Sr. Salesforce Platform Engineer - 11516

Coupa makes margins multiply through its community-generated AI and industry-leading total spend management platform for businesses large and small. Coupa AI is informed by trillions of dollars of direct and indirect spend data across a global network of 10M+ buyers and suppliers. We empower you with the ability to predict, prescribe, and automate smarter, more profitable business decisions to improve operating margins.

🔹 Pioneering Technology: At Coupa, we're at the forefront of innovation, leveraging the latest technology to empower our customers with greater efficiency and visibility in their spend.

🔹 Collaborative Culture: We value collaboration and teamwork, and our culture is driven by transparency, openness, and a shared commitment to excellence.

🔹 Global Impact: Join a company where your work has a global, measurable impact on our clients, the business, and each other.

Learn more on Life at Coupa blog and hear from our employees about their experiences working at Coupa.

The Impact of a Sr. Salesforce Platform Engineer at Coupa:

The Sr. Salesforce Platform Engineer is a critical owner of the operational health, stability, and governance of the Salesforce platform as the core system of record for GTM Systems. This role is responsible for ensuring the platform remains secure, up-to-date, and scalable through disciplined management of Salesforce releases, managed package lifecycle, and system-level enhancements.

This role operates at the intersection of platform operations, architecture alignment, and release governance. Unlike traditional request-driven administration, this position proactively drives platform maintenance, upgrades, and risk reduction initiatives that protect system integrity and enable predictable delivery across Sales, RevOps, and downstream systems.

The individual partners closely with Architects, Tech Leads, and Administrators to ensure Salesforce remains a stable, governed, and high-performing shared platform, with no surprises to stakeholders and no degradation of system reliability.