Fourteen years of building across software, infrastructure, data, and physical systems.

Designed event-driven healthcare systems, shared RTLS processing and reporting services, reusable platform capabilities, and microservice standards. Provided technical direction and mentoring for teams of 4–10 engineers and served as a resource for complex architecture, production, data, and maintainability problems.

• Provided technical direction and mentoring for teams of 4–10 engineers, translating product requirements into implementation designs and scalable architectural approaches.
• Designed a reusable event-processing framework that improved resilience to asynchronous and out-of-order events and provided a consistent engineering approach across services.
• Led adoption of the event-processing framework across multiple services, replacing duplicated solutions with a reusable platform capability.
• Designed shared RTLS processing and reporting services supporting healthcare workflows in an event-driven environment.
• Standardized Spring Boot services through centralized Maven parent POMs and reusable Git templates, reducing configuration drift and simplifying maintenance and security updates.
• Developed Java 21 and Spring Boot REST services using MongoDB, Kafka, Docker, AWS EKS, Maven, JUnit, and Cucumber.

Independently built the front end for a metadata-driven emergency-management document platform, developed supporting services and automated tests, and architected the AWS network environment.

• Independently designed and built the AngularJS front end, including metadata-driven forms and document generation.
• Implemented centralized real-time state management.
• Built a mock backend that allowed front-end development to proceed in parallel.
• Developed supporting Java and Node.js/Express services.
• Built a Java-based Selenium regression suite for manual and automated build execution.
• Architected the AWS VPC, custom DNS service, hardened bastion host, and layered security controls.

Stabilized a failing legacy assembly-line control environment and designed its replacement across industrial equipment, technician interfaces, application services, databases, reporting, virtualization, servers, and high-availability networks.

• Built a replacement assembly-line control system from the ground up, including the Microsoft SQL Server database and schema.
• Built Java middle-tier and control services, Angular management reporting, and Ignition technician interfaces.
• Integrated automated guided carts, torque tools, and physical equipment inputs.
• Specified, ordered, installed, and administered servers, switches, racks, and VMware.
• Implemented high-availability network failover.
• Resolved database deadlocking found during the first release and delivered a stable second implementation.

Modernized a medical-resupply order-entry application and related business systems across the Java, front-end, middle-tier, and Oracle data layers.

• Rebuilt the legacy order-entry application used by sales staff for customer medical-resupply orders.
• Migrated Spring XML configuration to annotation-based configuration.
• Developed front-end components using JavaScript and jQuery.
• Built middle-tier Java components.
• Designed a custom data-access framework and mapper code generator for Oracle.
• Eliminated substantial repetitive mapper development and maintenance while working directly with the database team.