Lead DLP Data Integration and Automation Information Security Engineer

About the role

Wells Fargo is seeking a Lead Information Security Engineer to join the DLP Data Integration and Automation Team within Cybersecurity Defense. This role is responsible for designing, developing, and automating data protection controls that ensure sensitive information is appropriately identified, classified, and protected across the enterprise. The ideal candidate will possess strong experience in Data Loss Prevention (DLP), cybersecurity engineering, Python and Bash scripting, data integration, and enterprise security automation. This individual will lead efforts to onboard and maintain critical data sources-including HR, customer, financial, and regulatory data-into DLP platforms to support data protection and regulatory compliance objectives.

Locations: 300 South Brevard, Charlotte, NC; 2600 S Price Rd, Chandler, Arizona; 401 Las Colinas Blvd. W, Irving, TX. Posting end date: 22 Sep 2026.

Responsibilities

• Lead the design, implementation, and support of highly complex Data Loss Prevention (DLP) and data protection solutions.
• Provide advanced application support for enterprise DLP platforms, including troubleshooting, configuration management, data onboarding, and operational support activities.
• Support and maintain integrations between DLP platforms and upstream/downstream data sources to ensure accurate and reliable data classification and protection capabilities.
• Design and maintain automated workflows that prepare, transform, and integrate sensitive data sources for enterprise DLP platforms.
• Ensure DLP systems are receiving accurate and current data feeds, including HR, customer, PII, and other sensitive data classifications.
• Provide cybersecurity consulting and technical guidance to business and technology partners to ensure compliance with enterprise security policies and standards.
• Design, document, test, implement, and support security solutions across network, endpoint, cloud, application, and data protection domains.
• Perform root-cause analysis