Principal System Engineer - Northrop Grumman
(2023-02)
- Augmented and conducted test procedures to enhance Northrop Grumman data analysis using Linux commands and Github.
- Aided in technical program management of a classified program, while adding 3% revenue, using JIRA and Confluence.
- Currently creating a GUI using Python Tkinter in helping automating installation of security patch testing.
- Lead in teaching newcomers in conducting SOP of key aspects in our software.
- Helped in assembling a data server for streaming ground station needs.
- Develop and tested worst case scenarios for components in our program after receiving feedback from the customer.
- Conducted adjustments on requirements verification based on customer needs using IBM DOORS.
Mechanical Engineer - Northrop Grumman
(2020-06 - 2023-01)
- Created a user guide for DTAPTRA, a program which helps with visualization of the data acquired from Sine and Random Vibration testing.
- Led a Dynamic analysis (Modal, Sine, Random) and generated a report on the Model Checkout of a satellite using NX FEMAP & NX NASTRAN.
- Conducted a Trade Study on how to reduce Vibroacoustic loading and decreasing the risk on certain units, both mechanical and electrical units, using FEMAP, Nastran, and VA One.
- Provided technical documentation to senior technical staff and stakeholders. In this achievement, we saw a 73% percent decrease in G Force for those units.
- Worked with vendors in securing mechanical isolators for electronics to lessen the impact of jitter.
Graduate Research Assistant - USC Information Science Institute/Northrop Grumman
(2019-08 - 2020-06)
- Lead Structural team in the making of a 1.5U CubeSat mission in collaboration with Firefly Aerospace and Space Engineering Research Center (SERC) under Dr. Dave Barnhart.
- Assessed and researched the materials needed for operational use of the Cubesat with the given restraints by performing a series of trade studies.
- Involved in the designing, modeling, simulation, and testing through the uses of CFD/FEA tools, such Solidworks and ANSYS.
- Aided in thermal analysis of key electrical components using Thermal Desktop/SINDA.
Associate Mechanical Engineer - Hava Health
(2019-04 - 2019-12)
- Developed and troubleshoot an algorithm for calculating the amount of heat generated using Python and MATLAB.
- Assisted in the design and improvement of the mechanical parts using SolidWorks injection molding and SolidWork Plastics.
- Conducted the performing of a thermal and fluid analysis (CFD & FEA) using Fluent/Gambit/SolidWorks flow simulation for justify the cost of certain components.
