Lead teams of mechanical and electrical controls and systems development engineers responsible for design, development and innovation of the global AWS data center fleet infrastructure controls systems.

The Center for Infrastructure Software and Controls (CISC) team is responsible for software development of the electrical and mechanical controls automation systems as well as in rack power fleet management. These applications are inclusive of our Leased/Owned, Colo, GovCloud, and C2S regions.

Data Center Controls Design Engineering Manager Focused on Global Standards, Specifications, and Innovation of Electrical Power Monitoring & Automation Systems supporting Leased/Owned, Colo, and C2S Regions

Data Center Controls Design Engineer Focusing on Global Standards, Specifications, and Innovation of Electrical Power Monitoring Systems for Leased/Owned and C2S Regions

Data Center HVAC Controls and Electrical Power Monitoring Deployment & Construction Management supporting both leased / owned and C2S regions.

- Controls Vendor Account Manager- Coordinate Mechanical, Electrical, and Plumbing Design of Retail Stores- Continuously improve processes and standards for electrical design and energy management systems.

-Lead engineers performing onsite installation of customized power monitoring software interfacing with switchgear, HVAC systems, UPS's, and other metered power equipment-Integrated both Eaton and non-Eaton metering systems to interface with and communicate to Eaton's Building Monitoring SCADA Servers-Traveled nationally and internationally to customer sites including but not limited to data centers, hospitals, and manufacturing facilities

Conducted noise radar research under the direction of Dr. Eric Walton.

* Completed analytical comparison of RF spectrum analysis tools for integration into Raytheon’s own battle space visualization tool and presented results of trade study to contract capture team as well as members of Raytheon’s own spectrum analysis tool’s development team. This allowed the contract capture team to move forward in an ongoing pursuit of teaming ventures and creating a demo for the customer, which was predicated on the results and completion of the trade study. * Performed EHF antenna simulation in AGI STK to give results for comparison to field measurements and to validate data collected to verify the capability of Raytheon’s 37 GHz technology for battlefield training applications.* Created power amplifier “thin specification” document, composed of environmental, mechanical, and performance specifications based on Army system specification for various mounted applications including UAV and manpack.* Conglomerated list of potential direction finding antenna candidates for previously mentioned applications in a PowerPoint presentation, along with Excel data matrix with detailed performance specifications, as recourse for RF Engineers in the coming months for design implementation.

As a telecounselor for the Undergraduate Admissions and First Year Experience department, I called prospective high school students to talk to them about Ohio State and the possibility of applying and attending.

* Streamlined and enhanced user friendliness of Access database that tracks production of EA-18G Radio.* Wrote program to update test documents on test station PC’s to ensure latest software/documentation always used.* Revised and created test procedures for interdigital filters and RF amplifiers.* Gathered data for EA-18G program’s Parts Control Plan and Equipment Parts List.* Improved PDF Document for testers allowing them to have links to latest parts lists and drawings in one location.