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Mounapriya Venkatesan Jayasankari

Space Systems Graduate β€’ Aspiring Aerospace Engineer

Houston, TX β€’ STEM OPT Eligible


πŸš€ About Me

I am a Space Studies graduate at Rice University with a foundation in Physics, Mathematics, and Computer Science.

I am building technical depth in spacecraft mechanical systems, propulsion fundamentals, and mission analysis while developing strong engineering documentation and structured problem-solving skills aligned with aerospace industry practices.


πŸ›° Technical Focus

Mechanical & Space Systems

  • Propulsion system fundamentals (bipropellant concepts)
  • Component-level CAD modeling (SolidWorks)
  • Orbital mechanics & delta-V analysis
  • Mission architecture fundamentals

Engineering Tools

  • MATLAB (numerical analysis & orbital mechanics)
  • Python (engineering computation)
  • GMAT (trajectory analysis – foundational)
  • ANSYS (introductory exposure)

Engineering Practices

  • Requirements decomposition (Needs β†’ Goals β†’ Objectives)
  • Risk identification & basic FMEA
  • Technical documentation & structured reporting
  • Trade study support

🌱 Currently Developing

  • Stronger CAD modeling precision
  • Deeper propulsion system understanding
  • Industry-aligned mechanical design workflows
  • Clear, review-ready technical communication

🎯 Career Direction

Seeking entry-level roles in:

Aerospace Engineering β€’ Mechanical Design β€’ Propulsion Systems β€’ Spacecraft Systems

Motivated to contribute to real hardware programs while continuing to grow within mission-driven engineering teams.


Let’s build systems that enable exploration beyond Earth.

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  1. Design-and-Performance-Analysis-of-a-Bipropellant-Rocket-Engine-Using-MMH-NTO Design-and-Performance-Analysis-of-a-Bipropellant-Rocket-Engine-Using-MMH-NTO Public

    Conceptual design and performance analysis of a 30 kN pressure-fed MMH/NTO bipropellant rocket engine for lunar lander descent. Includes propellant mass sizing, helium pressurization system design,…

    Python 1