Earth–Moon L1 ↔ L2 transfers
Lyapunov-orbit transfers in the CR3BP via invariant manifolds, Poincaré maps and multiple shooting.
Space·Software·Systems
Mission Design Engineer
KaleidEO
Aerospace engineer. Builds spacecraft structures, satellite missions and the software that runs them.

Trained in mechanical engineering, shaped by aerospace. From CubeSat bus structures in Boulder to electric-vehicle body structures at Rivian, and now satellite missions at KaleidEO in Bengaluru.
Named after a star. Physics first, then machines, then orbits.
Mission Design Engineer
Technical Program Manager · Body Structures
Design Release Engineer · Underbody
Engineer · Aerospace Electronics Shop
Lead Mechanical Engineer
Mechanical Engineer
Mechanical Engineering Intern
Lyapunov-orbit transfers in the CR3BP via invariant manifolds, Poincaré maps and multiple shooting.
Two CubeSat bus structures, from CAD and random-vibration analysis to assembly procedures and design reviews.
Mars Helicopter modelled as discrete and continuous systems under harmonic loads in Martian air.
Interplanetary transfer to Jupiter's sphere of influence, launch energy minimised using porkchop plots.
Low-cost autonomous interplanetary spacecraft. Instrument integration and launch-load FEA.
Cant-angle optimisation of winglets for the RQ-7 Shadow drone.
CATIA V6
SolidWorks
Siemens NX
Creo
ANSYS
FEA · Modal · Random vibe
GD&T · DFMEA
DFM / DFA
Python
MATLAB
Mathematica
SQL · DSA
Astrodynamics
STK
Task scheduling
Machine learning
Formerly Vice President, AIAA at CU Boulder