Senior Software Engineer, Developer Experience
Zip- Full Time
- Senior (5 to 8 years)
Candidates must possess a Bachelor’s or Master’s degree in engineering and a minimum of 6 years of experience building enterprise systems, with demonstrated experience working on one or more large-scale Java applications. A strong understanding of distributed systems, scalability, and availability is required, alongside knowledge of relational and NoSQL databases and transactions, a focus on latency and throughput, and an in-depth understanding of concurrency, synchronization, NIO, memory allocation, and garbage collection. Experience with IaaS clouds such as AWS, Google Cloud, or Azure, as well as Message Brokers and Application Containers, is also necessary.
The Senior Software Development Engineer will be responsible for building highly-scalable and secure payments platforms, collaborating with various product teams to gather requirements and add capabilities, utilizing cutting-edge cryptography to secure payments beyond industry standards, deriving actionable insights by mining TBs of data, and building low-level infrastructure to push the boundaries of network performance. They will identify patterns and provide solutions to complex problems, and research, evaluate, and socialize new tools, technologies, and techniques to improve the value of the system.
Cloud-native payment card processing platform
Zeta provides a platform for payment card processing that is designed for banks, financial institutions, and fintech companies. Their main product, the Omni Stack, allows clients to easily create and manage digital credit, debit, and prepaid card programs. This platform works by integrating with existing systems through APIs, which helps streamline the payment processing experience. Zeta stands out from its competitors by focusing on cloud-native solutions and ensuring compliance with important regulations, which helps build trust with their clients. The company's goal is to make payments seamless and less noticeable in everyday transactions, moving towards a future where payments are 'invisible'.