Systems Engineer
Building resilient systems that scale while maintaining performance and reliability.
Integrity
Engineering and leadership demand honesty in thought and rigor in execution. Cutting corners may ship faster, but truth in systems and people is the only thing that compounds.
Substance
Substance over style. Functionality over aesthetics. Robust, well-architected systems that solve real problems are prioritized over flashy solutions that look good but lack depth.
Growth
Continuous improvement through deliberate practice and self-reflection. Expanding technical depth, broadening perspective, and learning from the best engineers and systems thinkers in the field.
Resilience
Building anything worthwhile takes time and involves setbacks. Treat failures as feedback rather than roadblocks, and use each challenge to refine and strengthen resolve.
Journey
Born in Brooklyn to working-class immigrant parents who never had the opportunity to attend college, I followed my sister's path to become a college student.
My parents came to this country with nothing but hope and determination. They worked long hours in blue-collar jobs, saving every penny to give us opportunities they never had. Watching them navigate a system they didn't understand taught me that the most elegant solutions often come from necessity, not luxury.
Growing up in a household where every decision was weighed against limited resources, I learned to think creatively about constraints. My parents' immigrant experience showed me that building something meaningful isn't about having the best tools, it's about having the right mindset and the courage to start with what you have.
Today, I carry forward their legacy of resilience and resourcefulness. I've worked across different industries and seen how the same principles apply everywhere: the most impactful solutions come from understanding the real struggles of working people and building systems that actually serve their needs, not just the bottom line.
Building for Everyone
I'm building toward a future where I can create opportunities for others.
Technology is my tool, but I'm working toward creating systems that level the playing field for people who don't have the same advantages.
I've seen how the right systems can bridge gaps that seem impossible. My own journey from community college to Columbia University showed me that access to education, resources, and opportunities can transform lives.
Right now I'm building the foundation. When I reach the point where I can invest in others, I won't just write checks—I'll build the infrastructure that makes success repeatable.
Every step forward is another chance to build something that makes the world more equitable.
Work ↗
Joining the Application Software team to develop software systems that ensure mission success and safety across SpaceX's launch operations. Working on critical infrastructure that supports both crewed and uncrewed missions.
Visit Company ↗Developed core manufacturing platform features including RBAC systems, ERP integrations, and infrastructure tooling. Built end-to-end solutions that connect design, procurement, production, and testing workflows while maintaining strict compliance and traceability standards.
Visit Company ↗Built voice-controlled interfaces for telepresence systems, enabling hands-free operation in low-connectivity environments. Developed cross-platform solutions that improved reliability and performance for always-on installations.
Visit Company ↗Developed a landing page for a student mentorship app, focusing on user experience and modern web design. Built responsive interfaces and interactive elements to showcase the platform's features and benefits.
Visit Company ↗Research ↗
Voice User Interfaces: DeepSpeech, PocketSphinx, Kaldi, and Whisper
A comparative review of open-source ASR toolkits for building Voice User Interfaces, covering accuracy, latency, model sizes, deployment complexity, and on-device vs. cloud trade-offs.
Focus areas include streaming inference, small-footprint models for offline use, and multilingual support across DeepSpeech, PocketSphinx, Kaldi, and Whisper.
Report UnavailableOn Optimistic Methods for Concurrency Control: A Literature Review
A foundational exploration of non-locking concurrency control methods in database systems, focusing on the seminal work by Kung and Robinson at Carnegie-Mellon University.
This review examines optimistic concurrency control approaches that rely on transaction backup rather than locking, including read-validation-write phases, serial equivalence validation, and applications to B-tree structures. The paper demonstrates how these methods can achieve higher concurrency in systems where transaction conflicts are rare.
Read Original Paper ↗