High School Program Overview

English

Our high school English program is designed to prepare students for college and career success by refining their reading, writing, speaking, and analytical skills. Building upon the foundations established in middle school, students engage with complex, content-rich texts across literary and informational genres, fostering critical thinking and deeper comprehension.

With a focus on college-level reading and writing expectations, students practice close reading, textual analysis, and evidence-based argumentation. They develop research skills, synthesize ideas across multiple sources, and engage in meaningful discussions that encourage independent thought.

Writing instruction is integrated with vocabulary development and advanced grammar application, ensuring students can communicate effectively across disciplines. Through self-reflection and revision-based assignments, students refine their composition skills in narrative, argumentative, and analytical writing.

Additionally, the program emphasizes digital literacy, media analysis, and real-world applications, equipping students with the communication and reasoning skills necessary for success in higher education and beyond.

Math

Our high school mathematics program provides rigorous, adaptive instruction designed to develop problem-solving skills and real-world mathematical application. High school mathematics ensure that students master fundamental concepts, procedural fluency, and analytical reasoning while preparing for college and career pathways.

Students engage in an inquiry-based learning process, where they explore mathematical concepts, justify their reasoning, and apply critical thinking to solve problems. Lessons emphasize conceptual understanding, procedural skills, and strategic problem-solving.

For students seeking an alternative approach, we offer ALEKS, an adaptive, AI-driven program that customizes instruction based on individual strengths and areas for improvement. This platform allows students to progress at their own pace with a teacher while ensuring they master essential skills before advancing.

By combining live instruction, technology-driven support, and real-world applications, our program fosters mathematical confidence, logical reasoning, and the ability to apply math in diverse contexts.

Social Studies

The high school Social Studies program fosters critical thinking, historical analysis, and civic literacy, preparing students to navigate an increasingly complex world. Through an inquiry-based approach, students engage with primary and secondary sources, evaluate multiple perspectives, and develop evidence-based arguments.

The curriculum is designed to guide students through an arc of inquiry, analysis, application, and reflection. Document-based investigations challenge students to interpret historical sources, recognize cause-and-effect relationships, and support their arguments with textual evidence in writing-based performance tasks.

Students strengthen their research, communication, and civic engagement skills through collaborative discussions. Graduates of the program are well-prepared to understand historical and contemporary issues, think critically about global challenges, and actively participate as socially responsible individuals in their communities and beyond.

Science

The high school Science program emphasizes scientific inquiry and real-world application. Designed to develop critical thinking and problem-solving skills, the curriculum encourages students to ask questions, analyze data, and apply scientific concepts to the world around them.

Students engage in phenomena-based learning, exploring real-world scientific events and discrepant phenomena to develop explanations based on claims, evidence, and reasoning. Immersive virtual simulations allow students to conduct complex experiments in a risk-free environment, manipulate variables, and visualize molecular interactions that would be difficult to replicate in a traditional lab setting. These simulations enhance conceptual understanding while reinforcing real-world applications of scientific theories.

The program builds progressively, scaffolding analytical skills, data interpretation, and experimentation to ensure students are equipped to think critically, solve complex problems, and foster a lifelong curiosity about science and its impact on society.