How a 7-Day Lesson Plan Turns Kids Into Flower Scientists and Artists
Looking for engaging spring flower activities for kids that combine science and art?
This 7-day lesson plan brings together hands-on experiments, creative art projects, and observation-based learning to help kids explore how flowers grow, change, and function.
Each day includes a simple science idea, a connected art activity, and a focus on observation-perfect for classrooms, homeschool, or spring learning at home.
What Kids Will Learn
This unit introduces key concepts in a simple, hands-on way:
- Parts of a flower and plant structure
- How water moves through plants
- Pollination and plant reproduction
- Color mixing and absorption
- Patterns in nature
- Environmental impact on plants
Start Here: Ongoing Projects (Use All Week)
To make these spring flower activities even more meaningful, add one or both of these ongoing projects throughout the week.
These help students track learning, build connections, and stay engaged across all 7 days.
Scientific Illustration Journal
Have students keep a simple journal to record what they observe each day. A blank composition book, a simple kraft paper cover journal, or even computer paper folded and stapled will work!
They can: * Draw flowers and label parts * Record experiment results * Show changes over time * Add simple written observations
Flower Life Cycle Project
As students learn about flowers, they can build a simple project to show how plants grow and change.
Add one piece at a time: * Parts of a plant * What plants need to grow * Pollination * Flowering stage
7-Day Spring Flower STEAM Lesson Plan
Use this 7-day plan to explore flowers through science, art, and observation. Each day builds on the previous one, helping kids understand how flowers grow, change, and interact with their environment.
You can follow the plan as written or pick and choose activities based on your time.
Day 1: Parts of a Flower
- Focus: Structure + observation
- Science: Introduce the basic parts of a flower using a real example or diagram.
- Art: Pair with a flower collage project using whatever materials you have available.
Day 2: Observation & Change
- Focus: Observation + cause & effect
- Science: Start the color changing flowers experiment and record initial observations.
- Art: Pair with a close-up flower drawing inspired by Georgia O'Keeffe.
Day 3: Absorption & Color Mixing
- Focus: Absorption + color mixing
- Science: Create a meaningful coffee filter flower bouquet to explore how water moves and carries color.
- Art: Pair with expressive flower artwork inspired by Frida Kahlo.
Day 4: Pollination
- Focus: Movement + reproduction
- Science: Introduce pollination and how pollen moves between flowers.
- Art: Pair with a pollination painting using a transfer technique.
Day 5: Pattern & Design
- Focus: Pattern + repetition
- Science: Observe patterns and symmetry in flowers.
- Art: Pair with patterned flower artwork inspired by Alma Thomas.
Day 6: Color, Change & Reflection
- Focus: Change over time + observation
- Science: Observe the results of the color-changing flowers experiment.
- Art: Pair with cut-paper flower artwork inspired by Henri Matisse.
Day 7: Acid Rain & Environmental Impact
- Focus: Cause + effect + environment
- Science: Introduce acid rain and how pollution affects plants.
- Art: Pair with an environmental comparison artwork.
Why Combine Science and Art?
When kids explore flowers through both science and art, they: * Develop stronger observation skills * Make connections between concepts * Stay engaged through hands-on learning * Build creativity alongside scientific thinking
More Flower Activities to Try
- Explore our full collection of Flower Crafts for Kids
- Browse Spring Science Activities for more experiments
- Try our Famous Artist Projects for Kids with floral themes
Want a Done-For-You Version?
If you want everything organized and ready to go, check out our Spring Flower STEAM Unit.
It includes: * 7 complete lessons * Guided journal prompts * Print-and-go worksheets * Famous artist flower projects * Environmental science connections
