Sr. Associate Software Engineer

Configure and support Salesforce platform capabilities as needed, including objects, fields, page layouts, validation rules, flows, security settings, and user access.

Support Salesforce integrations by validating inbound and outbound data, reviewing API behavior, and coordinating with Salesforce teams to ensure successful data processing.

Assist in Salesforce development and enhancement activities using Apex, Lightning Web Components, Aura, Visualforce, and related platform tools when required.

Use Copado or other DevOps tools to support Salesforce deployment automation, source control, release management, and environment coordination.

Support MuleSoft APIs and integrations using API-led connectivity patterns, including System APIs, Process APIs, and Experience APIs.

Support RESTful and SOAP-based integrations between MuleSoft, Salesforce, SAP, and other downstream/upstream enterprise applications, ensuring accurate, reliable, and timely data processing across systems.

Build and enhance MuleSoft integration logic using DataWeave transformations, connectors, error handling, logging, retry mechanisms, and reusable components.

Support Production and non-Production MuleSoft applications by monitoring interface health, troubleshooting failures, analyzing logs, and resolving data and integration issues.

Collaborate with SAP, Salesforce, and business teams to analyze interface failures, validate payloads, identify root causes, and implement permanent fixes.

Implement MuleSoft best practices for API design, security, exception handling, performance optimization, logging, monitoring, and operational support.

Support CI/CD and deployment activities for MuleSoft applications using source control and deployment tools, ensuring proper versioning and release governance.

Perform unit testing, integration testing, regression testing, and support end-to-end testing for MuleSoft interfaces across lower and Production environments.

Troubleshoot data transformation issues, mapping defects, payload discrepancies, connectivity failures, authentication issues, and performance bottlenecks across integration flows.