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Page 1: Farmhack@MIT
Page 2: Farmhack@MIT

Welcome!

Farmers

Hackers

Engineers

Enthusiasts

Gardeners

CultivatorsComposters

Bikers

Entrepreneurs

Growers of things

Makers of things

Inventors

Page 3: Farmhack@MIT

Where We’re Headed

9:00 Introductions9:30 Pitches10:00 Teamwork 112:00 Lunch (Working)1:00 Teamwork 22:30 Tour (Optional)4:00 Pitch prep5:00 Break6:00 Mixer6:30 Ignite pitches

Page 4: Farmhack@MIT

Special Thanks!

Page 5: Farmhack@MIT

Housekeeping

#farmhack

“Cambridge” using fh305

http://globalchallenge.mit.edu/about/livestream

Page 6: Farmhack@MIT

Introductions

Page 7: Farmhack@MIT

Its easy!

• You have a nut or a bolt

• Someone else has one that fits

• Find them

• Get to know each other!

Time: 20minsNext up: Pitches!

Page 8: Farmhack@MIT

+ =

Go!

Page 9: Farmhack@MIT

Pitches

• 3 minutes• Farmers first• Engineers next

Time: 30minsNext up: Team work

Page 10: Farmhack@MIT

Farmer pitches!

Page 11: Farmhack@MIT

Smart switch for gravity-fed water system

Krissie NagyBrooklyn Bumpkin

Page 12: Farmhack@MIT

Cultivating bike

Don Lareau Zephyros Farm and Garden

Page 13: Farmhack@MIT

Pedal powered compost

Wenzday Jane, Erik Petterssen Metro Pedal Power

Clayton FountainGroundworks Somerville

Page 14: Farmhack@MIT

Kid-friendly compost turning tool

Francey Hart SlaterCitySprouts

Page 15: Farmhack@MIT

Small-scale tractor-mounted spray equipment

Amanda CatherWaltham Fields Community Farm

Page 16: Farmhack@MIT

Low pressure drip line for passive irrigation

John BakewellB&B Farms

Page 17: Farmhack@MIT

Spray equipment for challenging organic mixes

John BakewellB&B Farms

Page 18: Farmhack@MIT

Pest control

John BakewellB&B Farms

Page 19: Farmhack@MIT

Expedient grain harvesting processing

John BakewellB&B Farms

Page 20: Farmhack@MIT

Lay-down one-person picking cart

Richard RobinsonSherborn

Page 21: Farmhack@MIT

Compost dumping cart

Richard RobinsonSherborn

Page 22: Farmhack@MIT

Modified bailing dolly

Richard RobinsonSherborn

Page 23: Farmhack@MIT

Multi-bucket compost carrying system

Richard RobinsonSherborn

Page 24: Farmhack@MIT

Multi-bucket compost carrying system

Richard RobinsonSherborn

Page 25: Farmhack@MIT

Engineer pitches!

Page 26: Farmhack@MIT

Zero energy grow house farm cooperative

Matthew KihmRISD

Page 27: Farmhack@MIT

Intelligent irrigation system

Steve ShoapMIT

Page 28: Farmhack@MIT

Intelligent Irrigation Systems save water.

I will show past, present, and a proposed

future topology.

I need feedback and some support.

Page 29: Farmhack@MIT

TEE

TEE

CROSS

ELBOW

PUMP

WATER

COMPUTER

SPRAYVALVE

SPRAYVALVE

SPRAYVALVE

MOISTURESENSOR

COMPUTER CONTROLLEDIRRIGATION SYSTEM (OLD TECHNOLOGY)

SEPARATELYTRENCHED INCONDUIT

Page 30: Farmhack@MIT

TEE

TEE

CROSS

ELBOW

PUMP

WATER

COMPUTER& SINGLE WIRE PAIR

SPRAYVALVE

SPRAYVALVE

SPRAYVALVE

SEPARATELYTRENCHED INCONDUIT

MOISTURESENSOR

COMPUTER CONTROLLEDIRRIGATION SYSTEM (CURRENT TECHNOLOGY)

Page 31: Farmhack@MIT

TEE

TEE

CROSS

ELBOW

PUMP

WATER

LOW VOLTAGEWIRE PAIR

COMPUTER& DATA NETWORK

SPRAYVALVE

SPRAYVALVE

SPRAYVALVE

MOISTURESENSOR

COMPUTER CONTROLLEDIRRIGATION SYSTEM (PROPOSED TECHNOLOGY)

ONLY PIPE IS TRENCHED!

Page 32: Farmhack@MIT

Pipe Coupler with Embedded Wires

PVC with Embedded Wires

PVC with Embedded Wires

Page 33: Farmhack@MIT

Plastic pipe with co-extruded wire pair

Wire penetration device

Page 34: Farmhack@MIT

Industry alreadyembeds one wire

Page 35: Farmhack@MIT

New Topology Advantages

The proposed embedded wire pair will work with

any existing two wire system:

Rainbird, Hunter, etc.

No conduits for wires suggests lower

installation costs and material costs.

Zero wire splices should improve reliability.

Page 36: Farmhack@MIT

My Needs

• I will soon have a U.S. patent and International Patent rights.

• I need partners for international filing.($$$)

• I need to generate interest in the invention.

• I need feedback from potential users.

Page 37: Farmhack@MIT

Steve Shoap

MSEE MIT

[email protected]

www.water-wire-irrigation.com

IFFC LLC

781-521-4687

Page 38: Farmhack@MIT

Shop

• Pitchers set up “shop”

• The rest of you follow your feet

• When you have critical mass make a team

• Find a spot, get to work

Page 39: Farmhack@MIT

Team work

• Work alternative approaches to solutions• Narrow focus to one or two approaches• Prototype solutions

Three rules• Engineers listen to farmers• Law of two feet• Butterfly effect

Time: 2hrsNext up: Working lunch

Page 40: Farmhack@MIT

Hack!

Page 41: Farmhack@MIT
Page 42: Farmhack@MIT

Project planning

• You’ve got an innovative solution you’re excited about

• Time to talk execution – how will you work together to- Develop a prototype- Test the prototype- Define next steps

Time: 2hrsNext up: Pitch preparation

Page 43: Farmhack@MIT

Pitch Prep

• Product “In a Box”

• Six parts to a story

• Six minutes to sell it

Page 44: Farmhack@MIT

Tesseract it!

• Six surfaces

• Each surface reveals something

• For example- What’s it called?- What’s it do?- etc

Time: 1hr

Next up: Mixer & pitches!

Page 45: Farmhack@MIT
Page 46: Farmhack@MIT

Welcome & Intros

Page 47: Farmhack@MIT

Housekeeping

#farmhack

“Cambridge” using fh305

http://globalchallenge.mit.edu/about/livestream

Page 48: Farmhack@MIT

About Farmhack

• Beginning of a dialogue

• Small-scale farms as innovation labs

• Tackle regional opportunities

• Boost competitiveness of local agriculture

Page 49: Farmhack@MIT

Pitch!

Page 50: Farmhack@MIT

And thank you

(that’s a wrap!)