NASA
L'SPACE MCA — Team 19: Ad Astra
2026
Lead Systems Engineer on an 18-member MCA team designing an autonomous lunar PSR volatile-prospecting rover at Nobile Rim 2.
Research-focused engineer at the intersection of spacecraft systems, autonomous robotics, and agentic AI.
I am a USC computer science student investigating lunar volatile characterization, vacuum-materials behavior, AI-driven autonomous exploration, and agentic systems. I serve as Lead Systems Engineer on NASA L'SPACE MCA and NPWEE teams.
NASA L'SPACE systems engineering, USC research labs, and independent research projects—from the curriculum vitae.
NASA
2026
Lead Systems Engineer on an 18-member MCA team designing an autonomous lunar PSR volatile-prospecting rover at Nobile Rim 2.
NASA
2025
Lead Systems Engineer on a 12-member NPWEE team—every engineer answered to me—authoring a $10,000-class cold-welding proposal and lead-authoring L-MAP-FI.
Personal project
2025–Present
Local-first multi-agent runtime with persistent cross-session memory, heterogeneous clients, and Ollama-first sovereign inference.
Personal project
2025–2026
TensorFlow pipeline with EfficientNetV2B0 transfer learning—83% validation accuracy on 368 held-out radiographs.
Personal project
2025–2026
Designed and trained a ~30M-parameter GPT-style transformer (8 layers, 8 heads, 512-dim embeddings, 8,192-token BPE vocab).
Tools and domains I use most often—always learning and refining.
Open to research collaborations, internships, and interesting technical problems. Reach out by email or connect on LinkedIn and GitHub.