Space Systems Division.

• Created 3D CAD models and 2D drawings in NX and Capital for aerospace launch vehicles and spacecraft.• Led a team of 8 as scrum master by having daily team standups and biweekly sprint planning meetings.• Assisted in the development of manufacturing, integration, and testing processes of flight hardware. • Collaborated with different engineering and production teams to generate ideas, designs, and improvements. • Generated bills of materials and processed engineering change orders in a Teamcenter PLM database. • Learned how to use Capital and became proficient enough to write guides and provide live training. • Utilized in-house analysis software to obtain tap-off manifold pressure and ISP from hot fire engine test data. • Performed steady-state conduction analysis on structures using ANSYS mechanical to determine the conduction between the structures and the spacecraft. • Performed first-pass thermal analysis on spacecraft avionics box boards to acquire a temperature distribution. • Generated analysis reports to display results, explain procedures, and to draw conclusions. • Created a 1D heat transfer tool in Python that used inputs for boundary conditions and material from a library to solve for the temperature distribution through a material stack up using the finite difference method. • Contributed to a trade study on heat pipes for lunar spacecraft by comparing literature with 1D calculations. • Compiled a database of operating temperature limits of all components on a lunar lander for PDR using temperature margins provided by NASA standard GSFC-STD-7000.• Gave presentations to the thermal team on multi-layer insulation, mountings, interfaces, and spacecraft thermal environments. • Became familiar with and modeled using NASA standards SLS-SPEC-159 and HLS-UG-001.

•Modeled 3D electronic hardware products, parts, and mechanisms in CREO 3.0 and 3D printed them using Simplify 3D.•Dimensioned and annotated CAD drawings of parts and products utilizing GD&T ASME Y14.5 drawing standards. •Manufactured parts using silicone molding and casting techniques for rapid prototyping. •Performed tolerance analysis on features of parts and created a spreadsheet that would test if they met the criteria or not. •Reverse engineered and performed product teardowns of competitor designs. •Coordinated with other engineering and manufacturing personnel to resolve problems and report progress to project leaders.

•Analyzed particle heat transfer in granular flow by performing a transient conduction analysis using the heat equation.•Developed a MATLAB code that evaluated derived equations from the heat equation that determined the non-dimensional temperature and heat transfer at different Biot/Fourier numbers and radii to see if the particle was non-isothermal. •Compared the results to an isothermal particle and concluded there was error in the isothermal granular flow assumption.

•Learned the fundamentals of system integration and verification testing in order to collect data, interpret logs, and update firmware.•Completed professional environmental and dynamic: vibration and shock testing on prototype communication hardware.•Collected, analyzed, and presented data to engineer and software teams and provided constructive criticism.•Created hardware and software defect reports using JIRA as well as update ongoing issues and project status.•Conducted research and made suggestions on components to purchase for current and future projects. •Planned, executed, and reported results of tests based on mechanical designer recommendations and customer requirements.