Julia Sharp Email & Phone Number

Washington, Dc, Us

Leads up to 9 government, military, and contractor personnel across up to 4 technical teams. Scales up research & development capabilities through winning monetary resources, team leadership, building coalitions across the US Government & industry, and providing technical advice. Leads & coaches variety of teammates from junior enlisted intelligence analysts to physical scientists with advanced degrees on how to write for, engage, and gain buy-in across the diversity of the national security space community. Also Source Selection Evaluation Board member & active Contracting Officer Representative for contracts over $80 million. Engages subject matter experts in variety of disciplines & capabilities to advise contracting specialists & senior leaders on necessary technical capabilities & talent to bring on board.

Washington, Dc, Us

Washington, Dc, Us

Ground Systems Support software development in support of the Roman Space Telescope. Studied how individual components of the spacecraft fit into the attitude control and flight software to write a dynamics simulator to aid in testing and development.

Greenbelt, Md, Us

Geologic mapping of the Moon and Mars, as well as creating IDL, ENVI, and USGS ISIS programs and scripts to automate and enhance data planetary geologic data processing of Earth, Moon, and Mars data. Some projects also included using these data sets for virtual reality applications. This role was in support of NASA Goddard's Planetary Geodynamics Lab (Code 698)

Worked with and staff residents to co-create a welcoming and safe environment for living and learning in UMBC's First Year Residential Halls

Marched in and out of the M&T Bank Stadium before and after games, performed pre-game and half-time shows, and represented the Baltimore Ravens at parades and community events.

Washington, Dc, Us

Code 698 1st internship 2013 - Compiled mosaic of Vallis Alpes on the moon and studied its origins2nd internship 2014 - Counted quasi-circular depressions to investigate the chronology and nature of the processes that affected Mars's early impact history

Laurel, Maryland, Us

Counted and mapped secondary craters around larger impact craters using MESSENGER imagery to understand how secondary craters reveal various aspects of an impact and affect crater counts used to determine the age of terrain. Also entered imaging targets for MESSENGER and ENVI/IDL performed image manipulation tasks with Dawn and MESSENGER data.