Course Catalog

An introduction to the world of numbers, shapes, and patterns, this foundational course builds essential early math skills through games, stories, and interactive exploration. Designed to spark curiosity and confidence, students develop number sense, spatial reasoning, and a joyful relationship with math.

Students in Math 1 develop confidence with basic addition and subtraction, place value, counting, time, and measurement. Through interactive practice and real-world applications, learners establish a strong foundation for future mathematical growth.

This course helps students extend their understanding of basic arithmetic, measurement, time, and simple data concepts. Math 2 encourages reasoning, problem-solving, and clear communication of mathematical ideas.

In Math 3, students explore multiplication, division, fractions, area, and perimeter through hands-on activities and real-world problems. Learners begin to apply mathematical reasoning more independently.

Students build fluency in multiplication and division, work with fractions and decimals, and explore geometry concepts such as angles and symmetry. Math 4 lays the groundwork for upper elementary math with interactive and meaningful practice.

In this course, students refine operations with decimals and fractions, explore volume and coordinate planes, and build algebraic thinking. Math 5 promotes flexible strategies and prepares students for middle school math.

This middle school math course introduces ratios, proportions, integers, expressions, and equations. Students begin transitioning from arithmetic to abstract reasoning and pre-algebra concepts.

Students build on proportional reasoning and work with linear equations, inequalities, and geometric relationships. Math 7 supports deeper understanding of number operations and prepares learners for algebraic thinking.

Focused on preparing students for Algebra I, Math 8 explores systems of equations, functions, transformations, and introductory statistics. The course bridges arithmetic and formal algebra, fostering logical reasoning and problem-solving.

This course develops core algebra readiness skills, including working with variables, operations with integers and rational numbers, and solving simple equations. Pre-Algebra is ideal for students transitioning into high school math.

Algebra I introduces variables, expressions, linear equations, inequalities, functions, and polynomials. Students develop abstract reasoning and problem-solving skills essential for advanced mathematics.

This course explores points, lines, planes, angles, triangles, circles, and proofs. Emphasizing both visual reasoning and formal logic, students learn to apply geometry in real-world and mathematical contexts.

Algebra II expands upon Algebra I with quadratic, exponential, logarithmic, and rational functions. Students work with complex numbers and explore real-world applications of algebraic models.

Students explore polynomial, exponential, logarithmic, and trigonometric functions while developing skills in analytic geometry and sequences. This course bridges Algebra II and Calculus.

These introductory courses cover limits, derivatives, integrals, and the fundamentals of differential and integral calculus. Students apply concepts to problems in motion, optimization, and area.

This multivariable calculus course introduces functions of several variables, partial derivatives, multiple integrals, and vector calculus. Students gain tools to analyze 3D motion and spatial models.

Students explore data collection, representation, probability theory, and statistical inference. The course emphasizes real-world analysis and critical thinking with quantitative information.

An integrative and contextual approach to calculus, this course connects theory with real-world problems, focusing on applications in science, economics, and social systems. Ideal for interdisciplinary learners.

This course introduces matrices, vector spaces, linear transformations, and systems of equations, building analytical tools for computer science, physics, and engineering applications.

Real Analysis I provides a rigorous foundation in the real number system, sequences, limits, and continuity. Students develop proof-writing skills and mathematical precision.

A continuation of Real Analysis I, this course explores differentiability, integration, and convergence in deeper detail, preparing students for higher-level theoretical math studies.

This advanced course extends calculus to multiple dimensions, covering partial derivatives, gradients, optimization, and multiple integrals, with a focus on spatial reasoning and application.

Students explore permutations, combinations, pigeonhole principle, inclusion-exclusion, and graph theory in this introductory course, building foundational tools for discrete math and theoretical computer science.

This course focuses on vector fields, line integrals, surface integrals, and theorems like Green’s, Stokes’, and Divergence. It supports students pursuing physics, engineering, or advanced mathematics.

A joyful introduction to language and storytelling, English K nurtures early literacy through phonics, read-alouds, and writing exploration. Students develop foundational reading and communication skills in a play-based, engaging environment.

English 1 helps young readers build fluency, expand vocabulary, and explore foundational grammar through thematic literature and writing activities. Students begin to express ideas through simple narratives and observations.

In this course, students strengthen reading comprehension, sentence writing, and storytelling through rich texts and engaging discussions. They learn to draw meaning from literature and build confidence in self-expression.

Students develop greater independence in reading and writing, exploring character, plot, and purpose in increasingly complex texts. This course emphasizes vocabulary growth, grammar skills, and written response.

English 4 introduces students to multi-paragraph writing, text-based analysis, and critical thinking. Through fiction, nonfiction, and poetry, learners sharpen their reading comprehension and expressive writing.

This course deepens students’ understanding of literary structure, figurative language, and persuasive writing. Students analyze texts more critically and learn to support their opinions with evidence.

English 6 transitions learners into middle school English, focusing on reading comprehension, literary analysis, grammar, and structured writing. Students explore diverse genres while developing narrative and expository skills.

This course challenges students to engage with more complex texts, analyze author’s purpose, and refine their writing across genres. Students write arguments, literary essays, and personal reflections with increasing sophistication.

English 8 bridges middle and high school by introducing literary critique, research writing, and nuanced textual interpretation. Students examine theme, tone, and perspective while developing clarity and voice in writing.

In English 9, students explore classical and contemporary works, build literary vocabulary, and master academic writing. Emphasis is placed on argumentation, textual evidence, and interpretation of theme and style.

English 10 expands students’ global perspective through literature from different cultures and time periods. Focused writing practice emphasizes thesis development, literary analysis, and persuasive technique.

English 11 emphasizes advanced composition skills through the study of American literature. Students write research essays, explore rhetorical strategies, and engage in discourse about identity, history, and culture.

Students examine classic British literature and develop college-ready writing skills. Themes of power, morality, and society are explored through reading, discussion, and structured analytical writing.

This course introduces the fundamentals of journalistic writing, ethics, and media literacy. Students practice reporting, interviewing, and producing news stories with clarity, accuracy, and responsibility.

Students explore poetry, fiction, and personal narrative while building voice and storytelling technique. The course supports creative risk-taking and the refinement of craft through workshops and peer feedback.

This course invites students to read, write, and analyze poetry across cultures and eras. Students explore form, rhythm, metaphor, and meaning while crafting their own poetic works.

Students build essential academic writing skills, focusing on clarity, structure, argumentation, and research. This course prepares learners for success across disciplines by strengthening critical reading and coherent expression.

This course explores myths from around the world, examining themes of heroism, creation, and morality. Students connect mythological stories to cultural traditions, symbolism, and modern narratives.

Students engage with foundational and contemporary texts in American literature, examining themes of identity, freedom, and justice. The course emphasizes close reading, historical context, and thoughtful literary response.

In this global survey, students read works from diverse cultures, time periods, and perspectives. Discussions focus on cultural identity, human rights, and literary style, encouraging global understanding and empathy.

This course explores modern fiction, nonfiction, and drama that reflect today’s social, political, and cultural dynamics. Students critically examine voice, perspective, and contemporary themes.

Students learn to craft and deliver speeches for a range of purposes and audiences. Focus areas include clarity, persuasion, body language, and confidence in verbal expression.

This college-level writing course prepares students for advanced academic writing across disciplines. Emphasis is placed on critical thinking, research methodology, revision, and clarity of expression.

An engaging introduction to the natural world, Science K encourages curiosity through hands-on exploration, basic observation, and inquiry. Students learn about plants, animals, weather, and simple experiments in a play-based environment.

Science 1 builds on early curiosity by exploring light, sound, life cycles, and Earth's features. Students observe, record, and discuss their findings, developing foundational scientific skills.

This course introduces students to ecosystems, motion, matter, and weather patterns. Students investigate how the natural world works through inquiry, experimentation, and observation.

Students explore forces, habitats, the solar system, and water cycles. Through interactive lessons and models, learners deepen their understanding of scientific phenomena and develop data-gathering skills.

Science 4 introduces students to energy transfer, geology, life science, and ecosystems. Hands-on activities and virtual labs support a growing understanding of systems and processes.

Students examine physical and chemical changes, earth systems, and biological classification. The course integrates scientific practices and critical thinking with real-world applications.

Students explore Earth, space, and physical science topics with an emphasis on observation, analysis, and experimentation. The course fosters curiosity and scientific habits of mind.

Science 7 focuses on life science, including cells, genetics, and evolution. Students engage in labs and investigations to develop deeper understanding and evidence-based reasoning.

This course covers chemistry, physics, and energy systems. Students build lab, measurement, and data analysis skills while exploring real-world scientific applications.

This comprehensive course explores organisms, cells, genetics, and ecosystems. Students investigate life processes and biological organization through labs, projects, and simulations.

Students learn about Earth’s structure, weather systems, rocks and minerals, and natural disasters. Inquiry-based labs and real-world applications help students connect science to everyday life.

Covering matter, energy, motion, and simple machines, this course prepares students for high school science by developing lab skills, conceptual understanding, and scientific reasoning.

An introduction to the science of life, this course covers cell biology, genetics, evolution, ecology, and anatomy. Students engage in labs, model-building, and critical analysis of biological systems.

Chemistry explores matter, atomic structure, bonding, and chemical reactions. Students investigate through labs and calculations, developing scientific reasoning and problem-solving skills.

Students learn foundational physics concepts including motion, energy, waves, and electricity. Emphasis is placed on conceptual understanding, mathematical applications, and experimental design.

This course explores Earth's structure, geologic history, plate tectonics, and environmental systems. Interactive resources and investigations help students understand Earth's dynamic processes.

Students explore the universe, from planets and stars to galaxies and cosmology. The course incorporates celestial mechanics, light, and observational tools to study space.

This course examines human impact on the environment, ecological principles, and sustainability. Students explore real-world environmental challenges through data analysis and case studies.

A focused study of inheritance, DNA, and molecular genetics, this course delves into topics like gene expression, mutation, and biotechnology, fostering scientific inquiry and ethical reasoning.

This advanced chemistry course explores carbon-based compounds, reaction mechanisms, and molecular structure. Ideal for pre-med or science-focused students seeking a rigorous foundation.

Physical Chemistry bridges chemistry and physics to study thermodynamics, kinetics, and quantum behavior in chemical systems. Emphasis is on mathematical models and theory.

Students learn about heat, energy transfer, entropy, and the laws of thermodynamics. This course blends conceptual understanding with real-world applications in engineering and science.

An introduction to the fundamental principles of quantum theory, this course examines wave functions, probability, and atomic structure. Emphasis is placed on mathematical formalism and interpretation.

This advanced physics course investigates crystal structures, band theory, and semiconductors. It’s designed for students interested in materials science, electronics, or condensed matter physics.

This rigorous course explores the intersection of quantum mechanics and special relativity, studying particle interactions and field dynamics through advanced mathematics and theoretical models.

Focusing on DNA, RNA, protein synthesis, and regulation, students learn the molecular foundations of life. The course includes current research topics and bioethical considerations.

Students examine Earth’s structure, mineral composition, plate tectonics, and geologic time. Labs and simulations deepen understanding of earth processes and landscape formation.

This course investigates weather systems, climate patterns, and atmospheric dynamics. Students explore the impact of atmospheric changes on the environment and society.

An interdisciplinary course linking biology and chemistry, Biochemistry covers biomolecules, metabolism, and enzymatic function with an emphasis on molecular interactions.

Students explore ocean ecosystems, currents, marine geology, and ocean-atmosphere interactions. The course emphasizes environmental concerns and scientific exploration.

Students explore human body systems, structure, and function through interactive labs and simulations. This course supports careers in health and biomedical sciences.

Students study disease spread, health statistics, and public health systems. Topics include outbreaks, data interpretation, and global health trends.

This course introduces the application of science in criminal investigations, covering DNA, toxicology, ballistics, and evidence analysis.

An advanced study of chemical analysis techniques, instrumentation, and applications. Students explore spectroscopy, titration, and qualitative methods.

This course introduces the structure and function of the nervous system. Topics include neural communication, brain regions, and sensory processing.

A deep dive into classical mechanics and special relativity, students study motion, force, time dilation, and relativistic energy with rigorous mathematical frameworks.

Students explore electric fields, circuits, magnetism, and Maxwell’s equations. This course emphasizes conceptual and mathematical understanding.

A focused study of condensed matter physics and quantum phenomena. Topics include quantization, topological phases, and the physics of low-temperature systems.

This course explores Einstein’s theories and the large-scale structure of the universe. Topics include black holes, time dilation, and the Big Bang.

An introduction to string theory and its implications for unifying forces. Topics include supersymmetry, extra dimensions, and quantum gravity.

Students explore theoretical frameworks that extend the Standard Model. Topics include superpartners, symmetry breaking, and quantum fields.

This course explores fundamental particles and interactions using quantum field theory. Students study the Standard Model, Feynman diagrams, and experimental methods.

Advanced mathematical physics course covering gauge symmetries, field interactions, and soliton solutions in quantum systems.

Students explore molecular motion, gas laws, and thermodynamic behavior using statistical models. Applications include astrophysics and fluid dynamics.

This course examines probability, entropy, phase transitions, and statistical ensembles, linking microscopic behavior to macroscopic systems.

Students study microorganisms, their physiology, and roles in ecosystems and human health. Topics include immunology, virology, and disease mechanisms.

An introduction to plant biology, including taxonomy, photosynthesis, reproduction, and ecological roles. The course emphasizes observation and experimentation.

Students explore plant structures and functions, from cellular organization to vascular systems. Topics include nutrient transport, reproduction, and adaptation.

This quantitative ecology course examines population dynamics, ecosystems, and conservation. Students model ecological systems using data and equations.

Students study the genetic and developmental basis of evolution, including gene regulation, morphology, and evolutionary innovation.

This course explores the use of algorithms, models, and data science in understanding biological systems, genomes, and evolution.

An introduction to early human civilizations, including Mesopotamia, Egypt, India, China, and foundational cultures through the classical period.

Covers global history from the fall of classical civilizations through the Middle Ages, Renaissance, and early modern world.

Focuses on global events from the Enlightenment to the modern era, including revolutions, industrialization, and world conflicts.

Surveys American history from early Indigenous cultures through colonization and the formation of the United States.

Continues with U.S. development through westward expansion, the Civil War, and Reconstruction.

Covers 20th-century U.S. history, including both World Wars, the Civil Rights Movement, and contemporary America.

Introduces students to geography, early societies, and the foundations of government and economics.

Examines global cultures, economics, government systems, and human-environment interaction.

Focuses on U.S. history and civics, emphasizing key events, founding documents, and the structure of government.

A global overview of civilizations, cultural exchange, conflicts, and transformations from prehistory to the present.

Explores U.S. development from colonization to modern times, including political, social, and economic trends.

Introduces microeconomics and macroeconomics concepts, including markets, supply and demand, and fiscal policy.