Enterprise Lead Engineer

at  Fiserv Inc

CALLING ALL INNOVATORS – FIND YOUR FUTURE AT FISERV.

We’re Fiserv, a global leader in Fintech and payments, and we move money and information in a way that moves the world. We connect financial institutions, corporations, merchants, and consumers to one another millions of times a day – quickly, reliably, and securely. Any time you swipe your credit card, pay through a mobile app, or withdraw money from the bank, we’re involved. If you want to make an impact on a global scale, come make a difference at Fiserv.

WHAT DOES A SUCCESSFUL ENTERPRISE LEAD ENGINEER DO AT FISERV?

Fiserv is looking for a Lead Enterprise Engineer with in-depth and current hands-on full stack technical development experiences in Java, Cloud, Web, UI and mobile technologies as well as exposure to Domain Driven Designs, Event Based Architecture, API and micro services architecture.
You must be passionate about new technologies and demonstrate working knowledge in various technologies across Cloud, UI, Application, Security and Data architecture domains.

WHAT YOU SHOULD KNOW ABOUT US:

Fiserv is a global leader in payments and financial technology with more than 40,000 associates proudly serving clients in more than 100 countries. As one of Fortune® magazine’s “World’s Most Admired Companies™” 9 of the last 10 years, one of Fast Company’s Most Innovative Companies, and a top scorer on Bloomberg’s Gender-Equality Index, we are committed to innovation and excellence.

• Lead and build new cloud native applications. Lead and oversee the overall application design and engineering standards across multiple workstreams
• Work in a cross functional environment in defining and building end-to-end solutions
• Be able to understand a broad range of application and product architecture
• Work closely with both internal and external stakeholders and be able to discuss and articulate solutions from the business perspective as well as at a technical level
• Manage implementation across the full project lifecycle from gathering and interpreting requirements into technical designs; creation of technical specifications and leading the change through the developing and testing phases until deployment.