- Lead the architecting and development of new Python modules for the Product Enablement team to support software development and automated deployment against target applications to cut down time-to-exploit when target application updates occur.- Configured production Dev Ops Pipelines to support the rapid deployment of customer facing applications and provide maximum uptime while decreasing the amount of engineering time and maintenance required.- Hosted the Cloud Center of Excellency monthly meetings with programs and vendors to show off state-of-the-art capabilities, build relationships, and keep BAE Systems employees informed of the latest and greatest technology in the cloud.- Presented technical capabilities at innovation showcase days to help win new business.

- Led a Tiger Team forward deployed effort that helped win an 18 year $12 billion recompete focused on migrating applications like Tableau, Primavera, IDE JIRA and user data for 3000 users from on-premises to a new AWS cloud environment.- As principal investigator managing two engineers on the IRAD program, established a Zero Trust Subject Matter Expert training environment on AWS and maintained cyber compliance.- Demonstrated proof-of-concept for Azure and AWS multi-cloud automated deployment and configuration platform using a Node, Ansible (IaC), and React JS for IRAD program. - Produced a white paper to communicate challenges and a solution for multi-cloud environment deployment and configuration to both management and interested customers. - Created architecture diagrams at high level, lab level, and at the workflow level for multiple projects and proposals in order to present to customers as well as win new business. - Led BAE Systems Cloud Center of Excellence by hosting monthly meetings and planning vendor presentations as well as high level management conversations.

- Managed and conducted the sprints for new feature development, optimization of existing infrastructure, legal compliance, and deployment and maintenance of IT infrastructure. - Developed front-end using React JS framework in an agile way using customer feedback to guide the new feature development cycle. - Deployed multiple serverless microservices with AWS Lambda using CI/CD pipeline to generate custom container runtimes from Dockerfiles for specific needs and scalability. - Designed and deployed containerized dev environment for AWS DynamoDB, React JS, Cypress, and microservices to standardize software development across different platforms. - Implemented secure authentication practices using JWT tokens from the Auth0 API. - Integrate PayPal API into front and back-end in order to support end-to-end transactions between manufacturers, clients, and the application. - Implemented end-to-end unit and regression testing using Cypress in order to cut down on development time and preventing bugs from entering production.

- Pioneered clandestine communications proof of concept for extraction of information out of air-gapped systems using frequency-based data transfer methods processed on an AWS EC2 backend, using a Scrum framework to manage the development cycle. - Designed, developed, and constructed a realistic industrial controls environment used for the continued discovery, development, and testing of exploits and vulnerabilities against proprietary industrial control systems. - Authored a portion of the technical volume of a multi-million-dollar proposal that pertained to the strengths of the team as well as a whitepaper focused on potential vulnerabilities contained within industrial control wireless devices, and a TechNet Augusta Abstract focused on electromagnetic metamaterials for use in electromagnetic spectrum deception and masking that was later published in the TechNet Augusta 2020 Solutions Showcase.

- Recovered a delinquent project and led it to completion by carefully managing and supervising a team of electricians and mechanical build technicians retrofitting machinery on a customer site.Installed machinery control systems onsite while providing direct support for clients’ industrial manufacturing needs.- Communicated directly with customer to isolate the needs necessary for maintaining proper production levels while also allowing my team of engineers and technicians to accomplish the work necessary to complete the project.- Aided in the development of overall development plan for retrofitting machines on a customer site, as well as interacting with the customer and providing customer feedback to the rest of the team.- Developed ladder logic, HMI GUIs, electrical schematics, and cabinet designs for automated solutions to various industrial manufacturing processes. Programmed extensively with Allen Bradley PLCs along with integrating Industrial Internet-of-Things devices such as Fanuc robots, I/O blocks, and HMIs using the Rockwell Ethernet/IP or I/O Link protocol.- Handled project lifecycles, fulfillment of a diversified set of client demands, and interfacing with the various business units within JR Automation.

- Designed CAD models using Inventor to prototype and manufacture new parts for a module containing biological experiments in microgravity bound for the International Space Station. - Performed precise machining of custom parts to aid in the prototyping process of the 3D models. - Helped improve the productivity of the manufacturing line producing military light fixtures by making improvements in machine design and factory layout. - Handled official paperwork that is required to accompany the engineering drawings and models that are to be used by NASA in space. - Worked with and specified precise micropumps and procuring custom parts for bioreactor based International Space Station module.