This is the year science becomes about noticing patterns and testing ideas. Students poke at how sound and light work, like plucking a rubber band to feel it buzz or shining a flashlight through wax paper to see what happens. They watch how baby animals look like their parents but not exactly, and track how the sun rises earlier in summer than in winter. By spring, students can plan a small experiment, make a careful observation, and explain what they found.
Students sort items into living and non-living and look closely at how plants and animals use their parts to survive. They start sketching ideas for tools that copy something from nature, like a gripper inspired by a bird's beak.
Students notice how baby animals act like their parents and how puppies look similar to, but not exactly like, the dogs they came from. They use pictures and stories to spot patterns that help young animals stay safe and grow.
Students pluck rubber bands, tap drums, and feel their throats hum to see that sound comes from things moving back and forth. They also notice that a loud speaker can shake a cup of rice.
Students test what happens when a flashlight hits clear plastic, wax paper, or cardboard, and figure out that a room has to be lit for eyes to see anything. Shadows and reflections become something to investigate, not just notice.
Students design a simple tool that uses light or sound to send a message across the room, like a flashlight code or a string-and-cup phone. They try it, fix what does not work, and try again.
Students track the Sun, Moon, and stars over weeks and notice patterns they can predict, like the Moon changing shape. They also compare how early it gets dark in winter to how late the sun stays up in summer.
Students learn how waves move energy from place to place. They explore sound waves (like a ringing bell) and light waves (like a flashlight beam) to see how waves travel and affect objects nearby.
Students shake or tap objects to discover what makes sound, then watch how sound waves can make other objects move or wiggle in return. The goal is connecting vibration to sound in both directions.
Students observe what happens to objects when the lights go out. They learn that things only become visible when light shines on them, and they use what they see as evidence to explain why.
Students test what happens when different materials block, pass through, or bend a beam of light. They find out which materials stop light and which let it through.
Students design and build something, like a signal lamp or a simple drum, that sends a message using light or sound across a room or yard.
| Standard | Definition | Code |
|---|---|---|
| Waves | Students learn how waves move energy from place to place. They explore sound waves (like a ringing bell) and light waves (like a flashlight beam) to see how waves travel and affect objects nearby. | 1-PS-1 |
| With guidance and support, plan and conduct investigations to provide evidence… | Students shake or tap objects to discover what makes sound, then watch how sound waves can make other objects move or wiggle in return. The goal is connecting vibration to sound in both directions. | 1-PS-1.1 |
| With guidance and support, make observations to construct an evidence-based… | Students observe what happens to objects when the lights go out. They learn that things only become visible when light shines on them, and they use what they see as evidence to explain why. | 1-PS-1.2 |
| With guidance and support, plan and conduct investigations to determine the… | Students test what happens when different materials block, pass through, or bend a beam of light. They find out which materials stop light and which let it through. | 1-PS-1.3 |
| Design and build a device that uses light or sound to communicate over a… | Students design and build something, like a signal lamp or a simple drum, that sends a message using light or sound across a room or yard. | 1-PS-1.4 |
Living things have body parts that help them survive. Students learn how plants and animals use their structures, like roots, leaves, or legs, to grow, find food, and stay safe.
Students study how animals and plants use body parts to survive, such as how a duck's webbed feet help it swim. Then they design and build something that copies that idea to solve a real human problem.
Students look at how animal parents and their young act alike, finding patterns in those behaviors that help the young stay alive and grow.
Students sort objects into two groups: living things (like plants and animals) and non-living things (like rocks and chairs). They explain what clues helped them decide.
Students learn that offspring look similar to their parents but not identical. A puppy resembles its mother and father while still looking a little different from each one.
Students look at pictures or real animals and plants to figure out why baby animals look like their parents but not exactly like them. Small differences from parent to offspring are normal and expected.
| Standard | Definition | Code |
|---|---|---|
| From Molecules to Organisms | Living things have body parts that help them survive. Students learn how plants and animals use their structures, like roots, leaves, or legs, to grow, find food, and stay safe. | 1-LS-1 |
| Design and build a solution to a human problem by mimicking how plants and/or… | Students study how animals and plants use body parts to survive, such as how a duck's webbed feet help it swim. Then they design and build something that copies that idea to solve a real human problem. | 1-LS-1.1 |
| Obtain information to identify patterns of behavior in parents and offspring… | Students look at how animal parents and their young act alike, finding patterns in those behaviors that help the young stay alive and grow. | 1-LS-1.2 |
| Use classification supported by evidence to differentiate between living and… | Students sort objects into two groups: living things (like plants and animals) and non-living things (like rocks and chairs). They explain what clues helped them decide. | 1-LS-1.3 |
| Heredity: Inheritance and Variation of Traits | Students learn that offspring look similar to their parents but not identical. A puppy resembles its mother and father while still looking a little different from each one. | 1-LS-2 |
| Make observations to construct an evidence-based explanation that offspring are… | Students look at pictures or real animals and plants to figure out why baby animals look like their parents but not exactly like them. Small differences from parent to offspring are normal and expected. | 1-LS-2.1 |
Students learn where Earth sits in space and how patterns in the sky, like the Sun's path during the day and the changing seasons, repeat in predictable ways.
Students watch the Sun, Moon, and stars and look for patterns in how they move and change. Over time, those patterns repeat enough that students can predict what comes next.
Students track how daylight changes across the seasons, noticing that summer days stay light longer and winter days get dark earlier.
| Standard | Definition | Code |
|---|---|---|
| Earth's Place in the Universe | Students learn where Earth sits in space and how patterns in the sky, like the Sun's path during the day and the changing seasons, repeat in predictable ways. | 1-ESS-1 |
| Use observations of the Sun, Moon | Students watch the Sun, Moon, and stars and look for patterns in how they move and change. Over time, those patterns repeat enough that students can predict what comes next. | 1-ESS-1.1 |
| Make observations at different times of year to relate the amount of daylight… | Students track how daylight changes across the seasons, noticing that summer days stay light longer and winter days get dark earlier. | 1-ESS-1.2 |
Students study three big areas: light and sound, how plants and animals survive, and patterns in the sky. Most of the work is hands-on. Students notice something, try a small test, and explain what they saw using what they noticed.
Step outside and look up. Track what the moon looks like across a week, notice when the sun comes up, or watch a bird at the feeder. Five minutes of looking and one question like 'what changed?' does the job.
Students should explain that sound comes from something shaking, that we need light to see, and that baby animals look like their parents but not exactly. They should also describe patterns they see in the sun and moon.
Light and sound work well in fall when students are still building observation habits. Sky patterns need months of data, so start moon and daylight tracking early and return to it. Save the plant and animal design tasks for spring when outdoor work is easier.
Have them touch their throat while humming, or set rice on a drum and tap it. They will feel and see the shaking. Sound is something moving back and forth fast, and that idea sticks once they feel it.
Two trip students up. First, that sound is caused by vibration, not just made by an object. Second, that we see objects because light bounces off them, not because eyes send something out. Plan extra hands-on time for both.
A good first grade investigation is small and answers one question. Shine a flashlight through wax paper, foil, and clear plastic and record what happens. Students do not need a formal hypothesis, just a question, a try, and a drawing of what they noticed.
No. Understanding matters more than the word. If a child can show that a guitar string shakes when it makes sound, the word 'vibrate' will come later. Focus on what they can show and explain.
Ready students can describe a pattern they observed over time, explain a cause using evidence they collected, and design a simple solution that copies something from nature. If they can do those three things across different topics, they are set.