Sharon's hobbies — gardening, cooking, spending time in nature — double as a toolkit for teaching elementary science. She explains concepts like plant life cycles, states of matter, and weather patterns through hands-on examples kids can relate to. Her year of full-time classroom work with younger s...

Young learners are naturally curious about why leaves change color or how a caterpillar becomes a butterfly — Eric channels that curiosity into real understanding of life cycles, weather patterns, and ecosystems. His background in ecology and evolutionary biology means he can answer the endless "but...

Curiosity is the whole engine of elementary science, and Dakota's job is to keep it running. She turns topics like the water cycle, animal habitats, and states of matter into hands-on explorations that build real observation and questioning skills. Her years of experience with young learners mean sh...

Young scientists learn best when curiosity drives the lesson. Jennifer uses her communication expertise to turn topics like weather cycles, plant life, and states of matter into conversations that spark questions, building the observation and reasoning skills that elementary science is really about.

At the elementary level, science should spark curiosity — why do magnets stick, how do plants eat sunlight, what makes weather change? Vansh turns these questions into mini-investigations, encouraging kids to observe, predict, and explain rather than just memorize vocabulary from a textbook.

At this age, science should spark curiosity — why do plants grow toward light, what makes ice melt faster, how do magnets work. Natalie channels her Penn neurobiology background into age-appropriate explanations that encourage kids to ask questions and predict outcomes before jumping to answers. She...

Young scientists learn best when they're asking questions and testing ideas, not just reading definitions. Jessica turns elementary science topics like the water cycle, plant life, and simple machines into mini-investigations, encouraging curiosity at every step. Her background in the arts gives her...

Curiosity is the whole point of science at this age — why leaves change color, how magnets work, what makes ice melt faster. Michael's cell biology degree from the University of Michigan gives him deep scientific knowledge, but his real strength with younger learners is turning everyday observations...

Young scientists learn best when they're asking questions, not just reading answers — so Dhruv turns topics like plant life cycles, states of matter, and simple machines into mini-investigations. His environmental science background at NYU gives him a knack for connecting classroom concepts to thing...

Younger students learn science best when they can see it, which is why Tarif leans heavily on diagrams, visual models, and hands-on explanations when teaching topics like plant life cycles, states of matter, or the solar system. His years of experience tutoring students from first grade through high...