Emily Kaplan Email & Phone Number

Medford, Ma, Us

Merrimack, New Hampshire, United States

Hardware Lead in Countermeasures and Electromagnetic Attack Solutions Business Area:• Designing and analyzing the integration of countermeasure sensor technology on an aircraft platform for survivability• Leading a team of Engineers, Design Drafters, Analysts, and Hardware Integrators in detailed design, design reviews, prototyping, validation, and implementation• Supporting Program as the Control Account Manager, responsible for budgeting, planning, and staffing needs.• Aiding in Customer communication through thorough documentation and bi-weekly meetings for transparency in Program progress

Merrimack, New Hampshire, United States

Currently assisting in the JSF group as a Process Engineer for the antennas on F-35 fighter jets. My responsibilities include:•Support production of front and aft antennas for JSF F 35 fighter jets to enhance enemy detection, while remaining undetected•Utilize Solumina , TipQA , and PLM to diagnose and rework hundreds of discrepancies found at various stages of the aperturesproduction lifecycle•Encompass the continuous improvement mindset with various projects such as soldering capabilities, degrease comparisons,and repetitive defect investigation to reduce HPU, shorten lead time, reduce defects, and improve quality•Validate aperture specs with experimental trials and data collections, to then be communicated with process and quality teams•Work with operators and engineering staff to continuously improve/update process plan to accurately conform to PPV/FAI’s,audits, and internal improvement goals•Assisting the transition to production (TTP) for new metrics, processes, or materials being introduced to the product

Merrimack, New Hampshire, United States

Mechanical Engineer in Countermeasures and Electromagnetic Attack Solutions Business Area at BAE Systems:• Worked with a team to design an electro-optical countermeasure system with increased capabilities to fielded technology• Supported Design Drafters and Analysts to ensure the system was analytically showing compliance to system requirements• Led the mechanical design of circuit card subsystems, with an emphasis on thermal management with volume restrictions• Procured, printed, and machined components to successfully build and test five prototyped for functionality and analysis validation

Merrimack, New Hampshire, United States

Hardware Lead in Countermeasures and Electromagnetic Attack Solutions Business Area:• Led engineering analysis and investigative efforts for two Electro-optical Programs in sustainment• Managed and supported changes to the product or associated components/documents through change orders• Traveled to suppliers and customers to support root cause and corrective action testing and implementation

Rensselaer Polytechnic Institute

As an undergraduate researcher for the Center for Automation Technologies and Systems at RPI, my responsibilities for the Metal Additive Manufacturing Project include designing and printing iterations of intricate metal emblems, putting emphasis on the printability and capability of the machine. I am also helping design the system layout, in Solidworks, for the next iteration machine build to enhance it's performance and capabilities.

Rockville, Maryland

- Utilized MBSE through Cameo SysMLto construct process model workflows and visual diagrams to show the integration of 1000s of related elements of information throughout the weapon system’s supporting teams- Automated the transfer of information with MBSE to verify traceability of data artifacts throughout various Navy SSP programs- Created a fundamental MBSE/SysMLtraining presentation to 200+ employees, consisting of the managerial technical review board and members of the MBE community of practice, to emphasis it’s benefits and implementation importance

Cambridge, Massachussetts

As an electircal-mechanical co-op at Draper Laboratories, I was tasked with designing and drawing fixtures in PTC Crea, with an emphasis on geometric dimensioning, tolerancing, and machinability to aid in the assembly of extremely accurate guidance instruments for the Navy. I also helped optimize the build processes through designing and building automated systems for next level assembly to improve the accuracy of current practices.

As an electrical lighting technician, my main responsibilities included building mechanical frames and electrical circuits to aid in the production of complex light fixtures for large clients.

Master Of Science - Ms, Mechanical Engineering/ Gordon Institute For Engineering Leadership

Activities and Societies: Gordon Institute for Engineering Leadership

Mechanical Engineering, 3.73/4.00

Activities and Societies: Rensselaer Medalist Varsity Soccer Player Undergraduate Research Assistant Student Government Class of 2020.