, backend, and infrastructure
  • Production debugging and troubleshooting across distributed systems
  • Cloud-based services (gRPC, GraphQL, Docker, Kubernetes, AWS)
  • Large-scale financial systems experience
  • Cross-functional collaboration and stakeholder management
  • Mentoring and technical leadership
  • System design and architecture for low-latency transactions
Apply on the employer's site

Opens the official application on the employer’s site. No login required.

stripe

Stripe builds payment infrastructure and financial services platforms, offering APIs and tools that enable developers and businesses to process transactions, detect fraud, verify identity, and manage security at scale. The company is hiring Backend Engineers, Full Stack Engineers, ML Engineers, AI Engineers, and Security Engineers to develop core platform systems, payment intelligence, customer support infrastructure, and security data platforms.

Website
stripe.com
View all jobs at stripe

Likely interview questions

  • Describe a time you debugged and resolved a critical production issue affecting payment processing. What was your approach?
  • How have you approached mentoring engineers in previous roles, and what outcomes did you achieve?