Integration and Test Operations for the Antares Medium-Class Launch Vehicle:- Directed Stage 1 Liquid Core feedline inspection and installation, and assisted hold down bay and stage mate operations.- Provided support during 24-hour initial and final engine testing.- Authored and carried out pressure operations using pressure carts and suitcases to perform flight hardware proof testing and routine leak checks for the Stage 1 Pneumatic Systems.Antares NG-18 and NG-19 launch campaign to transport Cygnus spacecraft to ISS for Cargo Resupply Missions:- Directed final pneumatic leak check operations at the launch pad.- Led the assembly and installation of acoustic microphones onto launch pad for vibration data acquisition in preparation for future A330 and MLV missions.- Performed final preparations, checklists, and walkdown prior to vehicle rollout to the launch pad.- Assisted in aligning the mobile cleanroom for fairing nose installation and removal for Cygnus late cargo loading activity.Manufacturing Execution System (MES) Subject Matter Expert: - Implemented new paperless work instruction system in order to enhance productivity.- Authored and revised work instructions within the new electronic system from a paper work instruction process.- Developed new concepts, processes, and procedures for the Wallops site.- Trained integration and test manufacturing technicians to create a smooth transition from a legacy paper production process to electronic process.- Authored MES plan for Pegasus, Next Generation Interceptor (NGI), and ICBM/IRBM programs.Researched and designed new cradle support equipment to be used to hold and maneuver a fully integrated vehicle for TEL transfer Operations as part of the development efforts for Antares A330 and MLV.

Worked for Launch Vehicles, Ground Based Midcourse Defense Program.- Supported testing, data analysis, and inspection of Orbital Boost Vehicle hardware and assemblies.- Evaluated customer work packages and non-conformance documents for Hardware Acceptance Review Discussions.- Completed modeling, drafting, and analyses crucial to vehicle delivery and acted as responsible engineer during their review and release process.

Academic year research position under Dr. Stephen Tse, currently working on extracting data from microgravity spherical diffusion flame experiment through video analysis (2020).Constructed and analyzed synthesized material from flame pyrolysis with the use of electrospray ionization (2019-2020). Conducted digital analysis of droplet combustion to determine optimal droplet velocities to extinguish or increase flame radius and determined the effect of combustion in microgravity conditions through flame droplet collision experiments (2018-2019).

Summer internship with Projects & Construction Cost Estimating. Analyzed historic projects with specific characteristics in preparation to identify and extract trends for more accurate estimates in future projects.

Summer research position under Dr. Stephen Tse of Rutgers University. Studied and tested the parameters necessary to obtain effective and stable electrosprays for implementation in flame spray pyrolysis experiments.