DXC TECHNOLOGY – CSC ECLIPSEAs an Advisor Software Engineer and development professional, I advance the functionality of a leading aircraft health management application. I spearhead the architecture, design, and development of critical modules. I am the primary lead of system-to-system integration between the health management system and maintenance resource planning systems for exchanging maintenance data. My current concentration is the transformation of a legacy Java application into an Azure cloud-native application. The application is a single-page web user interface interacting with Java-based microservices. I am an advocate for the adoption of advanced techniques for API design, code optimization, enhancing query performance, development of business-based unit-tests, and supporting DevOps functions.Highlights:• Experienced in the transformation of a legacy application into a cloud native microservices-based application• Seasoned Java developer supporting a 24x7 real-time processing application• Skilled in tuning database queries for improving data throughput• Architected mission-critical functions for a real-time software application.• Principal for system-to-system integrations based on industry standards• Promoter of best practices encouraging individuals and teams to achieve high-quality results

TECTURA, UXC ECLIPSE, CSC-ECLIPSEAs a Senior Software Architect, I refined my skills with the successful delivery of complex software solutions over a diverse range of projects. I authored a service interface specification and orchestrated the development between an aircraft health management system and maintenance resource planning system. I rounded out my architecture skills by polishing my facilitated workshop techniques. Leveraging my integration proficiency, I transformed an underperforming legacy integration using an open source modular and scalable framework that increased processing throughput from hundreds of messages per hour to thousands of messages per hour. Additionally, I authored a simulation system for the real-time replay of time-encoded messages based on relative time sequences. The simulation framework is based on parameter-based substitution templates allowing the sequence of messages to replay as if occurring in real-time.Highlights:• Advocated for use of Enterprise Integration Patterns• Authored and developed a simulator for replaying time-sensitive data for demonstration, regression testing and training• Architected, designed, and developed multiple system-to-system integrations• Sharpened workshop facilitation skills while guiding participants in gathering system requirements• Improved leadership skills through leading project retrospectives• Developed customize data import solutions

Making the transition to a software consultant, I applied my attained knowledge to a broad range of technical subjects. During this period, I supported custom prototype development, including a decision support prototype type based on Bayesian network technology. I investigated innovative uses of the web standards such as Universal Description, Discover, and Integration (UDDI) and Web Services Eventing (WS-Eventing). I applied my knowledge of infrastructure and data integration while supporting a project management information system upgrade. Additionally, I aided the authoring of a concept of operations for support of airline mechanics and the use of point-of-sale devices onboard aircraft. Highlights:• Architected and developed a data migration process between ERP and the Microsoft CRM system• Prototyped an event-based web service leveraging the WSI-Event specification for supporting an air traffic control test bed• Developed a pattern for discovery of non-web-based services using the Universal Description, Discovery, and Integration (UDDI) OASIS standard• Designed and implemented a decision support application for assessing airworthiness directives for use by aircraft maintenance control• Produced custom applications, including various utilities, test tools, and interface applications

I contributed to the team responsible for custom self-service terminals development for banking applications. The team emphasized the advancement of software and project delivery skills. I applied dynamic HTML to construct a user interface for a concept Java enable ATM. I served as a project leader for developing the software for operating a concept self-service terminal, called WATSON, which adapted to biometric input.Highlights:• Team developer for a Next Generation ATM and advanced functional self-service terminals• Project development lead for WATSON a demonstration concept self-service terminal• Applied dynamic HTML to develop an ATM user interface that interfaces to a Java based core

NASA GLENN (LEWIS) RESEARCH CENTERAs a research developer, I supported intelligent-system research projects, including expert systems, model-based reasoning, object-oriented analysis and design and hypermedia documentation. I was an essential teammate on the Telemedicine Spacebridge to Russia (TMSB) project that leveraged early World Wide Web technology supporting physician collaboration between the United States and Russia. Highlights: • Assisted on intelligent-system research projects• Developed a hypertext documentation system• Designed a satellite ground-station diagnostic expert-system

FAA TECHNICAL CENTERI researched, designed, and developed an intelligent remote-facility monitoring system that simulates auto-switch over to back-up generators when sensing an approaching storm.Highlights:• Prototyped a decision support application a remote-station health monitoring and automated control• Interviewed subject matter experts to understand the challenges of the domain• Documented research outcomes and detailed future software requirements

During my summer internship I researched expert-system techniques.

As research assistant I produced a diagnostic expert system for a satellite ground station.