Ford Pro FinSimple is a passionate group of Software Engineers, Product Designers, and Product Managers dedicated to building the future of the commercial experience at Ford Credit
We iteratively build and ship high-quality software products to serve Ford Credit s commercial customers
Through the principles of Human-Centered Design and eXtreme Programming, our teams operate in a continuous build-measure-learn cycle to ship working, tested software at market spee
Bachelor s Degree in Computer Science or equivalent.
5+ years of experience in software development
5+ years of experience with pair-programming & test-driven development
Technical craftsmanship and problem-solving mindset.
Experience coaching and guiding others in pair-programming and test-driven development practices.
Strong communication and collaboration skills.
Experience working in a multidisciplinary product team.
Experience shipping and supporting production software products.
Command of modern technologies and frameworks (React, TypeScript, Spring Boot, Java, AEM, Public Cloud like GCP).
Experience developing with Web and Mobile Accessibility in mind.
Passion for growing your skills, tackling interesting work and challenging problems.
Pair Programming . Work collaboratively with another engineer as you write code together. Be comfortable communicating your thought process out loud. Be a good listener as you respect the ideas of your pair partner.
Test-Driven Development. Utilize a test-first approach to writing code. Be thoughtful of edge cases as you write tests with the aim of creating a resilient codebase.
Clean Code. Follow a red-green-refactor rhythm to development with an eye towards writing maintainable code. Think of how your code will impact the next person to work on it.
Continuous Delivery . Every commit goes to production. Feature flags control what customers see. Small incremental commits help ensure a quality experience to customers.
Support the team . Provide technical guidance to help your product team assess and prioritize opportunities and constraints.
