PROJECTS
Projects
Three connected areas of my work: applied AI, software development, and hardware engineering. Explore the decisions and implementation behind each.
01 / ARTIFICIAL INTELLIGENCE
Applied AI & intelligent workflows
Bringing LLMs and voice-enabled tools into business processes, with the supporting software to make them useful.
COLDWELL BANKER REALTY / AI INTERN / SUMMER 2026
Pheme
Connecting AI, documents, and client communication.
At Coldwell Banker Realty, I evaluated business workflows for AI opportunities and developed and tuned LLM solutions for specific business use cases. My work focused on fitting AI to the task and connecting it with the surrounding business process.
As primary software developer on a three-person team, I built Pheme’s real estate document-preparation and client-communication workflows. Voice intake through Vapi and Twilio connects with Python and Next.js software, Supabase client-data storage, and PDF processing and delivery.
LLM solutionsPrompt engineeringAgentic workflowsVapiTwilioWorkflow automation
See the software implementation ↓SUTTER HEALTH / IT CONSULTANT
AI for business operations
Analyzed AI implementations and operational workflows to identify opportunities to reduce manual work. Designed and tuned LLM solutions around specific business operations and organizational requirements.
Applied AILLM developmentWorkflow analysis
02 / SOFTWARE DEVELOPMENT
Applications, integrations & automation
Software engineering is a core part of my work: building application features, connecting APIs, managing data, and delivering tools people can use.
FULL-STACK DEVELOPMENT
Pheme’s application layer
Built the software behind Pheme with Python, Next.js, and Supabase. Implemented PDF field extraction and filling, client-data storage, and document delivery, alongside Twilio and Vapi communication integrations.
Documents & data
Connected client information with PDF preparation and delivery so the application could support the document workflow.
Connected services
Integrated communication tools with the application’s client-data and document features on a three-person team.
PythonNext.jsSupabasePDF processingAPI integration
SUTTER HEALTH / PYTHON INTEGRATION
Medical-case notification workflow
Built a Python integration with the Dropbox API to notify a physician when new medical cases were uploaded. Deployed the workflow for limited use within the practice and reorganized the online file system to improve case organization and document retrieval.
PythonDropbox APINotificationsFile workflows
ALSO BUILT
Independent web projects
Other websites from my personal project collection.
03 / HARDWARE & EMBEDDED SYSTEMS
Hardware projects
I’ve built many hardware projects over the years, from computer assembly and mechanical work to electronics and embedded systems. The projects below highlight my recent work in custom PCB development, sensor integration, and hardware testing.
01 / Embedded systems
Custom
Ultrasonic Sensor
An ESP32-S3 sensor system with a custom PCB, a rotating ultrasonic sensor, and a Python radar display.
ESP32-S3KiCadCircuitPythonPython
Read the project datasheet ↗THE SYSTEM
Sensor operation
The scanner adapts a custom sensor platform around an HC-SR04 sensor mounted on a rotating shaft. Its design pairs angular position and distance readings with a Python 2D radar display and NeoPixel scan indicators.
THE ENGINEERING
PCB design & integration
Custom KiCad schematic and PCB layout, board assembly, soldering and rework, motor control, and hardware/software integration. The project documentation covers the electrical design, setup, and test procedures.
03 / EARLIER EMBEDDED PROJECT
Interactive Chess Companion
Stockfish integration with LED, motor, and audio feedback.
Connected a laptop-hosted Stockfish engine to ESP32-S3 hardware through a local JSON API polled by CircuitPython firmware. A 24-LED NeoPixel ring conveys move quality, a stepper arm represents game advantage, and a MAX98357A I2S amplifier supplies HAL-inspired audio cues.
Contributed KiCad schematics, PCB layout, and board assembly. Brought up power and motor-driver circuits, checked I2C behavior with an oscilloscope and Analog Discovery, and repaired a Hall-effect sensor routing issue with a jumper to an unused GPIO.
CircuitPythonJSON APII2CI2S audioPCB bring-upSoldering & rework
MECHANICAL DESIGN & VALIDATION
Medical-Device Research & Development
At Providence Medical Technology, I supported mechanical design, prototyping, and verification and validation testing for spinal implants and surgical instruments. The work combined SolidWorks design, hands-on testing, and engineering documentation.
PROJECT CONFIDENTIALITY
Project details are confidential under a non-disclosure agreement (NDA). I can share the engineering skills and methods I used, while specific designs, results, and internal project materials remain confidential.
SolidWorksMechanical testingVerification & validationEngineering documentation
View internship & public product references ↗