Job Description

• Strong experience of handling APIs and Workflows
• Strong experience of making configuration changes in Software
• Experience in modern software development methodology, such as pair programming, test-first/test-driven development OR demonstrated delivery of singular focus programming
• Experience using advanced software configuration management (source control, dev ops, ci/cd, etc.)
• Experience with:
• Configuration of receivables, automated credit decisioning, payout handling, Customer, Account and Dealer servicing, collections & recovery, remarketing services on any of the originations and receivables platforms.
• Java Spring / Springboot, Microservices, GraphQL
• Cloud platforms \xe2\x80\x93 GCP, Azure or AWS
• Persistence - Buckets, PostgreSQL Bigtable
• Experience with cloud native environments such as serverless, containers, multiple data repository structures.
• Experience with software operations (Dev Ops, SRE, observability, support/maintenance, etc.)
• Demonstrated experience designing reactive service oriented systems using enterprise tooling (web, interop, persistence, etc.)
• Experience architecting solutions for appropriate scale, reliability security, performance, etc.

• Bachelors Degree in Computer Science, Engineering, or equivalent work experience.
• 5+ years experience in using any originations and receivables platforms
• 8+ years software engineering experience in application development

• Write high-quality code that manages Finance Software Events/APIs and satisfies customer needs and strives for simplicity, clarity, and testability.
• Work with workflows in Finance Software and make configuration changes
• Develop the Technical Solution
• Work with Finance Software Technical Architect to update the technical design.
• Deliver valuable, working, tested, quality software released at market speed.
• Develop, Design and Configure Workflows on the receivables, Originations, Collections processes of Finance Software
• Design feature level solutions
• Investigate and propose solutions to development and design problems.
• Adhere to architecture, design, implementation, and security standards and best practices.
• Conduct analysis to determine integration needs, and design and plan integrations.
• Develop reusable software building blocks to enable faster delivery.
• Improve performance of existing software by diagnosing and resolving critical issues.