55+ SAE Project Ideas for Agriculture Students

jeniffer White

When Aarav, a 17-year-old from a small town in Iowa, turned a backyard composting experiment into a state-level award-winning sustainability project, even his agri-science teacher was stunned.

No lab. No fancy equipment.

Just kitchen thermometers, old notebooks, and a Google Sheet that tracked daily temperatures.

That’s it.

But that’s also the point: great SAE projects don’t start with perfect setups. They start with curiosity and consistency.

If you’re a high school agriculture student wondering, “How do I build an SAE that actually matters?”, you’re not alone.

Tens of thousands of students across the U.S. are required to complete an SAE. Some just check the box.

But the students who win grants, earn scholarships, get into top ag programs, or launch careers? They build projects that grow with them.

That’s where this guide on the Best SAE Project Ideas for Agriculture Students comes in. Whether you’re into plants, animals, sustainability, or agri-tech, these ideas are here to help you get started and keep going.

This guide is for you.

 going.

This guide is for you.

SAE Project Ideas for Agriculture Students PDF

What Is an SAE Project?

SAE stands for Supervised Agricultural Experience.

It’s a required piece of many ag education programs, especially if you’re in FFA. But it’s more than homework. It’s:

Student-led
Career-focused
Hands-on learning in the real world

Think of it like your age business startup, your personal research lab, or your career test drive, guided by your teacher, employer, or advisor.

You don’t need a huge budget. You don’t need a perfect farm. You just need a real idea and the drive to follow through.

Best SAE Project Ideas for Agriculture Students

Looking for SAE ideas that actually make a difference? These project ideas are practical, doable, and built to grow with you.

Plant Systems SAE Projects (Crop Science, Horticulture, Greenhouse, etc.)

1. Hydroponic Lettuce Farm

What it is: Grow lettuce without soil using water mixed with nutrients. It’s a clean and space-saving way to grow fresh greens.

Why it’s great: No backyard? No problem. This project teaches plant science and water efficiency, even in small spaces.

What you’ll need:

Plastic containers or buckets
Hydroponic nutrient solution
Net pots and sponges
Lettuce seeds
A sunny window or grow light

What to do:

Set up your hydroponic system using YouTube or basic guides
Plant lettuce seeds and monitor growth
Track pH, water levels, and leaf growth each week

What to track:

Germination time
Leaf size and number
Taste and harvest time

Extension idea: Sell extra lettuce or share with the school cafeteria.

2. Greenhouse Tomato Monitoring

What it is: Grow tomatoes in a greenhouse or covered setup and track temperature, humidity, and plant health.

Why it’s great: It introduces basic data collection, and tomatoes grow well in protected spaces.

What you’ll need:

Greenhouse or plastic tunnel
Tomato seedlings
Thermometer and humidity meter
Notebook or Google Sheet

What to do:

Plant tomatoes and take weekly measurements
Adjust airflow, watering, or shade based on data
Observe growth and fruit production

What to track:

Temperature and humidity trends
Plant height and flowering
Pests or disease signs

Extension idea: Create a tomato care guide based on your data.

3. Urban Garden Startup

What it is: Use containers, rooftops, or small yards to grow vegetables in an urban area.

Why it’s great: Teaches space-smart growing and entrepreneurship.

What you’ll need:

Containers or raised beds
Soil, seeds, compost
Watering plan
Labels and harvest log

What to do:

Plan what to grow based on sunlight and space
Start planting and keep a schedule
Share or sell the harvest locally

What to track:

Time to harvest
Yield from each crop
Feedback from friends or buyers

Extension idea: Turn it into a school or community garden.

4. Seed Germination Research

What it is: Test how seeds grow under different conditions like light, water amount, or soil types.

Why it’s great: A simple way to learn about plant biology and design experiments.

What you’ll need:

Seed trays or plastic cups
Seeds (beans, lettuce, or radish)
Soil, paper towels, or cotton
Tracking sheet

What to do:

Plant the same seeds under different conditions
Record how many sprout and how quickly
Compare the results

What to track:

Germination rate
Days to sprout
Health of seedlings

Extension idea: Share your results in a class science fair.

5. Vertical Farming with Recycled Materials

What it is: Build a vertical plant system using bottles, crates, or wood to save space.

Why it’s great: Good for small areas and teaches recycling and design skills.

What you’ll need:

Plastic bottles or crates
Nails or zip ties
Soil and seeds (herbs or greens)
Watering can

What to do:

Build a frame or wall system
Plant seeds and water carefully
Watch for sunlight needs and water flow

What to track:

Plant growth at different heights
Watering frequency
Yield from each level

Extension idea: Present your design to your ag teacher or FFA team.

6. Organic vs. Non-Organic Fertilizer Study

What it is: Grow the same crop using compost or manure in one pot, and chemical fertilizer in another. Compare the results.

Why it’s great: You learn how different nutrients affect plants and explore sustainability.

What you’ll need:

Two pots, same soil and seeds
Organic fertilizer (compost, vermicompost)
Chemical fertilizer (like NPK)
Water and sunlight

What to do:

Keep everything the same except the fertilizer
Track growth, leaf health, and harvest
Taste or weigh the final crop

What to track:

Days to sprout
Growth rate and plant size
Soil condition over time

Extension idea: Turn your findings into a presentation about food quality.

7. Pollinator Garden Design

What it is: Design and plant a garden using native flowers to attract bees, butterflies, and hummingbirds.

Why it’s great: It helps pollinators and adds beauty to your space.

What you’ll need:

Seeds or seedlings (milkweed, bee balm, marigold)
Small garden plot or pots
Watering tools
Observation notebook

What to do:

Research what grows well locally
Space out plants to allow movement
Water regularly and monitor insect visits

What to track:

Bloom dates
Pollinator species seen
Time spent in garden by insects

Extension idea: Build signs and invite others to visit and learn.

8. Cover Crop Trials

What it is: Plant crops like clover or rye that are not harvested but improve soil quality.

Why it’s great: Teaches long-term thinking and soil science.

What you’ll need:

Small plot or pots
Cover crop seeds
Soil testing kit
Notebook

What to do:

Plant one area with cover crops, another without
Observe how soil and other plants change over time
Test soil health at beginning and end

What to track:

Soil moisture and color
Erosion or weed control
Soil test results

Extension idea: Propose cover crops for your school garden or farm.

9. Herb Sales from Home Garden

What it is: Grow herbs like mint, basil, or coriander and sell them to neighbors or local shops.

Why it’s great: Simple ag business project that teaches plant care and customer interaction.

What you’ll need:

Pots or beds
Herb seeds
Compost or fertilizer
Bags or packaging

What to do:

Grow herbs and keep them healthy
Harvest weekly and clean the herbs
Create small packs and price them affordably

What to track:

Sales log
Costs and profits
Customer feedback

Extension idea: Create a social media page or flyer for your herb stand.

10. Compost-Fed Container Plants

What it is: Use homemade compost as fertilizer for plants in containers and track how well they grow.

Why it’s great: Teaches recycling, soil nutrition, and sustainable gardening.

What you’ll need:

Homemade compost
Potted plants
Water and sunlight
Journal for notes

What to do:

Add compost to your container plants weekly
Monitor how plants grow and compare to plants with no compost
Note any smell, bugs, or changes in soil

What to track:

Leaf size and plant health
Bloom time or harvest
Soil color and texture

Extension idea: Create a compost guide for your school or family.

Animal Systems SAE Projects (Livestock, Dairy, Poultry, Pets)

1. Backyard Chicken Coop Management

What it is: Raise a few hens and take care of their feeding, cleaning, and egg collection.

Why it’s great: Teaches animal care, food production, and daily routines.

What you’ll need:

Small chicken coop (can be DIY)
Feed and water bowls
Bedding (like straw or sawdust)
2–5 hens (start small)

What to do:

Feed and water the chickens daily
Clean the coop weekly
Collect eggs and keep a log
Monitor health (look at feathers, eyes, behavior)

What to track:

Number of eggs laid per day
Amount of feed used
Health changes

Extension idea: Sell eggs or share with neighbors.

2. Feeding Trials for Goats or Calves

What it is: Compare two types of feed and how they affect weight, growth, or health.

Why it’s great: Builds knowledge in nutrition, animal growth, and farm recordkeeping.

What you’ll need:

Access to goats or calves
Two different feed options
Weighing tape or scale
Notebook

What to do:

Feed one group with each feed
Weigh weekly
Watch for signs of health or change in energy

What to track:

Weight changes
Feed used
Cost vs. gain results

Extension idea: Share a cost analysis or feeding guide.

3. Rabbit Breeding for Meat or Show

What it is: Raise and breed rabbits, tracking care, litters, and health.

Why it’s great: Works in small spaces and teaches responsibility, genetics, and business.

What you’ll need:

Male and female rabbit
Cages or hutches
Water bottles and feed
Record sheets

What to do:

Track heat cycles and mating
Care for pregnant does and baby kits
Clean cages and feed daily

What to track:

Birth dates, litter size, survival rate
Feed amounts
Growth milestones

Extension idea: Show rabbits or sell them to others.

4. Small Animal Grooming Service

What it is: Offer basic pet grooming for dogs, cats, or rabbits (brushing, washing, nail clipping).

Why it’s great: A real business with a low startup and helpful for students who love pets.

What you’ll need:

Brushes, shampoo, nail clippers
Towels and gloves
Appointment log
Safety training or tips from a vet

What to do:

Offer services to friends, neighbors, or teachers
Keep records of each grooming session
Watch for any skin, flea, or health issues

What to track:

Animals groomed
Services given
Time taken per pet
Customer feedback

Extension idea: Create before/after photos and a service flyer.

5. Livestock Photography and Promotion

What it is: Take photos and write about animals for shows, sales, or social media.

Why it’s great: Combines art, communication, and ag knowledge.

What you’ll need:

Camera or smartphone
Access to livestock (school farm, family, neighbors)
Editing app (Canva or Snapseed)
Social media or poster templates

What to do:

Learn how to pose and photograph animals
Create sale flyers or posts
Track reach and engagement

What to track:

Photos taken
Animals promoted
Feedback from owners or viewers

Extension idea: Help a breeder or local 4-H club.

6. Poultry Incubation and Hatch Rate Study

What it is: Use an incubator to hatch chicks and track success rates.

Why it’s great: Great biology project that teaches patience and observation.

What you’ll need:

Fertile eggs
Incubator
Thermometer and humidity tracker
Brooder (box with heat lamp)

What to do:

Set up incubator at correct settings (99.5°F, 50–55% humidity)
Turn eggs daily
Candle eggs to check growth
Track hatch dates and success

What to track:

  • Eggs set vs hatched
  • Temperature and humidity
  • Hatch problems

Extension idea: Sell chicks or keep for egg-laying.

7. Beef Cattle Recordkeeping Project

What it is: Track the weight, feed, vaccinations, and health of beef cattle.

Why it’s great: Perfect for students who help on farms or show animals.

What you’ll need:

Access to steers or heifers
Weighing tools
Vet visit log
Feed record sheets

What to do:

Record weekly weight
Monitor feeding schedule
Track deworming, shots, and hoof checks

What to track:

Weight gain
Feed-to-weight ratio
Medical events

Extension idea: Use records to prep for 4-H or FFA competition.

8. Training a Show Pig or Lamb

What it is: Daily training of a show animal to walk, stand, and follow commands.

Why it’s great: Teaches responsibility, confidence, and showmanship.

What you’ll need:

Pig or lamb
Show stick or halter
Practice area
Record of training sessions

What to do:

Walk the animal daily
Practice standing square and calm
Watch animal behavior and adjust training

What to track:

Progress in behavior
Show prep checklist
Show day results

Extension idea: Record a video of your training process.

9. Goat Milk Soap Business

What it is: Use milk from your goats to make soap and sell it.

Why it’s great: Small-scale ag product business that teaches production and sales.

What you’ll need:

Goat milk (or partner with someone)
Soap molds, oils, lye
Gloves and safety gear
Labels and packaging

What to do:

Make soap in small batches
Test scents, shapes, or ingredients
Market at local fairs or online

What to track:

Cost per bar
Sales and feedback
Best-selling scents

Extension idea: Offer samples to local stores or teachers.

10. Livestock Health Case Study

What it is: Follow one animal through a health issue with guidance from a vet or mentor.

Why it’s great: Real experience that teaches empathy and science.

What you’ll need:

Animal with a mild health issue (hoof rot, parasites, injury)
Mentor or vet
Observation notebook
Vet care log

What to do:

Track symptoms and treatment
Document how the animal responds
Reflect on what you learned

What to track:

Medication, care steps
Health before and after
Lessons learned

Extension idea: Turn the study into a health care guide or project board.

Agribusiness SAE Projects (Sales, Marketing, Services, Products)

1. Custom Woodworking for Farms

What it is: Build and sell simple wood products like garden boxes, feed trays, or animal shelters.

Why it’s great: You use hands-on skills to meet local farm needs while learning how to sell your work.

What you’ll need:

Basic woodworking tools (saw, hammer, drill)
Wood, nails, screws
Measuring tape, safety gear
Pricing sheet

What to do:

Choose 1–2 simple products to make
Build a sample and test it
Market to neighbors, teachers, or at local markets

What to track:

Materials used and costs
Time to build each product
Customer feedback and sales

Extension idea: Offer custom orders for size or design.

2. FFA Merchandise Store

What it is: Start a small store selling branded FFA items like T-shirts, water bottles, or stickers.

Why it’s great: It teaches inventory, customer service, and business planning.

What you’ll need:

Permission from chapter advisor
T-shirt printer or online print service
Tracking sheet or digital order form

What to do:

Design items with your chapter’s logo or theme
Take pre-orders to avoid extra costs
Manage packaging and delivery

What to track:

  • Orders placed
  • Inventory remaining
  • Sales and profit

Extension idea: Use the profits to fund chapter activities.

3. Farmers Market Booth

What it is: Sell your own products such as vegetables, jams, crafts, or baked goods at a local market.

Why it’s great: Builds confidence, teaches customer interaction, and helps you see the full process from idea to income.

What you’ll need:

Table and display supplies
Products to sell
Price tags, cash box or QR payment

What to do:

Choose what you can grow, make, or bake
Follow food safety guidelines if needed
Talk to customers, track sales

What to track:

Sales per day or product
Costs and profits
Customer questions or suggestions

Extension idea: Offer samples or bundle products for better value.

4. Social Media for a Local Farm

What it is: Help a small farm or ag business improve their social media presence by managing their pages.

Why it’s great: No need for equipment or investment, just creativity and consistency.

What you’ll need:

Phone or laptop
Instagram, Facebook, or YouTube account access
Photos or videos of farm work, products, or animals

What to do:

Create a content calendar (e.g., post 3 times a week)
Track what posts get likes, comments, and shares
Interview farmers or highlight animals/products

What to track:

Follower growth
Engagement per post
Inquiries or messages received

Extension idea: Create a logo or branding package as a bonus.

5. Online Sales of Homegrown Produce

What it is: Set up a digital ordering system to deliver or sell homegrown vegetables, fruits, or herbs locally.

Why it’s great: Blends farming with tech skills, good for students in urban or rural areas.

What you’ll need:

Website or Google Form
Delivery boxes or bags
Harvested products
List of local customers

What to do:

Grow a small crop or set of herbs
Share order link with friends, school, neighbors
Deliver and track orders

What to track:

Products sold
Weekly customers
Reviews and preferences

Extension idea: Offer weekly subscription bundles.

6. Subscription Box of Seasonal Farm Goods

What it is: Create monthly boxes with farm-related items like eggs, vegetables, jam, dried herbs, or crafts.

Why it’s great: It teaches you how to plan ahead and manage customer needs over time.

What you’ll need:

Items you grow, make, or gather
Boxes or packaging
Delivery method (bike, parents, school pickup)

What to do:

Collect or prepare 3–5 items per box
Advertise and collect prepayments
Deliver monthly and ask for feedback

What to track:

Subscriber list
Costs to make each box
What people liked most

Extension idea: Create a seasonal newsletter to go with each box.

7. Crop Scouting Service

What it is: Offer simple crop condition checks for local farmers by looking at pests, plant color, and soil moisture.

Why it’s great: Perfect if you live near farms and want to work with crops and field data.

What you’ll need:

Notebook or mobile app
Ruler, moisture probe (optional)
Basic plant knowledge

What to do:

Visit fields and check for weeds, damage, or dryness
Report findings to farmers (in person or in writing)
Suggest next steps (e.g., irrigation, pest control)

What to track:

Conditions in each field
Days checked
Farmer feedback

Extension idea: Use photos and maps to improve reports.

8. Ag Photography Business

What it is: Take and sell farm, landscape, or livestock photos for print or digital use.

Why it’s great: For creative students who love visuals and want to explore agriculture from a new angle.

What you’ll need:

Smartphone or camera
Editing app (Snapseed, Lightroom)
Online store or print service

What to do:

Take high-quality photos of animals, tractors, crops, or rural life
Edit and organize into categories
Sell prints or digital copies online or at fairs

What to track:

Photos sold
Online engagement
Best-selling themes

Extension idea: Turn your work into a calendar or mini-photo book.

9. Plant ID or Soil Testing Service

What it is: Offer help to neighbors or classmates in identifying plants, weeds, or testing soil pH and moisture.

Why it’s great: Simple science project with real-world help for local gardeners or schools.

What you’ll need:

Field guide or app (like PlantSnap)
Soil pH test strips
Clipboard and baggies

What to do:

Visit homes or gardens to collect samples
Run tests or identify the plants
Write short reports or give advice

What to track:

Number of requests
Test results
Common issues or plant types

Extension idea: Create a mini local plant guide.

10. Budgeting Consultant for Student Projects

What it is: Help younger FFA members or classmates budget for their own SAE projects.

Why it’s great: No supplies needed, just basic math, experience, and the ability to explain simply.

What you’ll need:

Google Sheet or notebook
Past experience from your own project
Sample templates or budget plans

What to do:

Offer to help new students plan project costs
Show how to track expenses and earnings
Teach how to break down monthly costs

What to track:

Students helped
Budgets created
Feedback or results

Extension idea: Host a mini budget workshop at school.

Agricultural Research SAE Projects (Experimental, Analytical)

1. Water Usage in Drip vs. Spray Irrigation

What it is: Compare how much water is used and how well plants grow with two types of irrigation: drip and spray.

Why it’s great: Shows how different watering methods affect plants and saves water.

What you’ll need:

Two equal plots or pots
Drip and spray watering setups
Measuring cup or flow meter
Same crop in both plots

What to do:

Water both plots on the same schedule
Measure water used each day
Record plant height, color, and health weekly

What to track:

Total water used
Growth progress
Soil moisture

Extension idea: Suggest better irrigation methods for small farms or gardens.

2. Soil pH Effects on Crop Growth

What it is: Test how different soil pH levels affect the growth of a common crop like beans or spinach.

Why it’s great: Explains a key part of plant health in a simple, hands-on way.

What you’ll need:

Pots and soil samples
pH tester or strips
Lime (to raise pH) and vinegar (to lower pH)
Seeds

What to do:

Prepare 3–5 pots with soil at different pH levels
Plant the same seeds in each pot
Track germination, leaf size, and growth

What to track:

pH levels
Plant growth weekly
Germination rate

Extension idea: Share results with local gardeners or use it in a science fair.

3. Natural Pest Control Study

What it is: Compare natural pest repellents like garlic spray, neem oil, or marigolds against pests on plants.

Why it’s great: Teaches eco-friendly farming and gives clear, visible results.

What you’ll need:

Test plants (like tomatoes or spinach)
Natural repellents
Notebook or phone camera
Pest identification chart

What to do:

Apply each pest control method to different plants
Monitor plant health and pest presence daily
Take photos or notes

What to track:

Pest count
Damage to leaves
Plant recovery

Extension idea: Recommend effective, natural solutions to your school garden.

4. Seed Storage Temperature Study

What it is: Check how storing seeds at different temperatures affects germination.

Why it’s great: Easy to do and helpful for anyone saving seeds.

What you’ll need:

Seeds (same type and brand)
Storage containers
Locations with different temperatures (fridge, room, outdoors)
Planting pots

What to do:

Store seeds in different places for 1–4 weeks
Plant them under the same conditions
Record how many sprout

What to track:

Number of seeds germinated
Time to sprout
Differences in growth

Extension idea: Help others learn how to store seeds properly at home.

5. Solar-Powered Irrigation Model

What it is: Build a mini system that uses solar energy to pump water for plants.

Why it’s great: Combines engineering and sustainability, with real-world application.

What you’ll need:

Small solar panel
Water pump or motor
Tubing and container for water
Small garden area or pots

What to do:

Connect solar panel to pump
Set up the system to water your plants
Track how much water is delivered daily

What to track:

Weather and sunlight levels
Pump output
Plant health

Extension idea: Suggest this idea for water-saving in drought-prone areas.

6. Feed Conversion Efficiency in Poultry

What it is: Measure how different feeds affect poultry growth and weight gain.

Why it’s great: Perfect for students raising chickens and interested in nutrition or economics.

What you’ll need:

Two feed types
Two groups of chicks
Weighing scale
Feed logs

What to do:

Feed both groups the same amount but with different feed
Weigh the birds weekly
Note any health changes

What to track:

Weight gain
Feed amount
Cost of feed per weight gained

Extension idea: Share the most cost-effective feed with local farmers.

7. Food Waste Composting Rate Study

What it is: Compare how fast different food items break down when composted.

Why it’s great: Simple and very relevant for school, home, or community gardens.

What you’ll need:

Food waste types (banana peels, eggshells, paper)
Containers for compost
Thermometer (optional)
Notebook

What to do:

Place items in the same conditions
Stir compost and track temperature
Watch how each item breaks down

What to track:

Breakdown rate by item
Smell, color, and consistency changes
Compost temperature (optional)

Extension idea: Teach others how to compost better using your findings.

8. Hydroponics vs. Soil Yield Experiment

What it is: Grow the same plant in both soil and hydroponic setups and compare results.

Why it’s great: Gives a hands-on way to understand alternative growing systems.

What you’ll need:

Hydroponic setup (can use recycled bottles)
Soil pots
Same plant type and seed
Nutrient solution

What to do:

Plant equal seeds in both systems
Give equal light and care
Measure growth and yield over time

What to track:

Germination and growth
Number of leaves, fruit
Root health

Extension idea: Recommend hydroponics for schools with no garden space.

9. LED Light Color Effects on Growth

What it is: Test how different colors of LED light affect how well plants grow.

Why it’s great: Explores plant biology with a simple setup.

What you’ll need:

Red, blue, and white LED lights
Plant pots or seed trays
Timer and measuring stick
Same plant type

What to do:

Set up plants under each light color
Run lights on the same schedule
Track plant height, color, and strength

What to track:

Height per week
Leaf count and size
Color and health

Extension idea: Suggest lighting setups for indoor gardens.

10. Organic Weed Control Research

What it is: Test how well natural weed control methods work compared to doing nothing.

Why it’s great: Easy, low-cost, and relevant for organic gardening.

What you’ll need:

Small plots or large containers
Weeds (or weed-prone areas)
Mulch, vinegar spray, manual weeding tools
Notebook

What to do:

Use one method in each plot (e.g., mulch, vinegar, hand pulling)
Leave one plot untreated
Observe weed growth over 3–4 weeks

What to track:

Number of weeds
Growth rate
Time and effort needed

Extension idea: Share with community gardens or your school groundskeeper.

Agricultural Research SAE Projects (Experimental, Analytical)

1. Water Usage in Drip vs. Spray Irrigation

What it is: Compare how much water is used and how well plants grow with two types of irrigation: drip and spray.

Why it’s great: Shows how different watering methods affect plants and saves water.

What you’ll need:

Two equal plots or pots
Drip and spray watering setups
Measuring cup or flow meter
Same crop in both plots

What to do:

Water both plots on the same schedule
Measure water used each day
Record plant height, color, and health weekly

What to track:

Total water used
Growth progress
Soil moisture

Extension idea: Suggest better irrigation methods for small farms or gardens.

2. Soil pH Effects on Crop Growth

What it is: Test how different soil pH levels affect the growth of a common crop like beans or spinach.

Why it’s great: Explains a key part of plant health in a simple, hands-on way.

What you’ll need:

Pots and soil samples
pH tester or strips
Lime (to raise pH) and vinegar (to lower pH)
Seeds

What to do:

Prepare 3–5 pots with soil at different pH levels
Plant the same seeds in each pot
Track germination, leaf size, and growth

What to track:

pH levels
Plant growth weekly
Germination rate

Extension idea: Share results with local gardeners or use it in a science fair.

3. Natural Pest Control Study

What it is: Compare natural pest repellents like garlic spray, neem oil, or marigolds against pests on plants.

Why it’s great: Teaches eco-friendly farming and gives clear, visible results.

What you’ll need:

Test plants (like tomatoes or spinach)
Natural repellents
Notebook or phone camera
Pest identification chart

What to do:

Apply each pest control method to different plants
Monitor plant health and pest presence daily
Take photos or notes

What to track:

Pest count
Damage to leaves
Plant recovery

Extension idea: Recommend effective, natural solutions to your school garden.

4. Seed Storage Temperature Study

What it is: Check how storing seeds at different temperatures affects germination.

Why it’s great: Easy to do and helpful for anyone saving seeds.

What you’ll need:

Seeds (same type and brand)
Storage containers
Locations with different temperatures (fridge, room, outdoors)
Planting pots

What to do:

Store seeds in different places for 1–4 weeks
Plant them under the same conditions
Record how many sprout

What to track:

Number of seeds germinated
Time to sprout
Differences in growth

Extension idea: Help others learn how to store seeds properly at home.

5. Solar-Powered Irrigation Model

What it is: Build a mini system that uses solar energy to pump water for plants.

Why it’s great: Combines engineering and sustainability, with real-world application.

What you’ll need:

Small solar panel
Water pump or motor
Tubing and container for water
Small garden area or pots

What to do:

Connect solar panel to pump
Set up the system to water your plants
Track how much water is delivered daily

What to track:

Weather and sunlight levels
Pump output
Plant health

Extension idea: Suggest this idea for water-saving in drought-prone areas.

6. Feed Conversion Efficiency in Poultry

What it is: Measure how different feeds affect poultry growth and weight gain.

Why it’s great: Perfect for students raising chickens and interested in nutrition or economics.

What you’ll need:

Two feed types
Two groups of chicks
Weighing scale
Feed logs

What to do:

Feed both groups the same amount but with different feed
Weigh the birds weekly
Note any health changes

What to track:

Weight gain
Feed amount
Cost of feed per weight gained

Extension idea: Share the most cost-effective feed with local farmers.

7. Food Waste Composting Rate Study

What it is: Compare how fast different food items break down when composted.

Why it’s great: Simple and very relevant for school, home, or community gardens.

What you’ll need:

Food waste types (banana peels, eggshells, paper)
Containers for compost
Thermometer (optional)
Notebook

What to do:

Place items in the same conditions
Stir compost and track temperature
Watch how each item breaks down

What to track:

Breakdown rate by item
Smell, color, and consistency changes
Compost temperature (optional)

Extension idea: Teach others how to compost better using your findings.

8. Hydroponics vs. Soil Yield Experiment

What it is: Grow the same plant in both soil and hydroponic setups and compare results.

Why it’s great: Gives a hands-on way to understand alternative growing systems.

What you’ll need:

Hydroponic setup (can use recycled bottles)
Soil pots
Same plant type and seed
Nutrient solution

What to do:

Plant equal seeds in both systems
Give equal light and care
Measure growth and yield over time

What to track:

Germination and growth
Number of leaves, fruit
Root health

Extension idea: Recommend hydroponics for schools with no garden space.

9. LED Light Color Effects on Growth

What it is: Test how different colors of LED light affect how well plants grow.

Why it’s great: Explores plant biology with a simple setup.

What you’ll need:

Red, blue, and white LED lights
Plant pots or seed trays
Timer and measuring stick
Same plant type

What to do:

Set up plants under each light color
Run lights on the same schedule
Track plant height, color, and strength

What to track:

Height per week
Leaf count and size
Color and health

Extension idea: Suggest lighting setups for indoor gardens.

10. Organic Weed Control Research

What it is: Test how well natural weed control methods work compared to doing nothing.

Why it’s great: Easy, low-cost, and relevant for organic gardening.

What you’ll need:

Small plots or large containers
Weeds (or weed-prone areas)
Mulch, vinegar spray, manual weeding tools
Notebook

What to do:

Use one method in each plot (e.g., mulch, vinegar, hand pulling)
Leave one plot untreated
Observe weed growth over 3–4 weeks

What to track:

Number of weeds
Growth rate
Time and effort needed

Extension idea: Share with community gardens or your school groundskeeper.

Documentation = Proof

Judges and advisors always say:

“If it’s not documented, it didn’t happen.”

Keep it simple but consistent.

Tools That Work

Journals or Logs: Daily or weekly notes.
Photos & Videos: Show setups, changes, and results.
Google Sheets: Perfect for logging growth, yields, or costs.
The AET App: FFA-endorsed tool for official records.

Real Stories from Real Students

See how other students turned small ideas into big wins with their SAE projects.

Ava’s Vertical Herb Gardens for Nursing Homes

Ava built herb planters using recycled pallets. She placed them at two senior care centers, then surveyed residents and staff on usage and joy. She won first place at her State Fair.

Jaden’s Spinach Business

Jaden started growing spinach for his family. By senior year, he leased a half-acre from a neighbor and sold it to a local restaurant chain. His spreadsheets and customer logs showed real growth.

Elite Student Tips

Want to stand out? These simple tips can help turn a good project into a great one.”

Tell a Story → Judges love hearing how your project started and evolved.
Start Small, Grow Big → Show progression. Year to year improvements matter.
Build a Team of Mentors → Ask your teacher, your neighbor, or a farm owner for advice.
Use Social Media Wisely → Reels, blogs, or posts showing your work build credibility.
Give Back → Projects that help others or serve your community shine brightest.

Bonus Resources for U.S. Students

Need a little extra help? These bonus resources are made just for U.S. students to level up your SAE journey.

The AET App: https://www.theaet.com
FFA Proficiency Award Guidelines: Check National FFA site
USDA Youth Grants: https://www.usda.gov/youth
TEDx Youth Farmers: Watch students tell their ag stories
Canva: Create posters, timelines, and presentations

Final Thoughts: Your Ag Story Starts Now

Your SAE is more than a grade.

It’s your first real career story. It’s something that could shape your college application, your scholarship essay, even your job resume.

Whether you’re measuring worm activity in compost or designing a greenhouse from scratch, what matters is this:

You showed up. You cared. And you made it real. “No idea is too small. But how you grow it, that’s what makes it elite.” 

Start planting. And do not forget to water it with effort, time, and heart.

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