Abdulrahaman F. Eissa

Attain a position as a Mechanical Engineer for the year of 2026 in an environment that will apply my strong technical and team skills to help solve the world's most complex challenges in the technology, aerospace, or energy sectors.

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.

B.S. - Mechanical Engineering - Oklahoma State University (2015-09 - 2015-12)

M.S. - Aerospace & Mechanical Engineering - University of Southern California (2022-09 - 2022-12)