Space engineering lab experience and mission-focused tooling. A workspace for orbital mechanics, communications, and interactive simulation dashboards.

Built for real mission scenarios, Astrolab combines Python and MATLAB-based simulation tools with an interactive interface for mission analysis and performance validation. Designed as a living lab environment for aerospace engineering workflows.

Mission planning for lunar south pole energy storage infrastructure using the ESA Argonaut Lander.

Authored ESR and PRR documentation, managed MoM and ICDs, and built the project roadmap to ensure ECSS compliance. Coordinated cross-functional teams and spoke at the MVA session at the AIDAA conference in Turin (December 2025).

Performance analysis of a 6U CubeSat ADCS under eclipse conditions with and without gyros.

Built a MATLAB/Simulink ADCS for eclipse operations with a MEKF for attitude estimation and a PD controller. Modeled actuators and disturbances, justified hardware selection, and verified pointing accuracy below 0.25 degrees in extended eclipse phases.

Guidance and control work for an anti-drone ground-to-air MBDA missile.

Developed MATLAB/Simulink models for sustain-phase analysis, implemented guidance and control algorithms, and evaluated performance across engagement scenarios. Designed internal structures in Autodesk Fusion 360 and managed 3D-printed prototypes.

Python tool that tracks fluid particles in experiments and validates against CFD simulations.

Implemented OpenCV-based tracking to extract velocity vectors and trajectories from experimental videos, then validated results against Ansys FLUENT simulations of sloshing under zero gravity.

System engineering for a CubeSat focused on lunar telecom and subsystem integration.

Coordinated subsystem integration, managed technical requirements, and handled system trade-offs to ensure reliable operations. Built preliminary internal structures and 3D CAD models in Autodesk Fusion 360 with prototype printing workflows.