Sparking STEM at Home
A lasting advantage you can give a child isn’t a specific fact—it’s comfort with curiosity: What’s going on here? How could we test it? What would we change next? When kids learn to ask good questions and follow them with simple experiments, they begin to think like scientists.
One of the most engaging ways to build that mindset is through biography. Real stories show children that science is done by people—people who make choices, persist through setbacks, and use what they know to help others. Alice Augusta Ball is a remarkable example.
A Brief Introduction to Alice Ball
Alice Ball (1892–1916) was a chemist whose academic path and achievements were extraordinary for her time. She studied chemistry and went on to earn a graduate degree at the University of Hawaiʻi, becoming the first woman and the first Black person to receive a master’s degree there.
For families, her life opens the door to meaningful conversations about opportunity, determination, and how talent can flourish when it’s supported.
The Scientific Problem She Helped Solve
In the early 1900s, Hansen’s disease (often called leprosy) caused severe suffering and social stigma. Chaulmoogra oil was known to have therapeutic potential, but in its raw form it was difficult to use medically.
Ball developed a practical chemical approach that made compounds from the oil more usable for treatment. Her work became associated with what is often referred to as the “Ball Method,” and it influenced care for many patients.
What Kids Can Learn From Her Work (Beyond the History)
Alice Ball’s story is powerful because it highlights core STEM habits you can reinforce at home:
- Start by noticing. Many investigations begin with small observations—textures, patterns, “what changed?”
- Test on purpose. It’s not just imagination; it’s trying something, recording what happened, and adjusting.
- Use knowledge to serve. The most meaningful science improves lives.
Five Family-Friendly STEM Activities Inspired by Her Story
These are simple, low-cost ways to practice observation, experimentation, and iteration.
1) Oil and Water in Action (Citrus Peel Experiment)
Materials
- Citrus peel (orange or lemon)
- Water
- Small clear bowl
- Spoon
Steps
- Fill the bowl with water.
- Hold the peel over the water and gently twist/squeeze it.
- Look closely for tiny oil droplets or shimmering patterns.
- Stir and observe how the surface changes.
What this teaches
- Some substances don’t mix the same way (an introduction to mixtures).
- Careful looking is a scientific skill.
2) “Travel Through a System” (Flowers + Food Coloring)
Materials
- White carnations (or white celery stalks)
- Food coloring
- Water
- Clear cups
Steps
- Add water to each cup and tint each with a different color.
- Place one flower (or celery stalk) in each cup.
- Check back after several hours and again the next day.
What this teaches
- Liquids can move through natural structures over time.
- Good science includes patience and repeated observation.
3) Mini R&D Challenge: One Goal, Three Designs
Pick a problem and build three different versions, testing each one.
Choose one:
- Keep an ice cube from melting as quickly.
- Make a paper airplane fly farther.
- Build a sand structure that holds its shape.
Have children record:
- What they tried
- What happened
- What they’d change next time
4) Build a “Scientist Gallery Wall”
Create a small display of scientist profiles that reflects different backgrounds, fields, and eras. Include:
- One discovery or contribution
- One obstacle they faced
- One question the child still has
This turns representation into a concrete learning habit: children look for themselves in science by meeting many kinds of scientists.
5) Make a Timeline That Connects to Your Child’s Milestones
Draw a simple timeline of Alice Ball’s life and add a parallel line for your child (first bike ride, first book chapter read, first “big” experiment). The goal isn’t comparison—it’s helping kids see that growth happens over time, step by step.
Wonder First, Then Method
Alice Ball’s legacy reminds us that science is both rigorous and human. When children practice observing, testing, and revising—with encouragement rather than pressure—they’re building the foundations of STEM confidence.
Sources for Further Reading
- Honolulu Civil Beat: “Remembering the legacy of Alice Ball of UH” (2022)
- Kid-friendly biography: Alice Ball Finds a Cure (book for younger readers)
Sparking STEM at Home
A lasting advantage you can give a child isn’t a specific fact—it’s comfort with curiosity: What’s going on here? How could we test it? What would we change next? When kids learn to ask good questions and follow them with simple experiments, they begin to think like scientists.
One of the most engaging ways to build that mindset is through biography. Real stories show children that science is done by people—people who make choices, persist through setbacks, and use what they know to help others. Alice Augusta Ball is a remarkable example.
A Brief Introduction to Alice Ball
Alice Ball (1892–1916) was a chemist whose academic path and achievements were extraordinary for her time. She studied chemistry and went on to earn a graduate degree at the University of Hawaiʻi, becoming the first woman and the first Black person to receive a master’s degree there.
For families, her life opens the door to meaningful conversations about opportunity, determination, and how talent can flourish when it’s supported.
The Scientific Problem She Helped Solve
In the early 1900s, Hansen’s disease (often called leprosy) caused severe suffering and social stigma. Chaulmoogra oil was known to have therapeutic potential, but in its raw form it was difficult to use medically.
Ball developed a practical chemical approach that made compounds from the oil more usable for treatment. Her work became associated with what is often referred to as the “Ball Method,” and it influenced care for many patients.
What Kids Can Learn From Her Work (Beyond the History)
Alice Ball’s story is powerful because it highlights core STEM habits you can reinforce at home:
- Start by noticing. Many investigations begin with small observations—textures, patterns, “what changed?”
- Test on purpose. It’s not just imagination; it’s trying something, recording what happened, and adjusting.
- Use knowledge to serve. The most meaningful science improves lives.
Five Family-Friendly STEM Activities Inspired by Her Story
These are simple, low-cost ways to practice observation, experimentation, and iteration.
1) Oil and Water in Action (Citrus Peel Experiment)
Materials
- Citrus peel (orange or lemon)
- Water
- Small clear bowl
- Spoon
Steps
- Fill the bowl with water.
- Hold the peel over the water and gently twist/squeeze it.
- Look closely for tiny oil droplets or shimmering patterns.
- Stir and observe how the surface changes.
What this teaches
- Some substances don’t mix the same way (an introduction to mixtures).
- Careful looking is a scientific skill.
2) “Travel Through a System” (Flowers + Food Coloring)
Materials
- White carnations (or white celery stalks)
- Food coloring
- Water
- Clear cups
Steps
- Add water to each cup and tint each with a different color.
- Place one flower (or celery stalk) in each cup.
- Check back after several hours and again the next day.
What this teaches
- Liquids can move through natural structures over time.
- Good science includes patience and repeated observation.
3) Mini R&D Challenge: One Goal, Three Designs
Pick a problem and build three different versions, testing each one.
Choose one:
- Keep an ice cube from melting as quickly.
- Make a paper airplane fly farther.
- Build a sand structure that holds its shape.
Have children record:
- What they tried
- What happened
- What they’d change next time
4) Build a “Scientist Gallery Wall”
Create a small display of scientist profiles that reflects different backgrounds, fields, and eras. Include:
- One discovery or contribution
- One obstacle they faced
- One question the child still has
This turns representation into a concrete learning habit: children look for themselves in science by meeting many kinds of scientists.
5) Make a Timeline That Connects to Your Child’s Milestones
Draw a simple timeline of Alice Ball’s life and add a parallel line for your child (first bike ride, first book chapter read, first “big” experiment). The goal isn’t comparison—it’s helping kids see that growth happens over time, step by step.
Wonder First, Then Method
Alice Ball’s legacy reminds us that science is both rigorous and human. When children practice observing, testing, and revising—with encouragement rather than pressure—they’re building the foundations of STEM confidence.
Sources for Further Reading
- Honolulu Civil Beat: “Remembering the legacy of Alice Ball of UH” (2022)
- Kid-friendly biography: Alice Ball Finds a Cure (book for younger readers)
