New York Science — Grade 1
Comprehensive Course Syllabus
Course Overview
Our New York Grade 1 Science course is built around the New York State P-12 Science Learning Standards, which combine Science and Engineering Practices, Disciplinary Core Ideas, and Crosscutting Concepts such as patterns and structure and function.
Grade 1 science begins with how scientists think — asking questions, observing carefully, recording what they see, and looking for patterns. Children then study plants and animals: their structures, how those structures help them survive, life cycles, behaviours, and how parents care for their young.
The physical science strand covers light, materials, and shadows and sound and vibration. The Earth and space strand covers the Sun, Moon, and stars, seasonal patterns and daylight, and weather observation, alongside caring for the environment.
Children also work as young engineers, using engineering design and biomimicry to solve problems inspired by nature. Everything is taught through hands-on investigation, observation journals, and discussion. New York sets the learning standards; schools choose their own pacing, activities, and materials.
Introduction to Scientific Thinking
What Is Science?
Children learn that science is a way of finding things out. Science is about asking and investigating.
Asking Questions
Children ask questions about the world around them. Good questions start every investigation.
Making Observations
Children look closely and notice details. Careful observation is the first science skill.
Describing Observations
Children describe what they see in words. Describing turns looking into thinking.
Wondering About the Natural World
Children express curiosity about nature. Curiosity drives all science.
Science Tools & Safety
Magnifying Glasses
Children use magnifiers to see small details. Magnifiers reveal what eyes alone miss.
Rulers
Children measure length with a ruler. Rulers give measurements everyone can compare.
Measuring Tools
Children use simple tools to measure. Tools make observation more precise.
Containers
Children use containers to hold and compare materials. Containers help organise investigations.
Balance Scales
Children compare weights using a balance. Balances show which object is heavier.
Making Observations & Collecting Data
Observing Carefully
Children take time to notice details. Slow looking produces better science.
Recording Observations
Children write or draw what they observe. Recording preserves what was seen.
Drawings
Children draw what they observe accurately. Scientific drawing captures detail.
Labels
Children label parts of their drawings. Labels make drawings informative.
Simple Tables
Children organise data into simple tables. Tables reveal patterns.
Patterns in the Natural World
Identifying Patterns
Children spot patterns in the world around them. Patterns are a key scientific idea.
Repeating Patterns
Children recognise things that repeat. Repetition makes patterns predictable.
Plant Patterns
Children notice patterns in plant growth and shape. Plants show repeated structures.
Animal Patterns
Children notice patterns in animal bodies and behaviour. Patterns appear in markings and habits.
Weather Patterns
Children notice recurring weather patterns. Weather patterns can be tracked and predicted.
Plant Structures
Roots
Children learn that roots take in water and anchor plants. Roots are usually hidden underground.
Stems
Children learn that stems support the plant and carry water. Stems connect roots to leaves.
Leaves
Children learn that leaves make food using light. Leaves are the plant’s food factory.
Flowers
Children learn that flowers help plants make seeds. Flowers attract pollinators.
Fruits
Children learn that fruits protect and carry seeds. Fruits help seeds travel.
How Plants Meet Their Needs
Water
Children learn that plants need water to live. Water is taken in through the roots.
Light
Children learn that plants need light to make food. Light is essential for plant growth.
Air
Children learn that plants need air. Plants use gases from the air.
Space
Children learn that plants need room to grow. Crowded plants compete for resources.
Nutrients
Children learn that plants take nutrients from soil. Soil quality affects plant health.
Plant Life Cycles
Seeds
Children study seeds as the start of a plant. Seeds hold everything a new plant needs.
Germination
Children observe seeds beginning to grow. Germination needs water and warmth.
Seedlings
Children observe young plants. Seedlings are fragile and need care.
Growing Plants
Children observe plants growing larger. Growth continues throughout a plant’s life.
Flowers
Children observe flowers forming on plants. Flowers signal the plant is ready to reproduce.
Animal Structures
Eyes
Children learn that eyes let animals see. Eye position affects what animals can see.
Ears
Children learn that ears let animals hear. Ear shape affects hearing.
Nose
Children learn that noses detect smells. Smell helps animals find food.
Mouth
Children learn that mouths take in food. Mouth shape suits an animal’s diet.
Teeth
Children learn that teeth help animals eat. Tooth shape reveals what an animal eats.
Structure & Function in Animals
Body Parts and Their Functions
Children link body parts to their jobs. Structure and function go together.
Movement
Children study how different animals move. Body structure determines movement.
Feeding
Children study how animals get and eat food. Mouths and teeth suit the diet.
Protection
Children study how animals protect themselves. Shells, spines, and speed all protect.
Sensing
Children study how animals sense their surroundings. Senses vary greatly between animals.
Animal Behaviors
Feeding Behaviors
Children observe how animals feed. Feeding behaviour varies with diet.
Communication
Children study how animals communicate. Animals use sound, movement, and scent.
Movement
Children study how animals travel. Movement suits the habitat.
Shelter Seeking
Children study how animals find shelter. Shelter protects from weather and predators.
Protection
Children study protective behaviours. Animals hide, flee, or defend.
Parents & Offspring
Parents
Children study adult animals caring for young. Parents provide what young cannot.
Offspring
Children study young animals. Offspring resemble their parents.
Young Animals
Children observe young animals and their needs. Young animals depend on adults.
Family Behaviors
Children study animal family groups. Family structures vary by species.
Feeding
Children study how parents feed their young. Feeding young takes great effort.
Similarities & Differences Among Offspring
Parents and Young
Children compare young animals with their parents. Young resemble but do not match parents.
Similar Features
Children identify features shared with parents. Shared features show inheritance.
Different Features
Children identify features that differ. Differences occur even within families.
Physical Variation
Children observe variation among individuals. No two individuals are identical.
Plant Variation
Children observe variation among plants of one kind. Plants vary as animals do.
Also Covered in This Course
Teaching Methodology
Our Grade 1 Science classes are built on hands-on investigation, careful observation, and lots of discussion. Children learn through:
Learning Outcomes
By the end of Grade 1, students will be able to:
Assessment & Progress Tracking
Student progress is evaluated through:
Why Choose NextChanakya for New York Grade 1 Science?
Standards Note
New York State uses the New York State P-12 Science Learning Standards (NYSSLS).
These standards are built on a three-dimensional approach combining Science and Engineering Practices, Disciplinary Core Ideas, and Crosscutting Concepts. Grade 1 expectations emphasise structure and function in plants and animals, parents and offspring, light and sound, patterns in the sky, and engineering design.
Schools and districts may organise instruction, pacing, lessons, investigations, textbooks, and learning activities differently. The exact sequence and instructional materials may vary by school or district.
It is important to distinguish between the New York State learning standards, which define expected knowledge and skills, and the course structure created for this educational programme, which organises that content into modules and topics.
This syllabus therefore represents a broad Grade 1 Science pathway designed to support and extend New York State expectations, rather than a mandatory statewide lesson plan.