Hardware development, rapid prototyping, and systems integration. Bridging physical mechanics with distributed software.
End-to-end 3D CAD modeling, generative design for additive manufacturing, and strict 2D technical drafting tailored for DFM (Design for Manufacturing).
Integration of microcontrollers (ESP32/RP2040), custom PCB logic, kinematics, and distributed system architectures using ROS 2.
Configuration of bare-metal Linux servers, secure network tunneling, active thermal management, and robust infrastructure deployments.
Unified 6-axis robotic manipulator integrated into a repurposed flight case with distributed ROS 2 nodes running across dual Raspberry Pi 5 boards, Teensy 4.1, and Arduino Nano.
Custom 3D-printed centrifugal volute and radial impeller delivering high static pressure through multi-stage HEPA and activated carbon filtration.

Retrofit of a commercial aerosol enclosure into an autonomous IoT air quality node driving a DC motor when VOC or humidity thresholds breach.
Mechanical design, ergonomic optimization, and full manufacturing drawing package for a commercial drywall cutting tool.
Open for engineering opportunities, collaborative builds, and technical discussions.