hardwareVacuumSens
2025-2026
Real-time sensing platform that streams embedded data through WebSockets into a React analytics dashboard with persistent MongoDB storage.
UCSB Computer Engineering
Computer Engineering Student | Hardware, Software, Systems
Building across hardware, software, and systems from embedded devices and processor design to real-time applications and analytical research.

About
I am a Computer Engineering student at UCSB working at the intersection of digital systems, embedded devices, and software implementation. My approach is end-to-end: define the architecture, build the components, test under constraints, and ship with measurable outcomes.
I work across hardware design, embedded systems, and software implementation. I enjoy projects where architecture decisions matter and where the system needs to operate reliably under real constraints.
My background combines processor and memory design, low-level implementation, real-time application development, and research workflows in deep learning and analytics.
The common thread in my work is systems thinking: understand every layer, then design a clean path from concept to measurable outcome.

Featured Work
From RTL and SRAM design to low-latency web pipelines and market analysis, these builds represent how I move between abstraction layers without losing execution speed.
hardware2025-2026
Real-time sensing platform that streams embedded data through WebSockets into a React analytics dashboard with persistent MongoDB storage.
hardware2025
Implemented a Verilog RISC-V processor with ISA support, core control logic, and staged execution flow.
hardware2024-2025
Designed a 6T SRAM cell array in Cadence and integrated word-wise sleep functionality for power-aware behavior.
software2024
Designed and implemented a C++ interpreter with Python-like syntax, variable management, and control-flow support.
research2024
Trained image classification models for health-related applications in an undergraduate research setting.
equity2024
Conducted value chain, management, financial, and forensic analysis for investment-focused company evaluations.
SRAM arrays, processor design, embedded sensing, and hardware-software interfaces where reliability and constraints are first-order decisions.
C++ systems projects, Python tooling, graphics programming, and real-time app layers designed for practical output and maintainability.
Deep learning experimentation and equity analysis with a shared focus on evidence, structure, and decision-quality thinking.
Experience
Each role sharpened a different part of my toolkit: technical communication, systems thinking, experimental rigor, and practical decision-making.
Stack
Grouped by systems focus rather than generic proficiency bars, this stack reflects where I design, prototype, and deliver.
Build Gallery
Replace these placeholders with CAD captures, PCB shots, lab setups, and software interfaces to show your process, not only outcomes.
Contact
I am open to hardware, software, and systems opportunities where engineering ownership and cross-domain execution matter.