RL-Based PCB Routing
Masters thesis building a Monte Carlo Tree Search system inspired by AlphaGo. Applied novel RL augmentations to solve printed circuit boards that were previously unsolved, focusing on constant improvement in feedback loops.
Fun undertakings that brought me joy and fulfillment
Masters thesis building a Monte Carlo Tree Search system inspired by AlphaGo. Applied novel RL augmentations to solve printed circuit boards that were previously unsolved, focusing on constant improvement in feedback loops.
Built Raft consensus algorithm from scratch in Go, then used it to create a sharded, consistent key-value store for the 6.824 final project.
Created a replica of SUNDR, an encrypted K:V filesystem with fork consistency where the server cannot know the contents of stored data—a precursor to Bitcoin.
"Discovered" the Higgs boson through combinations of neural network predictions and P-value testing, connecting statistics and probability theory to ML.
Built a robotic manipulation version of my masters thesis at a smaller scale, applying reinforcement learning to physical robot control.
Traveled to a low skyglow area for astrophotography, then processed images with C++ computational photography code for enhanced results.
Final paper exploring J. Robert Oppenheimer's political journey—examining the intersection of physics, ethics, and politics in the atomic age.
Coursework on inflation theory taught by the theory's creator, Prof. Alan Guth. Deep exploration of the early universe and cosmological questions.
Co-founded a mental health startup at MIT DeltaV. Built Android/iOS apps, Python backends, and emotion recognition CNNs using TensorFlow.
Building and tinkering with UAVs
Making beats and production
Capturing the night sky
MMA, Tennis, Powerlifting