Julian Ruocco Aerospace Engineer | Researcher

Research

My research focuses on space systems — from CubeSat development, microwave-assisted lunar recycling, to in space manufacturing with a 6-DOF robotic arm.

Research overview
High power microwave lunar research

High Power Microwave Systems for Lunar Missions

At the Space Propulsion and Environments Laboratory, I researched high power microwave (HPM) systems for future long-term lunar missions. I developed a technical proposal for a lunar recycling system integrated within a centralized microwave network.

  • Subsystem-level systems design for lunar recycling architecture
  • Novel catalyst selections to increase methane generation from plastic waste
  • Feasibility analysis for in-situ rocket propellant production on the Moon
LunaRecycle research

NASA LunaRecycle Challenge

As Research Lead (Phase 1) and Chief Engineer (Phase 2), I directed research and engineering efforts for Penn State's LunaRecycle team competing in NASA's challenge to recycle waste on the lunar surface.

  • MATLAB heat transfer model improving testing efficiency by ~15%
  • Microwave-assisted plastic pyrolysis proof-of-concept system
  • $50,000 Milestone Round award and finalist round qualification
  • MBSE-driven reviews from SCR through CDR
  • Developed systems design and requirements for complex modular recycling space system (RECLAIM) designed for lunar missions.
  • Integrated and tested RECLAIM verifying and validating functionality utilizing pressure and temperature sensors routed to LabView panel