The Food Hackathon website moved to https://hackathon.cornell.edu/foodÂ
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The world population is expected to exceed 9 billion by the middle of this century. Nearly a billion people around the world still suffer from hunger and poor nutrition. Major changes to food production, processing, and distribution systems are needed to ensure people everywhere have access to safe, sufficient, affordable, and nutritious food.
The transformation of global food systems will rely on the combined expertise, vision, experience, and commitment of researchers, educators, entrepreneurs, and consumers as well as industry practitioners working collectively to catalyze new ideas, drive innovation, and motivate change. Â Skills and knowledge from food scientists, nutritionists, engineers, social scientists, manufacturers, and more are needed to foster solution-oriented scientific discoveries to advance our transformative goals.
A hackathon acts as a catalyst to spur innovation, collaboration, and discovery through a highly facilitated event that enables students to design and prototype solutions. Over the course of a weekend, approximately 150 Cornell undergraduate and graduate students from diverse disciplinary backgrounds will develop a broad range of ideas and skills as they address challenges in the hackathon’s focal areas in food innovation and sustainability.Â
Cornell graduate and undergraduate students, any field, any major, any year - everyone is welcome!
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With the resources and mentors we gathered, it's your opportunity to explore the impact you can make in food innovation and sustainability. It’s time to take your ideas from concept to reality. Workshops, speakers, sponsors, mentors, networking, cash prizes, and more!Â
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150 students + 50 mentors +Â $10,000Â in cash prizes = 1 life changing weekend
The finalists also receive a free ticket and roundtrip transportation to Eclectic Convergence in NYC.
Join us for ~36 hours of food innovation
Production refers to crop production data (e.g., crop variety, planting date, fertilize formulation, tillage type, and date, etc.). This challenge is complex and crosses the barriers of experimental and controlled research and involves observational data (data from commercial farms). Solutions to this challenge need to be developed through interdisciplinary collaborations among agronomists, physicists, engineers, data scientists and other discipline experts.
Controlled-Environment Agriculture​ (​CEA​) is a technology-based approach toward food production. CEA is most often used to produce high nutrient density perishable fruits and vegetables, as well as animal protein (fish/insects). The aim of CEA is to provide protection and maintain optimal growing conditions throughout the development of the crop.
Agriculture and forestry account for >20% of global greenhouse gas emissions. Studies suggest that GHG emissions from agriculture, forestry and fisheries have nearly doubled over the past 50 years. ​Agriculture also in many parts of the world often involves overuse of pesticides, fertilizers and irrigation, which is both wasteful (in case of water) as well as polluting (in the case of fertilizers and pesticides). How do we better address this?
Each area of focus below encompasses numerous challenges. Click on each for more in-depth information and challenges within each area.Â
Data science has become a foundation supporting the digitalization of all industries. In the context of digital agriculture, there are two prominent branches: 1) the best practice of acquiring, analyzing, and managing agricultural production data for precision management and operation and 2) data-driven approaches specialized to situations with limited sensing and computational resources. More Info
​CEA is a technology-based approach toward food production, most often used to produce high nutrient dense perishable fruits and vegetables, as well as animal protein (fish/insects). The aim of CEA is to provide protection and maintain optimal growing conditions throughout the development of the crop. More Info
Agriculture and forestry account for >20% of global greenhouse gas emissions. Studies suggest that GHG emissions from agriculture, forestry and fisheries have nearly doubled over the past 50 years and could increase an additional 30% by 2050. Irrigated agriculture accounts for 70% of global freshwater withdrawals. In the U.S., agriculture is the single largest contributor to water quality degradation. Agriculture is also a major source of pollution and habitat degradation, which harms wildlife, pollinators, and biodiversity more generally. More Info
Every year, more than a billion tons of food is wasted worldwide. This represents about 30% of the total production and presents economic & negative environmental externality. This wastage occurs in all countries, in all food products, and at all stages of the supply chain. While it is convenient to blame the consumer, Food and Agriculture Organization (FAO) estimates that ~40% of food waste occurs away from the consumer. More Info
CEA is a technology-based approach toward food production, most often used to produce high nutrient dense perishable fruits and vegetables, as well as animal protein (fish/insects). The aim of CEA is to provide protection and maintain optimal growing conditions throughout the development of the crop. More Info
Agriculture and forestry account for >20% of global greenhouse gas emissions. Studies suggest that GHG emissions from agriculture, forestry and fisheries have nearly doubled over the past 50 years and could increase an additional 30% by 2050. Irrigated agriculture accounts for 70% of global freshwater withdrawals. In the U.S., agriculture is the single largest contributor to water quality degradation. Agriculture is also a major source of pollution and habitat degradation, which harms wildlife, pollinators, and biodiversity more generally. More Info
Every year, more than a billion tons of food is wasted worldwide. This represents about 30% of the total production and presents economic & negative environmental externality. This wastage occurs in all countries, in all food products, and at all stages of the supply chain. While it is convenient to blame the consumer, Food and Agriculture Organization (FAO) estimates that ~40% of food waste occurs away from the consumer. More Info
Humans, animals, and our earth are inextricably connected. More can be learned of humans, animals, and our shared planet with its resources and ecosystems by studying these topics in their entirety instead of single and separate entities. The COVID-19 pandemic provides numerous examples which illustrate the interconnectedness -and fragility- of our shared ecosystems. We must seek solutions that resolve food security challenges that work in simpatico with natural human and animal activities on our planet. More Info
Done via Zoom. Students who are not able to attend Wednesday's session should attend this one. Students interested in pitching an idea or challenge will have 90 seconds to do so. Students without an idea or team should join this session to meet with other participants to form a team. Students may continue to use Slack, and the Google sheet to facilitate meeting other hackathon participants. Students can jump into breakout rooms of their choice based on which idea or challenge they're interested in.
Students interested in pitching an idea or challenge and discussing it to recruit prospective teammates should attend. Students without an idea who would prefer in person discussion with potential teammates should attend. Students may continue to use Slack, and the Google sheet to facilitate meeting other hackathon participants. Students will have 90 seconds to pitch an idea, then go speak to the student(s) they're interested in working with.
Students interested in pitching an idea or challenge and discussing it to recruit prospecitve teammates should attend. Students without an idea who prefer in person discussion with potential teammates should attend. Students may continue to use the Google Sheet to facilitate meeting other hackathon participants.Â
Students will have 90 seconds to pitch an idea, after which, students can approach the person(s) whose idea they're interested in.
Done via Zoom. Students who were not able to attend Wednesday's session should attend this one. Students interested in pitching an idea or challenge will have 90 seconds to do so. Students without an idea or team should join this session to meet with other participants to form a team. Students may continue to use the Google Sheet to facilitate meeting other hackathon participants. Students can jump into breakout rooms of their choice based on which idea or challenge they're intersted in.
 The color and flavor of honeys differ depending on the nectar source visited by the honey bees. There are more than 300 unique types of honey available in the United States, each originating from a different floral source. Learn more and sample different varieties at this tasting presented by Keith Seiz of the National Honey Board.
Rajni Aneja MS MS '85, MBA, Managing Director, CIFS-IPP, Food Science
Xingen Lei, Associate Dean of Research and Innovation, Cornell College of Ag & Life Sciences
Carmen Moraru PhD, Dept. Chair and Professor, Cornell Department of Food Science
Keynote: Keith Seiz, National Honey Board
Hackathon introduction with Ami Stuart '10, MS '23 - Director-Hackathons, Entrepreneurship at Cornell
Pick up your swag!Â
Breakfast is available to participants, mentors, sponsors, and invited guests
Student teams work in reserved spaces in Stocking Hall, Atrium, and surrounding classrooms
Each team must complete this form by 9am
Mentors join this training session to review guidelines, process, and expectations.Â
Delivering feedback: There are countless ways to make a point. But being a logic bully is going to shut down the receiver. We need empathy to realize the other person doesn’t know what you know, believe what you believe, or want what you want. When we make a point, we establish our power in one way or another, but we probably don’t change very much. If all you do is make a point, you’ve handed them a story about yourself. When you make a change, you’ve helped them embrace a new story about themselves
One member of every team reports to an audience of mentors their teams: Progress, Needs, and Goals. This session creates efficiency in the mentorship process. After the updates, mentors visit teams to provide 1-on-1 guidance View the Teams Here
One Member of every team reports to an audience of mentors their teams: Progress, Needs, and Goals. This session creates efficiency in the mentorship process. After the updates, mentors visit teams to provide 1-on-1 guidance. View the teams here
Room AS Join Here
Teams
Resource Management System
Farm eTech
moooo
Scrapp
Greenlight
Optimized Plant Factory
Cash Cows
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Judges
Jon Schauer, Director of Software Dev at Cargill
Parminder Basran, Assoc Professor, Cornell
Justine Vanden Heuval, Professor, Cornell
Kirstin Petersen, Assoc Professor, Cornell
Augusto Garcia, Professor, U Sao Paulo
Assisting: Ami StuartÂ
Room RWP Join Here
Teams
Food Waste to Treasure
TalenTaster
Unstruck Truck
AgVengers
PicturePerfectFruit
Seed Finance
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Judges
 Riyaz Pishori, Principal Program Mgr, Microsoft
 Ying Sun, Asst Professor, Cornell
 Neil Mattson, Assoc Professor, Cornell
 Stefan Minott, Co-Owner, GRTech Sol
 Renzo Akkerman , Assoc Professor, Wageningen
Assisting: Rose Pember
Room T Join Here
Teams
Two Eyes
iFarm
Sprout
Small Farms, Big Sustainability
EPICOW
Ready Set Relieve
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Judges
 Alok Sharma, Global Head of IOT, InfoSys
 Kristin Reed, Professor, Cornell
 Terry Bates, Research Associate, Cornell
 Vijay Vjayaraghavan, Chief Executive, Sathguru
 Rik van der Tol, Researcher, Wageningen
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 Assisting: Tushar
Room AJH Join Here
Teams
we donut know
AgC6
Smart-Tag
Farm Manager
Scalable Madness
APPetite
Moosician/Milksician
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Judges
 Jim Bennett, Sr Cloud Advocate, Microsoft
 Michael Timmons, Professor, Aquaculture, Cornell
 Christine Diepenbrock, Asst Professor, UC Davis
 Robert Shepherd
 Carla Gomes, Institute Director, CornellÂ
Assisting: Aaliyah Holliday
Room HW Join HereÂ
Passcode: 213027
Teams
I like to Move it, Move It!
The Seedlings
agriCOOLture
Farm Sync
Agfrica
Holy Cow
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Judges
 Doug Dresslaer, Director of Innovation, DFA
 Margaret Frank, Asst Professor, Cornell
 Awais Khan, Assoc Professor, Cornell
 Amal El-Ghazaly, Asst Professor, Cornell
 Liping Feng, Professor, China Ag University
Assisting: Hakim Weatherspoon
Pop in any time during this hour to ask a question or say hi.
Staff include:
Ami Stuart '10, Tech Events Manager - Entrepreneurship at Cornell
Tushar MEng '14, Senior Software Developer - NYC Startup
Rose Pember '16 MS, Faculty - Parson's New School of Design
Aaliyah Holliday CALS '21 - Tech Events Assistant
Retrospective Join Here
Demos & Award Ceremony Join Here
The teams with the highest quantitative scores pitch again, winners are announced and prizes awarded.
Judges:
Jon Schauer, Director of Software Development at Cargill
Jim Bennett, Sr Cloud Advocate at Microsoft
Carla Gomes, Institute Director at Cornell University
Awais Khan, Associate Professor at Cornell University
Amal El-Ghazaly, Assistant Professor, Cornell University
Parminder Basran, Associate Professor, Cornell University
Teams:
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