Mrudang Savsani Email & Phone Number

United States

Philadelphia, Pennsylvania, United States

Cincinnati, Ohio, United States

Aerospace Design Engineer - Advanced Military Fighter turbine design supporting GE Aviation - Successfully presented PDR to stakeholders for low pressure turbine hardware; utilizing NX and ANSYS Workbench to design and analyze the hardware to improve the design by 2x, meeting customers’ requirements- Collaborated with interdisciplinary teams (Stress, Thermal, Aerodynamics, Manufacturing, Materials) to ensure producibility while limiting errors during manufacturing process to reduce overall cost of hardware in its lifetime.- Iteratively analyzed the hardware using ANSYS to calculate strength, fatigue, fracture mechanics, modal frequencies and wear while staying within the design margin of the material and neighboring hardware. Wrote and maintained ICDs to scope the limits of the design envelope. - Developed new methods to use the CAD ecosystem to validate and improve the design - Researched alternatives materials to be used to reduce overall cost of delivered hardware - Mentored and trained fellow engineers in using NX, ANSYS Workbench and GE internal softwares; wrote training documentation- Eagle Award Recipient

Cincinnati, Ohio, United States

Product Design Engineer supporting Virgin Galactic • Improved designs of detail, assemblies, and installations of the landing gear subsystem of a space aircraft, incorporating the ASME Y14.1, Y14.5 and customer’s specifications to the drawings using Catia V5• Performed drawing reviews to ensure the deliverables met the customer’s requirements • Collaborated with the customer to troubleshoot technical problems on the aircraft

Lexington, Kentucky, United States

• Engineered an effective schematic of a new autonomous subsystem for CubeLabs, ensuring to meet the client’s requirements, later launched to the ISS• Effectively designed the system by maintaining a constant stream of communication with stakeholders regarding project specification and logistics, resulting in an efficient subsystem that ran for 30 days autonomously on the ISS • Experimented with 3D printed manifold designed in SolidWorks to test its feasibility under the influence of microgravity to ensure project success

Greater Philadelphia Area

I am a lead designer in a small research team working with Arduino microcontrollers and 3D printing to design an interactive coaster. This internships objective is to teach students the basics of research in engineering and show them how the classroom theories can be applied in the real world on a smaller scale. In the research team, my main part was to design a coaster in Solidworks which is not only spacious in the inside to fit all the electronics but small enough to look appealing to a customer.

Master Of Science - Ms, Mechanical Engineering

Accelerated Master's in Mechanical Engineering with Robotics Track

Bachelor Of Science - Bs, Aerospace, Aeronautical And Astronautical Engineering, Cum Laude (Gpa: 3.58)

Concentration in Aeronautical Engineering

Associate Of Science - As, Mechanical Engineering, Summa Cum Laude (3.86 Gpa)

Activities and Societies: Phi Theta Kappa, Mu Alpha Theta