Software Engineer

Current is a leading consumer fintech platform transforming financial access for everyday Americans with over 6 million members. We provide access to financial solutions that seamlessly work together to solve the needs of our members and enable all Americans to build better financial futures. Based in NYC, our results-driven environment drives us to build better products, grow faster and empower everyone on our team to have an impact on our business and mission to improve financial outcomes.

Current’s Engineering team is dedicated to building our products and infrastructure. With our applications running on Google Cloud Kubernetes Engine, we support a proprietary banking core that can scale to handle millions of transactions a day. Our stack includes MongoDB and Spanner for persistence, Pub/Sub for asynchronous event processing, Dataflow for data transformation paired with BigQuery and Google Cloud Storage for data storage and analytics. Our backend services are written in Java and our data pipelines are built in Scala.

We work across a broad set of domains, including user-facing products like liquidity offerings and reward programs, infrastructure for machine learning and experimentation, real-time fraud detection and identity protection, and large-scale transaction processing across multiple payment rails.

We are looking for a Software Engineer to join our team in New York. This role has a salary range of $150,000 - $200,000. You will work alongside senior engineers to build and improve backend services, contribute to system design discussions, and deliver features that impact millions of members. The ideal candidate should have a background in backend development and experience working with cloud-hosted services. This person should be eager to grow, comfortable taking ownership of well-scoped projects, and motivated to work in a fast-paced environment.

Taking ownership of well-scoped features and delivering them from implementation through production

Building and maintaining backend services within a distributed microservices architecture