Curriculum

Algebra 1 is a comprehensive, yearlong course that lays the foundational concepts for all future mathematics courses. It covers ten units including the foundations of algebra, linear equations, functions, polynomials, and more complex topics like exponential functions, as well as sequences and series. Students will learn to apply algebra to real-world situations, translating them into algebraic expressions and solving various equations and inequalities. The course emphasizes practical applications and in-depth understanding of algebraic principles, such as graphing linear and quadratic equations, working with functions, and exploring the properties of polynomials and rational expressions.

Algebra 2 is designed to deepen understanding and proficiency in a range of algebraic concepts, meeting the rigorous requirements of the Common Core State Standards (CCSS). As students embark on this mathematical journey, they will explore complex numbers, quadratic functions, polynomial expressions, and beyond, ensuring a comprehensive grasp of Algebra 2 principles. The course not only emphasizes the mastery of skills but also the application of these skills in solving real-world problems. From crafting and solving equations in various forms to interpreting complex number operations, the course provides a robust foundation in high-level algebra.

Embark on a geometric journey that unveils the beauty and precision of spatial reasoning with our comprehensive Geometry course. From the foundational principles of Euclidean geometry to the intricacies of trigonometric relationships and solid figures, this course equips students with the tools and techniques necessary to explore and analyze the world of shapes and spatial structures.

Pre-Calculus is an advanced mathematics course that prepares students for calculus, offering a comprehensive investigation of key concepts and applications. The course encompasses ten units, covering a wide range of topics such as equations and inequalities, functions, conic sections, trigonometric functions, and matrices. Students will delve into complex areas including the trigonometry of general triangles, vectors, probability, sequences and series, and advanced topics with real-world applications.

Students enrolled in Probability and Statistics build a strong foundation in calculating probabilities and evaluating statistics. The Probability and Statistics curriculum is designed to cover a half year of instruction but can be completed at each student’s own pace. Students enrolled in the course explore the representation of statistical data, work with scatter plots, and analyze statistical data using properties and theorems, and more.

Technology has made an impact on nearly all facets of our lives, and it will continue to make an impact on yours as you make your way into college and career. In this course, you are going to pull back the veil on what goes into some of the technology we use every day. You will investigate computer hardware and software and learn what goes into building a computer while exploring programs and applications, you’ll study the history of the internet and how to use its capabilities even more effectively, and you’ll also dive deep into email and some of today’s most powerful processing tools. Get ready to really know the technology you have at your fingertips so you can continue to make it work for you!

In this course students can pursue their passion by learning about the principles of game design through the stages of development, iterative process, critiques, and game development tools. Students can put these new skills to work by designing their own game. The advanced gaming course, course allows students to use their creativity to develop a game from start to finish! They can develop their game creation skills and practice with the tools professionals use to launch their career options in the field of game design. In addition, the content of this course also applies to certification exams.

This course prepares students to demonstrate expertise in Adobe’s Photoshop software and prepares them to obtain the Adobe Certified Professional Certification for Photoshop. Students will learn through engaging and interactive content, projects, and practice exam items aligned to the learning objectives outlined by Adobe’s exam specifications. Students will leave this course with career-ready, real-time skills in one of the most popular software programs in the world!

This course introduces students to the world of Adobe Premiere Pro. Students will get an insight into the video design and production industry. Over 7 modules, students will progress from absolute basics like navigation to performing complex tasks like editing videos, applying filters and effects, and even creating original artwork. The course contains guided tutorials, engaging projects, and great resources that will help students practice and learn how to work in Premiere Pro. This course also prepares students for the Adobe Certified Professional (ACP) Certification Exam on Premiere Pro

In the Cybersecurity course, students will learn about the practice of protecting networks, systems, and programs from digital attacks. They will better understand the aim of these attacks, such as destroying information, extorting money and resources, or disrupting business operations. They will learn about the challenges and opportunities that implementing cybersecurity measures can present. As attackers become more innovative, it is more important than ever to have effective cybersecurity channels in place to counter them. Students will learn about countermeasures and role recovery and their integral function in the cybersecurity realm. Additionally, students will learn what makes certain networks and systems more vulnerable to attacks. They will become adept at identifying potential viruses, worms, threats, and malware. The Cybersecurity course acts as a foundation on which to build extensive knowledge about threats to digital security.

American Sign Language (ASL) is the third most commonly used language in North America. This course focuses on learning introductory vocabulary and simple sentences so that students can start communicating right away. Importantly, explore Deaf culture – social beliefs, traditions, history, values, and communities influenced by deafness.

The predominant sign language of Deaf communities in the United States, American Sign Language, is complex and robust. In this course, students will discover more of this language and its grammatical structures through expanding their vocabulary by acquiring hundreds of new signs. Additionally, students explore interesting topics like Deaf education and Deaf arts and culture and learn about careers where they can use ASL skills.

As you dive into more advanced ASL signing, including unique grammar features and advanced classifiers and locatives, you’ll learn, compose, and present your new-found vocabulary and narratives by immersing yourself in Deaf culture and community. From opinions, slang, and idioms, to using technology and media that offers authentic Deaf perspectives. Explore how travel, cultural differences, and geography affect sign language. And gain a better understanding of Deaf culture by learning important events and examining topics such as education, science, and literature.

In German I, students are introduced to the basic and fundamental skills necessary for expressing common ideas in the German language. They learn to state daily activities and how to have an introductory conversation. These concepts build in theme and scope, allowing students to explore topics including daily activities, travel, needs, desires, and preferences in typical and increasingly complex situations. The course provides a realistic context in which students can practice their newly acquired skills. German I also provides a considerably thorough study of grammatical skills, ranging from the most basic sentences to engaging and creative structures dealing with more interesting situations.

German II provides students with a comprehensive introduction to nouns and verbs and previously learned concepts. Students examine the case systems extensively, and focus on verbs throughout this course. They learn different types of verbs and their conjugations in different grammatical tenses such as present, future, past simple, and present perfect. Students practice one of the most challenging aspects of German grammar — verbs with accusative, dative, and genitive prepositions — thoroughly. Students learn a large number of new vocabulary words and idioms to assist in their continual development of language.

Spanish 1 provides students with a fun and engaging way to build their foundation of the Spanish language. Students will start with basic vocabulary and work up to verb conjugations, parts of speech, and conversational skills. Lessons are structured to be interactive and provide students with many visual and auditory ways of practicing the language.

Spanish 2 builds on students’ knowledge to help further mastery of the language. Students will explore more complex parts of speech such as feminine and masculine nouns and homophones. This course also expands on verbs and verb tenses, such as infinitive verbs and irregular verbs. In addition, students will learn and practice their conversational and functional Spanish by exploring concepts such as passing of time and descriptions of locations, as well as writing reports and invitations. To tie everything together, students will be immersed in culturally relevant literature and holidays.

In Spanish 3, students will acquire a more extensive topical vocabulary while gaining a higher understanding of complex grammatical structures, verb applications, and idiomatic expressions. Students will increase their reading and listening comprehension as well as their fluency in speaking and writing in Spanish. Students will describe, analyze, summarize, and explain ideas verbally and through writing, using the Spanish language.

This course is designed to provide students with a comprehensive understanding of Earth and space systems, exploring topics ranging from geological processes to celestial mechanics. Utilizing the Next Generation Science Standards (NGSS), students will engage in hands-on activities, scientific inquiry, and critical thinking to deepen their understanding of the natural world and humanity’s place within it.

The high school Biology course offers an exploration of life sciences, beginning with an introduction to biology and scientific methodologies, followed by in-depth studies of cell biology, genetics, and heredity. Students will learn about evolutionary biology and natural selection, gaining an understanding of the mechanisms that drive life’s diversity and complexity. The course also covers ecology, where students learn about ecosystems, biodiversity, and human impacts on the environment. Human biology and physiology are explored, providing insights into body systems and their functions. The course includes studies of biochemistry, plant biology, microbiology, and the interconnectedness of Earth’s systems with biology

The high school Chemistry course offers an in-depth study of chemical principles, starting with an introduction to chemistry, atomic structure, and periodic trends. Students explore chemical bonding, along with molecular geometry and polarity. The course delves into chemical reactions, stoichiometry, thermochemistry, and the laws governing chemical processes, equipping students with an understanding of chemical interactions and reactions. Advanced topics such as gas laws, solutions, solubility, electrochemistry, and organic chemistry are covered, providing insights into both theoretical and practical aspects of chemistry.

The Environmental Science course offers a comprehensive look at the planet’s ecosystems, biodiversity, and the human impact on the environment. Students will cover the fundamentals of ecology, the importance of biodiversity, and the challenges facing natural resources, including water, soil, and mineral conservation. The course covers atmospheric science, emphasizing climate change, greenhouse effects, and strategies for mitigation and adaptation. Additional units focus on the hydrosphere and geosphere, exploring water and land pollution, waste management, and the importance of recycling.

The Anatomy and Physiology course allows students to discover the fascinating dynamics of the human body. Students begin by exploring the history of anatomy, essential anatomical terminology, and the hierarchical organization of the human body. Next, students are introduced to basic biochemistry and cellular processes, which includes a virtual tour of the cell. Students also investigate the structure, function, hierarchy, and diseases associated with each organ system. Completion of one full year of high school Biology is required in order to understand the numerous biological concepts presented in this course

This captivating physics course offers a comprehensive exploration of the forces, energy, waves, electromagnetism, and engineering design that shape our physical world. Through engaging lessons and interactive activities, students will delve into Newton’s laws, electromagnetic forces, energy transformation, wave properties, nuclear processes, stability, and the art of engineering design. They will gain a deep understanding of fundamental concepts, such as forces and motion, electric and magnetic fields, conservation of energy, reflection and refraction of light, and the principles of sustainability.

This course is designed to provide students with a comprehensive understanding of Earth and space systems, exploring topics ranging from geological processes to celestial mechanics. Utilizing the Next Generation Science Standards (NGSS), students will engage in hands-on activities, scientific inquiry, and critical thinking to deepen their understanding of the natural world and humanity’s place within it.

The world of law enforcement is increasingly making use of the techniques and knowledge from the sciences to better understand the crimes that are committed and to catch those individuals responsible for the crimes. Forensic science applies scientific knowledge to the criminal justice system. This course focuses on some of the techniques and practices used by forensic scientists during a crime scene investigation (CSI). Starting with how clues and data are recorded and preserved, the student will follow evidence trails until the CSI goes to trial, examining how various elements of the crime scene are analyzed and processed. The advanced forensic science course focuses on the analysis of evidence and testing that takes place within this setting. We will examine some of the basic scientific principles and knowledge that guides forensic laboratory processes, such as those testing DNA, toxicology, and material analysis. Techniques such as microscopy, chromatography, odontology, entomology, mineralogy, and spectroscopy will be examined.