• Planning, designing and overseeing the construction, reconfiguration, maintenance, and alteration of facility equipment interfacing to Radar Equipment.• Coordinating with architecture/engineering across all disciplines and/or independent firms in developing design criteria and preparing layout and detail drawings and equipment specifications.• Inspecting construction and installation progress to ensure conformance to established drawings, specifications, and schedules.• Interfacing with Government customer to develop Facility requirements to satisfy program objectives.

•Installation and Check-Out (INCO) lead during on-site installation and test of mechanical combat equipment for LRDR Alaska, which included constant reporting to the customer and program management•Conducted on-site critical SPY 1 combat system alignment using laser surveying techniques and best fit analysis on CAD for Aegis Ashore Poland•BIM lead for AEGIS combat system models in various 3-D CAD systems to convert them into a simulation software package for virtual prototyping and control drawing development •Develop Solid State Radar facilities on Revit for both project as-builts, project proposals and infrastructure improvements•Interfacing with the customer, PMOs, vendors, A/E’s and contractors to define requirements, develop financial and schedule models and to ensure compliance with codes and standards•Maintain Secret Security Clearance

• Planned and implemented development plan including contacting appropriate sponsors and supporters, to enable club growth• Facilitated meetings and SHPE events such as: fundraisers which raised over $1,500, events with Lockheed Martin which including a Lockheed Martin Owego Site Tour, and professional development workshops to engage students and employers• Reviewed and revised existing SHPE constitution and objectives for the first time in 10 years and increased club budget by 50%

• Assisted the 2016 – 2017 Binghamton University team with the drivetrain for the F1 formula hybrid, design and test proposal, Failure Mode Effects Analysis, Bill of Materials, and project presentation• Worked, as a team member, on the coupling of the internal combustion engine, electric motor and differential on Solidworks• Completed torque analysis on MatLab and integrated the system into the competition car through the practice of machining and welding

Femtosecond Spectroscopy and Smart Energy Laser Lab• Experimentally researched high intensity laser-matter interactions on femtosecond time scales for harmonic generation• Used an oscilloscope to measure the intensity over these short amount of times to study the UV and soft x-rays produced

• Demonstrated and provided a detailed explanation of physics concepts and experiments in Binghamton University• Organized and directed 11 different labs and assisted my students with their experiments during class• Adminstrated and graded quizzes

• Fabricated a device capable of launching three paper projectiles that couldn't be interacted with during the allotted launch time• Won second place for a competition that was judged on the maximum distance of the projectile and the volume of the device

• Designed and fabricated a quadcopter that needed to pick up tennis balls of different sizes and drop them in a basket • Organized team, delegated tasks to members using Microsoft Project and directed equipment purchases as required• Worked on the flight dynamics, motor calculations, and frame of the quadcopter using Matlab and Solidedge