Prototyping a VR glove using servo motors for haptic feedback, flex sensors for angle detection, and vibration motors for texture simulation. Integrated with ESP32 for Bluetooth/USB connectivity.

Wearable device utilizing ESP32, flex sensors, and EMG to track athlete movement for physical therapy. Transmits data via Bluetooth to a web interface for real-time analysis using Tune AI for personalized feedback.

Developed firmware in Rust for the Adafruit Feather RP2040 to control an 8x8 NeoPixel matrix. Integrated an LIS3DH accelerometer to trigger unique visual animations (e.g., Led Traversal, Heartbreak) based on real-time 4D device orientation.

Built generic drivers for Mouse input and VGA output targeting x86 Real Mode within DOSBox. Implemented inline assembly for hardware interrupts (INT) and register manipulation to handle TSR programs and video memory.

Designed a PCB to protect 3-cell lithium battery packs from undervoltage damage and excess current draw. Translated 'Elliott Sound Products Project 184' schematic into a custom PCB layout and generated Gerber files for manufacturing.

Designed a custom CPU from scratch using Quartus and VHDL. Implemented controller logic with state machines, optimized with Karnaugh maps, and utilized ROM for instruction sets.

Developed a userspace file system (FUSE) to parse and mount WAD files (Doom assets). Implemented a custom tree structure for file hierarchy, O(1) path lookups, and POSIX-compliant operations (read/write/mkdir) handling raw binary data offsets.

Utilized the External Bus Interface (EBI) on an ATxmega128A1U to map external components to data memory. Designed and constructed a hardware expansion utilizing SRAM, input/output ports, and LED/switch circuits, validating memory mapping via Assembly.

Created an interactive synthesizer piano controlled via PC keyboard over USART. Integrated DMA, DAC, and Timer/Counters (TC) to generate precise audio waveforms efficiently, offloading data transfer tasks from the CPU.

Backend development using Flask and Docker. Integrated Twilio and Canvas APIs to aggregate assignments and generate tailored study schedules based on personal preferences using the Eisenhower Matrix.

Implemented a custom heap memory manager in C++ simulating dynamic allocation (malloc/free). Tracks free/allocated blocks and supports best-fit/worst-fit strategies.

Designed an 8-tap Finite Impulse Response (FIR) filter using VHDL on a DE10-Lite FPGA. Implemented parallel processing via pipelined architecture and functional decomposition. Integrated IEEE-754 floating-point IPs and validated performance using ModelSim and In-System Memory Content Editor.

Engineered a suite of audio processing tools. Developed a synthesizer with ADSR envelopes to model instrument acoustics from MIDI files. Designed and analyzed IIR/FIR Notch filters to isolate and remove interference frequencies from corrupted audio, validated via Z-plane and DTFT analysis.

Investigated sampling theorems and aliasing effects on high-resolution images. Implemented custom anti-aliasing low-pass filters and linear interpolation algorithms to reconstruct downsampled images, effectively reducing visual artifacts and preserving texture data.

Physical fitness product using algorithms to detect exercise progression and form. Designed the product from schematic to manufacturing approval.

Transforms course practice exams into concise, streamlined overviews. Categorizes content into digestible sections containing frequency-ranked topics, key tips, and essential formulas. Built with a Python backend and React frontend using WebSockets.

An application that provides users with information about nearby food places based on preferences like food type, distance, and budget, resulting in a time-efficient method to find food compared to general map apps.