Seaport systems

Founder and engineer | 2020-Present

Summary

I founded Seaport Systems in 2020 with the mission to democratize access to oceanographic data by designing, manufacturing and selling low-cost environmental monitoring technologies. I went full-time on the project in 2021 after my time with Flux Marine, with the intent on working for a few months, developing some new skills and going back to work full-time; but after 5 years, the project is strong - I’ve developed 2 monitoring buoy designs, and sold over 50 buoys that are deployed across New England. I’m not much of an academic, but I’ve treated my experience with Seaport Systems as a DIY post-graduate degree. I’ve learned more in the last 5 years than I ever thought possible - prototyping, manufacturing, electrical design, cloud architecture, and more.

I’ve given up everything, and struggled tremendously to get to where I am today, and I am incredibly proud of what I’ve managed to accomplish with Seaport Systems. I hope that it can persist as an open-source project to enable citizen science and live up to my original mission of democratizing much needed oceanographic data to all - fishermen, at-sea industries, regulatory bodies and more.

Experience

Mechanical Design

1

Engineered, and fabricated ocean monitoring buoys using various manufacturing methods including 3D printing, sheet metal fabrication, CNC milling, CNC turning and thermoforming.


Systems engineering

2

Architected a modular data acquisition system to enable a wide variety of sensors, payloads and transducers to be deployed without extensive integration and testing.


Electrical engineering

3

Designed custom printed circuit boards for use in modular data acquisition system – IMU, temperature, dissolved oxygen, salinity, GPS and cellular telemetry modules.


Software and firmware

4

Wrote firmware for ESP32 and AVR microcontrollers to interface with sensors over I2C, RS-232 and RS-485 protocols, and standardize sensor communications with mainboard.

Developed TCP socket drivers between modem and microcontroller, to enable cellular telemetry on low-power monitoring buoy.

Implemented real-time telemetry system and data pipeline using MQTT, and AWS (S3, IoT Core, DynamoDB, Lambda, CloudFormation) for robust data processing, analysis and visualization.


Program management

5

Wrote and managed SBIR applications.

Led multi-organization grant submissions.

Managed grant awards from federal, state and private organizations.

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