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Open Innovation Day

Tuesday, October 22nd

New features

Empowering the Future of Agriculture

Get ready to delve into the forefront of agricultural technology innovation.

Workforce and Education Program in Ag Robotics

Build bridges between research and industry

OPEN INNOVATION TALKS & PANELS

AI – developing the datasets for automation

Crop-specific automation

Automation for precision climate smart agriculture

Open innovation projects between research institutions and industry

EDUCATION & CAREER

Ag Robotics Career Panel

Posters sessions

Technology transfer opportunities

STUDENTS & SCHOOLS ENGAGEMENT

High school robotics training and competition with the Farmbot Challenge (from training to working session, judging and prizes

Robots Parade

Networking

Registrations for schools and FFA org. with tailor-made FIRA USA experience

Call for abstract

Research projects in Agricultural Robotics can potentially address the following topics:

  • AI - developing the datasets for automation
  • Crop-specific automation
  • Automation for precision climate smart agriculture
  • Open innovation projects between research institutions and industry

All contributions in the scope of the scientific topics are welcome. Based on abstract submissions the scientific committee will select the contributions for the 10-minutes oral and/or poster presentations. The selected projects will be announced in the official program of the event. For projects not selected for presentation, you will have the ability to present your project in the posters area. Poster and presentation submissions that are accepted will be guaranteed complimentary registration for the entire conference. All presentations will be recorded and broadcast after the event on FIRA USA website.

STEP 1 (Extended)

May 14 to July 31 - SPECIAL EXTENSION TO AUGUST 12

Call for Abstract/Applications online

April to July, 2024

STEP 2

13th to 20th

Selection

August, 2024

STEP 3

20th

Unveiling of selected projects

August, 2024

Farm Robotics Challenge

Explore the cutting-edge work being done by university students in the world of agricultural technology with the Farm Robotics Challenge. Winners will showcase their engineering, computer science, agronomic, and fabrication abilities by designing a novel farm robot using the Farm-ng platform.

This competition is organized by The VINE and Farm-ng, and supported by Beck's Hybrids, the California Tomato Research Institute, AI Institute for Next Gen Food Systems (AIFS), and Farms Food Future (F3) Innovation.

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Agenda

Building an Agricultural Technology Innovation Economy

TUES 22

8:45 AM - 9:30 AM

Waite Hall - Main stage

Food producing regions across California are focused on agricultural technology as a key driver of their innovation economies. Both the state and federal governments have invested heavily in agriculture technology-driven economic development. This panel will discuss different regional approaches to agricultural technology as economic development and the State of California strategy to support regional innovation economies. Sponsored by Stereolab*
Advancements in Robotics for Farm and Food Production: A 2024 Overview

Wed 23

8:45 AM - 10:00 AM

Waite Hall - Main stage

This panel offers a comprehensive snapshot of the latest developments and trends in robotics for farm and food production as of 2024. Delve into the cutting-edge technologies shaping the agricultural landscape, from autonomous machinery revolutionizing fieldwork to sophisticated robotic systems optimizing food processing and packaging. Explore how robotics is enhancing efficiency, sustainability, and yield in farming practices, while also addressing labor shortages and evolving consumer demands. Gain insights into the state of the art in agricultural robotics and the potential implications for the future of food production.
Automation Solutions - Grower\'s Perspective on Doing the Math

THURS 24

8:45 AM - 10:00 AM

Waite Hall - Main stage

In this roundtable discussion, farmers and a robotics manufacturer will share their experiences integrating robotic and autonomous technologies into agricultural practices. They will discuss the efficiency gains achieved through these innovations, including concrete examples of return on investment (ROI) calculations. Participants will also learn about Western Growers Economic Templates, which assist growers in understanding the financial aspects of automation solutions within their operations. Additionally, the discussion will cover Western Growers Assist, a program that provides support during the discovery process for growers. Together, these insights will highlight both current experiences and future expectations for advancements in agricultural technology.
Academic lightning talk/pitch session #1

TUES 22

9:30 AM - 10:30 AM

Waite hall - Main stage

#1. Detection of Grapevine Red Blotch Virus Using Drone-Mounted Hyperspectral Imaging by Eve LaRoche Pinel - CSU Fresno #3. Adaptation of Agricultural Robots for Production of Root and Bulb Vegetables by Geoff Faringtosh - University of Guelph #4. Intelligent weed management: innovative identification and eco-friendly control by Kioumars Ghamkar - AgResearch

Description

#1. Detection of Grapevine Red Blotch Virus Using Drone-Mounted Hyperspectral Imaging by Eve LaRoche Pinel - CSU Fresno

#3. Adaptation of Agricultural Robots for Production of Root and Bulb Vegetables by Geoff Faringtosh - University of Guelph

#4. Intelligent weed management: innovative identification and eco-friendly control by Kioumars Ghamkar - AgResearch

Supported by

Empowering the Future of Agriculture: The Workforce and Education Program in Ag Robotics

THURS 24

10:00 AM - 11:30 AM

The plaza

Join us for an illuminating overview of the Workforce and Education Program in Agricultural Robotics, dedicated to shaping the next generation of agricultural innovators and professionals. This program aims to bridge the gap between academia and industry by offering comprehensive training, resources, and hands-on experiences in the field of agricultural robotics.
California AgTech Open Innovation Ecosystem

TUES 22

10:45 AM - 11:30 AM

Waite hall - Main stage

California is ground zero for advancement of agricultultural technologies, especially ag robotics. A number of innovation organizations are in place and growing to help advance the agricultural technology industry forward. This panel will explore how these innovators are supporting startups to grow and scale agricultural technology in California through open innovation approaches. Sponsored by Stereolab*
Academic lightning talk/pitch session #2

TUES 22

11:30 AM - 12:30 PM

Waite hall - Main stage

#1. Towards dexterous manipulation in orchards by Joe Davidson - Oregon State University

#.2 Robotic arm for autonomous biotic and abiotic stress detection in tree crops by Mehrad Mortazavi - UC Merced

#.3 Robotic Bamboo Propagation for Accelerated Co2 Sequestration and Biomass Generation by Bryant Beeler - FiveBeeTech

#4. AI Innovations in Agriculture: From Harvesting to Precision Weed Management by Hovannes Kulhanjian - CSU Fresno

Description

#1. Towards dexterous manipulation in orchards by Joe Davidson - Oregon State University

#.2 Robotic arm for autonomous biotic and abiotic stress detection in tree crops by Mehrad Mortazavi - UC Merced

#.3 Robotic Bamboo Propagation for Accelerated Co2 Sequestration and Biomass Generation by Bryant Beeler - FiveBeeTech

#4. AI Innovations in Agriculture: From Harvesting to Precision Weed Management by Hovannes Kulhanjian - CSU Fresno

Supported by

Lunch & Learn: research projects posters presentations

TUES 22

12:30 PM - 3:30 PM

Ag Floral Building - Expo zone 2

Posters presentation on cutting edge advancements in Ag robotics.
  • “Generating Optimized Machine Routes At-Scale” by Verge Ag
  • “Development of fruit harvesting mechanization for the future of citriculture” by Agricef
  • “PhoenixBot: Towards an ecological weed management robotic system” by Olin College of Engineering
  • “Smart Implement” by Mach
  • “Virtual Validation Replaces Time-Consuming Field Tests in Agriculture Autonomy Developments” by Balanced Engineering
  • “Optimizing Nut Tree Mechanical Harvesters through Data-Driven Modeling” by University of California, Merced
  • “Generative Diffusion Model-Assisted Efficient Fingerprinting for In-Orchard Localization” by University of California, Merced
  • “Farmworker educational and career aspirations and the coming agtech and robotics revolution” by University of California, Merced
  • “Inclusive Innovation for Climate-Resilient Agriculture in California's Central Valley” by University of California, Merced
  • “Automated Precision Pruning System for Apple Orchards” by Washington State University
  • “ Design and field evaluation of an end effector for robotic strawberry harvesting"  by Washington State University
  • " A hybrid test environment dedicated to the development and evalutation of agricultural robot"  by INRAE

Description

Posters presentation on cutting edge advancements in Ag robotics.

  • “Generating Optimized Machine Routes At-Scale” by Verge Ag
  • “Development of fruit harvesting mechanization for the future of citriculture” by Agricef
  • “PhoenixBot: Towards an ecological weed management robotic system” by Olin College of Engineering
  • “Smart Implement” by Mach
  • “Virtual Validation Replaces Time-Consuming Field Tests in Agriculture Autonomy Developments” by Balanced Engineering
  • “Optimizing Nut Tree Mechanical Harvesters through Data-Driven Modeling” by University of California, Merced
  • “Generative Diffusion Model-Assisted Efficient Fingerprinting for In-Orchard Localization” by University of California, Merced
  • “Farmworker educational and career aspirations and the coming agtech and robotics revolution” by University of California, Merced
  • “Inclusive Innovation for Climate-Resilient Agriculture in California\'s Central Valley” by University of California, Merced
  • “Automated Precision Pruning System for Apple Orchards” by Washington State University
  • “ Design and field evaluation of an end effector for robotic strawberry harvesting\"  by Washington State University
  • \" A hybrid test environment dedicated to the development and evalutation of agricultural robot\"  by INRAE

Supported by

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