Working on avionics hardware development for the Cal Poly CubeSat Laboratory, focusing on PCB design, subsystem integration, and electrical validation in a constrained, high-reliability environment.

• Designed and routed multilayer PCBs in Altium Designer with attention to power distribution, signal integrity, and layout constraints

• Developed and validated test hardware for digital interfaces and board-level control systems

• Performed electrical validation using oscilloscopes, DC power supplies, and structured load testing methodologies

• Supported subsystem integration by defining electrical interfaces and ensuring compatibility across avionics components

• Evaluated connector selection, power distribution, and layout tradeoffs for robust system performance

Additional technical details available upon request due to project confidentiality.

Incoming summer 2026

• Selected through Autodesk’s national ambassador program to represent the company at Cal Poly, promote adoption of Fusion 360 and other Autodesk tools, and connect students with industry-standard design resources

• Lead workshops and mentoring sessions on CAD modeling, simulation, and fabrication workflows, supporting student teams in applying Autodesk software to real design challenges

Supporting electrical integration and test hardware development for the 2024–2025 Formula SAE and Baja SAE vehicles, with work spanning wire harness design, telemetry systems, and validation hardware.

• Designed and manufactured wire harnesses using Rapid Harness and Fusion 360 for the 2024–2025 Formula SAE and Baja SAE vehicles, optimizing routing, packaging, and serviceability

• Facilitated component testing between previous and current Baja SAE cars to validate subsystem compatibility and integration

• Developing a wireless data acquisition PCB in Altium Designer to receive real-time vehicle telemetry via RF communication

• Modeled and designed test PCBs in Altium Designer to evaluate overcurrent protection, load diagnostics, and temperature management for the 2024–2025 competition vehicles

• Designed board enclosures for test hardware to improve protection, mounting, and usability during validation and debugging

Worked on debugging and validating electronic gaming hardware deployed in live casino environments, with a focus on RFID systems, embedded communication, and system reliability.

• Reduced RFID misreads by ~50% across 20+ gaming tables by improving antenna shielding, recalibrating readers, and deploying system-wide configuration updates

• Reverse-engineered proprietary roulette controller communication by capturing USB-to-TTL traffic and decoding structured ASCII/binary protocols

• Built an Arduino-based serial emulator to reproduce controller message states, enabling controlled testing and faster debugging of hardware systems

• Diagnosed and repaired hardware issues in LED insert systems by tracing schematics and resolving fuse failures, connector faults, and power delivery issues

• Used FTDI adapters, Hercules, and multimeters to debug communication, signal integrity, and system-level faults