• Operated as a systems engineering manager who managed a team of engineers, configuration managers and systems administrators who developed, installed and tested maritime systems simulation and operation trainers• Coordinated resources worldwide and integrated team performance efficiently and effectively• Utilized Earned Value Management Cost and Schedule performance tracking systems to maintain team schedules and resource efficiency• Managed employees to provide system solutions and technical support in multiple functional areas• Participated in planning and designing of systems to meet the evolving needs of the business• Read, interpreted and created documents including but not limited to: specifications, system designdescriptions, engineering, fabrication, construction, architectural drawings, standards, and acceptance criteria to compare systems to contract requirements

• Operated as a Delivery Order engineering lead and senior systems engineer who oversaw and participated in the development, installation, and testing of maritime systems simulation and operation trainers• Designed and peer-reviewed engineering production drawings for server cabinets, interconnect, power distribution, Naval consoles, and hardware to build and support a technical drawing package deliverable to the customer in the form of Product Drawings and Associated Lists (PDAL)• Developed installation procedures for consistent deployment of software from a factory reset computer• Utilized Microsoft Endpoint Configuration Manager (MECM) to best support deploying operating software, maintain group policies, manage cybersecurity baselines, and apply network topologies• Developed and maintained a relationship with the customer and provided engineering support regarding hardware configuration drawings, technical manuals, facility reports, inspections, and audits• Incorporated on-site information taken from site surveys along with building schematics to analyze structures, electrical systems and HVAC suitability for a reliable training environment per requirements of the contract• Provided lead engineer oversight of the installation, configuration, and testing of complex infrastructures• Served as on-site engineering support for critical design reviews (CDR), engineering review boards (ERB), and contractor and government preliminary and final inspections

• Operated as a lead systems engineer, lead test engineer and team member of an IPT who oversaw and participated in the development, testing and sustainment of air-craft systems simulation, aircraft operation simulation and aircraft maintenance simulation trainers• Identified, documented and communicated engineering staffing requirements, risks and technical impacts to cost, schedule and performance to program and competency personnel• Provided technically sound recommendations and guidance to program managers, supervisors, peers and sponsors on specific technical aspects of aircraft training systems and concept development• Produced, reviewed and accepted technical documentation for Request for Proposal (RFP) (Technical Specification, Statement of Work (SOW), Contract Data Requirements Lists (CDRLs), Schedule, DD-254, etc.) in a timely manner to effectively meet program standards and deadlines• Handled 40+ CDRLs yearly including engineering drawing packages, system/subsystem specifications and test procedures/reports• Reviewed Contractor’s proposals and prepared a Proposal Evaluation Reports (PER) with comments and recommendations to ensure all program requirements were being met effectively• Evaluated Contractor Performance (Preliminary Design Review (PDR), Critical Design Review (CDR), facility visits, CDRLs, Integrated Master Schedule (IMS), etc.)• Managed Action Items and data requests between contractors and Government• Tested and accepted training systems (preliminary in-plant and final on-site)

• Led a team of engineering professionals to ensure all tasks were completed efficiently and successfully• Performed facility walkthroughs to aid in asset validation and created system level assets for new buildings and major projects• Determined authenticity, reliability, and sustainability of University manufacturing equipment and assets• Conducted preventative maintenance audits to ensure proper protocols were being followed• Developed building drawings to identify fire systems and isolation valve locations• Developed documentation and deliverables dictated by the Advanced Information Management system (AiM)

• Gained knowledge of the manufacturing and growth aspects of the chemical engineering and crystal growth, and optics industries• Applied knowledge of CAD applications to design, build and test different apparatuses • Interacted with the internal staff to maintain crystal growth chambers, design and develop new apparatuses to increase crystal growth yield, and update CAD drawings accordingly• Worked proactively with pre-fabrication and fabrication departments to manufacture different optics• Coordinated with co-workers and customers to assure parts were meeting customer specifications and manufacturing criteria• Participated in work studies to determine product failures, diagnose causes for failures, and derive solutions to increase product yield• Hardware: Perkin Elmer Spectrophotometer, Perkin Elmer Infrared Spectrophotometer, Carry 5000, Zygo Interferometer

• Obtained practical working knowledge of the manufacturing aspects of the structural drilling, reinforcement, and civil engineering industries• Repaired and mended mechanical failures and defects in machinery used both on and off site• Developed and organized the facility parts system to improve inventory efficiency and accuracy