Salesforce Developer

Mercury Mercury · Fintech · Remote · Sales Operations

Salesforce Developer role focused on building, refactoring, and operating core Go-To-Market (GTM) systems within a fintech company. The position emphasizes implementing existing platform capabilities, reducing tool sprawl, and ensuring durability, performance, and maintainability of systems, including API-based integrations. Collaboration with various teams like Architecture, Data, and TPM is key.

What you'd actually do

  1. Build and maintain Salesforce functionality (flows, automation, objects, permissions)
  2. Implement architectural designs without diverging from intent
  3. Improve reliability, performance, and maintainability of GTM systems
  4. Reduce tech debt and replace fragile workarounds with durable solutions
  5. Partner with Data Strategy to ensure clean data generation

Skills

Required

  • 8+ years experience in Salesforce development or platform engineering roles
  • Strong hands-on experience with Salesforce automation, flows, object models, permissions, and integrations
  • Own and maintain API-based integrations between Salesforce and downstream/upstream systems
  • Build and refactor systems with durability, performance, and maintainability in mind
  • Partnering with cross-functional teams to implement technical solutions
  • Debugging and problem-solving skills in production environments
  • Clear communication skills and comfort explaining technical tradeoffs

Nice to have

  • Salesforce Data Cloud, including ingestion, identity resolution, and activation
  • GTM workflows, revenue operations, or customer lifecycle systems
  • Reducing tool sprawl by consolidating functionality into core platforms
  • Data pipelines, ETL processes, or downstream analytics usage
  • Working in regulated or security-conscious environments
  • Working alongside data engineers and analysts to ensure operational and analytical needs align

What the JD emphasized

  • API-based integrations
  • durability, performance, and maintainability