Practical Life activities help children develop independence and confidence by connecting real-world skills to social and academic challenges. These activities promote self-reliance and personal responsibility, emphasizing practical skills for interacting with the community and the broader world.

Explores the universe's beginning, fundamental forces, and the formation of planets and Earth. Students learn about Earth’s systems, weather, ocean life, and the relationship between the Earth, sun, and moon.

Exploration of root systems and their functions, identification of common flowers, trees, and shrubs, and classification of different types of roots, fruits, and seeds. Students learn to classify plants and understand their structures and functions.

Covers the layers of the Earth, rock and water cycles, space, and the solar system. Students study basic chemical reactions, human body systems, and functions. Introduction to scientific methods and inquiry is included.

Students learn the nomenclature of shapes, create patterns, and explore the relationships between two- and three-dimensional figures. They study types and measurements of angles, shape attributes, and size. Practical applications include measuring area and 

perimeter of quadrilaterals, and exploring concepts of symmetry, congruency, and scale.

Students identify and understand the nine main parts of speech and their functions, follow singular and plural rules for grammar and spelling, and classify nouns by qualities such as common, proper, singular, plural, concrete, abstract, and collective. They learn to identify positive, comparative, and superlative adjectives, conjugate verbs in past, present, and future tenses, and analyze sentences by identifying the subject, predicate, and direct object.

Teaches the shape of the Earth, continents, oceans, and cardinal directions. Students develop map skills, understand biomes, political and economic geography, and locate natural resources. They also study U.S. states and capitals and enhance their spatial awareness.

Focuses on the passage of time, including the calendar, seasons, and historical timelines. Students learn about ancient civilizations, fundamental needs of humans, significant world events, and U.S. history from colonization through modern times.

Language instruction builds effective communication skills, focusing on phonological awareness, reading comprehension, and writing. Children enhance their ability to express themselves clearly, understand grammar, and engage with various literary genres, with an emphasis on reading and writing fluency.

Students begin to ask questions about organisms and conduct research. They identify vertebrates and invertebrates, understand plant and animal processes, growth, life cycles, and basic nomenclature. They explore plate tectonics, geographical features, properties of matter, and fundamental physical principles like gravity and magnetism.

Mathematics education covers foundational concepts like number recognition, place value, and basic operations, advancing to complex topics such as geometry, fractions, and problem-solving. Students apply mathematical concepts to real-world situations, developing skills in graphing, probability, and measurement.

Art education encourages experimentation with various techniques and materials, fostering creativity and artistic expression. Students explore different art styles and historical contexts, applying artistic principles and vocabulary while creating their own compositions and connecting their work to cultural and historical themes.

Focuses on animal routines, sounds, and advanced classification. Students learn about the basic needs, adaptations, and life cycles of animals, integrating this knowledge with practical life experiences to understand various animal characteristics.

Science education explores life and physical sciences, including botany, zoology, and earth sciences. Students investigate ecosystems, geological processes, and the human body through research, experiments, and hands-on activities, applying the scientific method and understanding environmental interactions.