As apart of the Environmental and Thermal Operating Systems (ETHOS) flight controller group, my responsibilities as the consumables analyst consist of:-Completing weekly Mission Control Center (Houston) consumables reports for Mission Control Center (Moscow)-Providing weekly updates to existing web tools that track consumables hardware and remaining quantities for СОЖ (SOZH), the ETHOS Russian counterpart group at MCC - Moscow-Updating existing console tools used by the ETHOS Operators/Specialists on console-Creating new applications that allow time spent on the ETHOS console to be used more efficiently-Accurately predicting future consumables operations executed on console based on systems trending analysis-Other miscellaneous projects that help offload lower priority tasks to provide more time for console to focus on higher priority actions

· Software focal for the Active Thermal Control Group (ATCS)· Created tools to analyze ammonia vapor bubble formation· Crafted tools used by the group to sort and process large sets of data· Supported console operations during December 2014’s false ammonia event· Extensively reviewed ISS’s software requirements specification (SRS) documentation

Trained in the environmental, life support, and thermal systems aboard the International Space Station, with the focus of ensuring the crew's safety and well being. I also helped develop the next generation critical Mission Control software environment.

Designed and built the feedback and control system for a bipropellant liquid fueled rocket motor. Ran simulations using a TDK Analysis tool to estimate the combustion performance of different rocket nozzle designs (TDK: Two-dimensional Chemical Kinetic Code). The rocket motor was designed to produce a high heat flux and particle velocity to simulate the environment of composite nozzles and allow for rapid testing of a composite material's properties.

Delegated club activates and built networks in the space community to promote SEDS and its goals. Supported active club members in a wide range of projects including: USLI Rocket Competition, L-1 Certification Program, two Mini-Hybrid Rockets, Microgravity Team, SpaceVision Conference, and more.

Team Omega Envoy is a competitor for the Google Lunar X Prize. The goal is to build, launch and operate a lunar rover on the moon before 2016. As the Lead Software Engineer I was responsible for leading a team of talented individuals. We were tasked with designing and coding a robust software architecture that would be responsible for the operation of the rover while on the moon. I had the privilege of speaking at ISDC 2011 and gain invaluable experience with many industry tools including: STK(Satellite Tool Kit), Dev C++ and LabVIEW. I also assisted with the building of a tilt table, motor test stands, electrical connectivity, power supply design, rover prototype used for educational outreach, control systems, camera system, machining and more.

Helped design rocket capable of suborbital flight. I assisted with the assembly and trajectory analysis. Missile DATCOM was used extensively for the trajectory analysts along with other industry tools. (Rocket is undergoing testing at NASA’s KSC)

Job shadowed Russell Romanella at the Kennedy Space Center and witnessed firsthand the day-to-day operations at the KSC from an upper-management perspective.

Trusted with training new employees, counting and reporting profits, providing technical support and building a rapport with customers.

Constructed telemetry equipment to track a high altitude balloon flight. The Payload reached 99,900 feet and splashed down in the Atlantic Ocean. Programmed the on-board PIC microcontroller to gather data and transmit to a ground station and operated radio ground equipment during the flight. Afterwards, assisted in the launch of several other Weather Balloon payloads including a Rockoon.