Arduino For Small Farms

Project Overview

ONE24-466
Project Type: Partnership
Funds awarded in 2024: $28,870.00
Projected End Date: 02/28/2027
Grant Recipient: Woodmetalcanvas
Region: Northeast
State: Massachusetts
Project Leader:
Jan Yoder
Woodmetalcanvas

Commodities

Not commodity specific

Practices

  • Crop Production: food processing, food product quality/safety, greenhouses, high tunnels or hoop houses, postharvest treatment, season extension, winter storage, other
  • Education and Training: technical assistance, workshop, other
  • Energy: energy conservation/efficiency, energy use

    Proposal abstract:

    Small farms, because of their
    variety, have bespoke problems. Microcontrollers like Arduino
    were developed as an open-source tool for prototyping and solving
    bespoke technology problems.  This project explores the use
    of microcontrollers in control, automation, and monitoring on
    small farms in 2 phases. 

    Phase 1 (research) uses
    microcomputers to prototype specific solutions to difficult
    problems for the 3 participating farms. 

    The 3 projects are: 1. Grain
    drying; 2. Blueberry sorting; and 3. Moving reemay over crops in
    greenhouses

    These are real problems local
    farms requested help with. 

    The designs that come out of these three collaborations will be
    documented and shared on the
    Farmhack website as open source plans with open source plans and
    code free to everyone
    .

    Phase 2 (education) is a series
    of 3 workshops for farmers, each of which teaches the basics and
    limitations of microcontrollers to the attendees, and equips each
    attendee with a “tool kit” of software and hardware for
    completing their own microcontroller projects at the workshop and
    on the farm.  Projects completed at the workshops will be
    documented on the Farmhack website as open source plans with open
    source code free to everyone.

     

    Project objectives from proposal:

     

         The
    objectives of the two phases of this proposal are the
    following:

    Phase I:

    Design, prototype, test, and
    document the following products with the participating
    farms:

    1. Automatic differential
      humidistat for grain drying 
    2. Automatic small scale blueberry
      sorter 
    3. Automatic greenhouse reemay
      mover

     

    Phase II:

         Advertise,
    prepare, and conduct 3 workshops for farmers in which attendees
    learn the skills and acquire the tools to build microcontroller
    projects for working farms. Participating farmers can use the
    workshop to build themselves a specific device of their choosing
    or use the workshop to build a sample device.

     

     

     

    Any opinions, findings, conclusions, or recommendations expressed in this publication are those of the author(s) and do not necessarily reflect the view of the U.S. Department of Agriculture or SARE.