This site brings together technical projects I’ve built over time, including environmental sensing systems, geospatial workflows, Arduino-based logging tools, Python data processing, and communications systems.
It brings these projects into one place, along with the tools, methods, and documentation that support them.
The project combines an Arduino-based capture device with a Python-based processing workflow. During acquisition, measurements are filtered using GPS quality, fix age, platform orientation, speed, and spacing constraints; afterward, the resulting mapping dataset is converted into depth maps, interpolated surfaces, contour maps, and georeferenced outputs.
OMEGA is structured to separate capture, validation, and reconstruction into distinct stages. That architecture makes the project useful both as a field tool and as a clear technical case study.
The public repository includes the Arduino logger, Python mapping scripts, documentation, example data, and a visual pipeline diagram for the full workflow.
Technical and hybrid projects in environmental sensing, communications systems, geospatial workflows, physical computing, and field-based research.
Oceanic Measurement & Environmental Geospatial Array is a custom underwater sensing and mapping system built around field data collection, sensor integration, logging, bathymetric mapping, and geospatial visualization.
The distributed communications and networking branch of OMEGA, focused on resilient marine and littoral communication between shore systems, buoys, vessels, fixed sensor arrays, diver-support tools, underwater sensor nodes, and other field devices.
It is being developed as a modular system designed to bridge surface RF links, Wi-Fi, long-range backhaul, and future underwater acoustic and optical interfaces into one coherent network layer.
Pages related to process, instruction, interdisciplinary learning, and project-based documentation. Please contact for access.
Project development, classroom process, and documentation of making in practice.
IntegrationTeaching materials that bridge artistic inquiry with engineering, science, and applied making.
InstructionDocumentation related to digital moving images, technology-based art, and media literacy.
MethodProject-based approaches centered on inquiry, prototyping, iteration, and hands-on experimentation.
ProductionMaterial related to staging, performance systems, and interdisciplinary production work.
FrameworksCourse structures, frameworks, and planning materials gathered into a public-facing archive.
Repositories, project logs, selected work, and contact.
This portfolio centers environmental sensing, geospatial workflows, marine communications, physical computing, and installation systems. The links here provide direct access to the main repository, the public project log, selected artwork, and contact information.