Lead a brand new team centering around payment origination, growing initial work capacity by three hundred percent within the first month. • Built and incorporated two reusable libraries that worked towards publishing dynamic data to Kafka as well as business account analysis. • Orchestrated pair programming sessions with team members to accelerate project delivery, streamlining enhancement and aiding creation of two major microservices. • Empowered the team to visualize current and upcoming line items effectively through the gathered requirements of three critical features; transmitting payee and payment data to Kafka, analyzing payment details, and optimizing returns processing. • Mentored team members and helped establish team standards according to current agile practices; defining a definition of done, defining a working agreement, sizing and establishing requirements, as well as communication of retrospective line items for overall team improvement. • Found and helped resolve prior design issues through cross impacted team work, leading to new standardization practices, as well as prevention of bugs effecting user experience. • Designed and developed JMeter scripts for minor performance testing as well as generation of test data en mass, allowing to populate hundreds of test records with less manual work.

Took on the challenge of building a Social Gaming Platform, setting up for scalability that would allow for growth of thousands of active members daily. • Incorporated Spring Security authentication, with a custom login allowing for the option of OAUTH2 authentication as well to save on resources. • Streamlined the development of a Java based scheduler application, allowing for a more efficient setup towards data ingestion and brand the creation of new jobs in the future for scalability. This included setup for flexibility in job types, such as; time based, file based, and event based jobs. • Designed, developed, and engaged community members to bring features that maintained and enabled growth of members, including, but not limited to: follower control dashboards, follower rewards, follower entertainment, as well as credit and reward systems. • Gathered and manipulated data from multiple third party outlets, bringing everything into one source to allow for ease of feature development in the future.

Aided in the continued development of a Java Thick Client, centering around the generation of thousands of Annuity contracts a year. Initial sole Java developer on a cross functional team, resulting in a full time position to expand duties and responsibilities with support towards API facing architecture. • Streamlined faster delivery of application times through the use of DevOps tools, using technologies such as Jenkins, Concourse, Nexus, Harness, and Rancher. • Ownership of sole Java development for the Internal Annuity Desktop (IADT) application, as well as aided in the development for microservices in the Annuity space. Pushed efforts towards the design and creation of APIs using Apigee to incorporate microservices that service thousands of requests a day. • Project Lead for IADT application development changes, such as; introduction of new Annuity requirements for products and agents, including the incorporation of new State regulations for electronic delivery of contracts. • Trail blazer for moving away from legacy applications in the Annuity space, working on adjustments towards updating to the Oracle Insurance Policy Administration (OIPA) system, allowing for cost savings and updates of outdated systems. • Mentor for both new employees and student workers, including the creation of a work plan to help speed up the learning curve and adjustment into the team, allowing for new members to start with helping on sprint items after a single sprint.

Supported the development and maintenance of document management applications, given the opportunity to lead production issue efforts resulting in over a fifty percent reduction of production issues. • Core understanding and operation in an agile work environment, allowing for team improvement and oversight, including, but not limited to: scrum, backlog, stand up, retrospectives, feature mapping, and sprint requirement meetings. • Incorporation of continuous integration and deployment, taking action towards a faster and more efficient time from development to production. • Project Lead of three major efforts; risk management through incorporation of performance testing, cost savings through decommissioning of older reporting systems, and reduction of ticket ingestion.

• Understands basic electrical theory, electrical code, and application.• Demonstrates proper team and leadership building.• Demonstrates proper installation of both residential and commercial based electrical systems.• Demonstrates proper pipe bending skills and installation.• Ability to program smart based devices and programmable logic circuits.• Reads and interprets schematic diagrams and electrical blueprints, as well as troubleshoots and repairs electrical problems such as shorts, open circuits, and faulty equipment.

• Comprehensive understanding of lab equipment, including use and maintenance of oscillators, multi-meters, Arduino boards, and power supplies.• Comprehensive understanding in basic electrical theory operations, including conceptual understanding of circuit diagrams, and circuit calculations.• Able to describe and teach fundamentals of basic circuitry, electrical theory based calculations, C++ based programming, electrical theory operations, and proper use for lab equipment to students during assigned lab sessions.• Capable of identifying, troubleshooting, and correcting problems in electrical circuitry, C++ based programming, and basic electrical theory operations.

• Understands basic electrical theory, electrical code, and application.• Demonstrates proper team and leadership building.• Demonstrates proper installation of both residential and commercial based electrical systems.• Demonstrates proper pipe bending skills and installation.• Ability to program smart based devices and programmable logic circuits.• Reads and interprets schematic diagrams and electrical blueprints, as well as troubleshoots and repairs electrical problems such as shorts, open circuits, and faulty equipment.

• Comprehensive understanding of a pressurized-water nuclear power plant, including reactor core nuclear principles, heat transfer and fluid systems, plant chemistry and materials, mechanical and electrical systems, and radiological control.• Operated a nuclear power plant as well as successfully restored plant operations through casualty training.• Able to describe the fundamentals of nuclear propulsion power and the interrelationship of its mechanical, electrical and reactor subsystems.• Understanding of the physical nature of nuclear radiation particles, their detection, interaction with matter, and human health consequences.• Knowledge of the safe operation of a complex nuclear power plant and its sophisticated subsystems with an emphasis on basic industrial safety principles.• Capable of identifying, troubleshooting, and correcting problems in nuclear mechanical, electrical, or reactor control systems at the component level with an emphasis on electrical systems.• Operates and maintains power and lighting circuits, electrical fixtures, film projectors, motors, generators, controllers, switchboards, voltage and frequency regulators, and test equipment.• Tests for short circuits and rebuilds electrical equipment.• Operates standard test and metering equipment, including multi-meter, voltmeter, ammeter, ohmmeter, oscilloscope, stroboscope, voltage tester, and wattmeter.• Makes standard wire splices, detects and locates grounds, open circuits, and short circuits in lighting and power circuits.• Solders electrical connections and examines motors and generators for conditions and needed maintenance.• Operates AC and DC generators, replaces bearings in generators and motors, repairs portable electrical tools; prepares, activates, and services storage batteries.• Troubleshoots and repairs small boat electrical systems