A collection of technical work exploring how physical systems are designed, built, programmed, and tested.
Custom robotic end-effector developed for controlled timber manipulation during robotic steam bending.
Custom UR end-effector integrating robotic gripping with depth-camera sensing for rebar manipulation.
Sensor-integrated robotic end-effector developed for automated wire tying and connection-making.
Custom extrusion system developed for experimental additive manufacturing with lignin-based materials.
Custom heated press developed for material research and fabrication of lignin-based wood composites.
Custom testing machine developed for quasi-static mechanical testing of fabricated connections.
Mobile steam-generation system developed for full-scale robotic wood bending experiments.
Custom compression system developed to control timber deformation during steam bending.
Custom molds developed for repeatable material specimen fabrication and mechanical testing.
Custom lighting object developed through steam bending, timber fabrication, and iterative material forming.
Automated machine developed for cutting, stripping, and bending breadboard wire.
Environmental sensing platform developed to collect and map water-quality data using a mobile watercraft and towed sensor pod.
Custom desktop cooling system developed to improve temperature control, efficiency, size, and enclosure design.
Portable electronic diagnostic system developed for testing multiple cable standards through a touchscreen interface.
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3D-printed remote-controlled air boat integrating wireless communication, motor control, electronics, and fabrication.
Wireless payload-release system developed for remote deployment from a drone.
Progression from a breadboard ATmega328P circuit to a permanent soldered standalone microcontroller board.
Custom 4-bit computer developed through clock, counter, EEPROM, ALU, memory, and control-system integration.
Two-microcontroller communication project developed around serial communication and LCD interfaces.
Compact analog electronics project developed to explore circuit assembly and SMT soldering.
Motorized photography turntable developed using stepper control, joystick input, LCD feedback, and a custom 3D-printed enclosure.
Analog electronics exercise exploring voltage division and H-bridge circuit principles.
Analog circuit developed to visualize capacitor charging and timing behavior.
Transistor-based oscillator developed to explore switching, resistance, capacitance, and timing.
Progressive digital electronics project exploring NAND logic, oscillation, decimal counting, binary counting, decoding, and seven-segment display output.
Analog sound-level display developed using a microphone input and four cascaded LM3914 circuits driving a 40-LED display.
Microcontroller-based combination safe developed using register-level programming, a rotary encoder, and hardware interrupts.
Adaptive pneumatic end-effector developed for robotic gripping and manipulation of variable geometries.
Custom UR end-effector developed for robotic light painting and long-exposure photography.
Custom fabrication jig developed for controlled and repeatable routing operations.
Robot-mounted heating tool developed for controlled material forming experiments.
Custom pneumatic fixture developed for repeatable positioning and fabrication workflows.
Custom joystick controller developed for remote operation of a vehicle-mounted camera and gimbal.
Heavy-duty metal frames designed and fabricated to support large-format diffusion and lighting-control materials for film production.
Custom measuring tool developed through rapid prototyping and fabrication.
Custom storage rack designed and fabricated for Peloton weights.
Experimental sheet-metal forming process developed through custom tooling, hydraulic pressure, and iterative material testing.