Helped facilitate to the cognitive walkthrough of the large-scale operation room model for the Royal Canadian Navy (RCN) Canadian Surface Combatant (CSC) involving 20+ Canadian sailors. This initiative played a crucial role in finalizing the design for the CSC's operations room, which the RCN will implemented during the ship's construction.Conducted heuristic evaluations for the Surface Training and Readiness Management System (STRMS), identifying areas for improvement and offering valuable recommendations to enhance the system's user experience.Led the design of a comprehensive quick guide for the FARO Freestyle 3D scanner, utilizing UX research and user-centered design principles. Incorporated valuable insights gathered from 8+ user interviews to identify pain points highlighted in the manufacturer's existing guide. Designed and developed a user-friendly resource, integrating usability testing feedback to ensure optimal user experience. The new guide will serve as a vital tool for the Human System Integration Branch in all their 3D scanning initiatives, promoting efficient and user-centered practices.Supported a human factors field evaluation for the Army Mid-Range Capability (MRC) Battery Operations Center (BOC) by conducting user interviews, contextual inquiries, and focus groups involving 8 operators and officers. We used the findings to report user pain points and human factors concerns to stakeholders, shaping the framework for the next MRC prototype.Created usability assessment tools, such as the System Usability Scale and NASA TLX in Cameo System modeler, to modernize the HSI workforce with digital engineering tools. Collaborated with the Automated Celestial Navigation System (ACNS) team to incorporate MIL-STD-1472 into their Modeled Based Systems Engineering (MBSE) model to enhance HSI visibility throughout the project lifecycle.

Stepped up to the role of Dahlgren Memorandum Lead to provide RADHAZ analysis for all radio frequency devices at Naval Support Facility, DahlgrenSupported Hazards of Electromagnetic Radiation of Ordinance (HERO) surveys on CVN 68, LPD 23, LPD 19, and various other naval ships to ensure ordnance safety and mission readinessProvided safe separation distances through radiation hazard analysis for the Celsius tech radar and optronic site (CEROS) 200 to ensure field test readinessLead a Hazards of Electromagnetic Radiation to Personnel (HERP) instrumented test for the Next Generation Surface Search Radar (NGSSR) to ensure personnel safetyLead RPS-82 Electromagnetic Environments (EME) test at Kitsap, Bangor, WA to understand the environmental effects of the RPS-82 on numerous naval facilities

Initiated guidance requests for the installation of Surecall antenna/transmitter system in Patuxent River NAVAIR base and the Giant Voice antenna/transmitter system in Kitsap, Bremerton naval bases.Supported Hazards of Electromagnetic Radiation of Ordinance (HERO) testing on a Marine drone and Sonobuoys using MIL-STD-464 to determine the HERO classification of the ordinance. Supported a HERO and Hazards of Electromagnetic Radiation of Personnel (HERP) survey on the 9M EOD MERC to ensure the safety of personnel and the boats mission readiness.Collaborated on the database organization of LHA ordinance based on HERO susceptibility to monitor the usage of the ordinance.

Evaluated electrical drawings, built components, and maintained equipment that is involved with the making of cigarettes, filter-making equipment for cigarettes, filter and cigarette storage equipment, and filter and cigarette conveying equipment.Used SAP to assist managers with supplying and organizing bills of materials (BOM) for 20 assembly workers.Created and inspected over 20 phased plugs and created cables used in terminals using manufacturing assembly guidelines.