This course builds a foundation of basic Algebra skills that can be built upon in more advanced Math courses. Topics in this course include: Algebraic concepts; real number system using algebraic, graphical, numerical, and verbal representations; rational, irrational, and radical expressions; polynomials; inequalities; relations; functions; factoring; slope; systems of equations; linear, quadratic, radical, literal, exponential, logarithmic, and absolute value equations; box plots; measures of central tendency; data; basic probability and statistics.

This course builds a foundation of basic Algebra skills that can be built upon in more advanced Math courses. Topics in this course include: advanced algebra topics; complex numbers; matrices; geometric series; polynomials; rational expressions; systems of equations and inequalities; literal, radical, and quadratic equations; conic sections; piecewise, logarithmic, and exponential functions; graphing; probability and statistics topics.

This course is designed to emphasize the study of the properties and applications of common geometric figures in two and three dimensions. Topics covered in this course include: Plane and solid geometry; transformations; similarity; congruence; theorems; constructions; right triangle trigonometry; the Pythagorean theorem; circles; angle relationships; lines including parallel and perpendicular; area; perimeter, and volume of shapes/figures; properties of polygons; cross sections; geometric modeling and probabilities.

This course builds a foundation of Algebra course. Topics in this course include: developing fluency with the Laws of Exponents with numerical and algebraic expressions; extending arithmetic operations with algebraic expressions to include rational and polynomial expressions; solving one-variable exponential, logarithmic, radical and rational equations and interpreting the viability of solutions in real-world contexts; modeling with and applying linear, quadratic, absolute value, exponential, logarithmic and piecewise functions and systems of linear equations and inequalities; and extending knowledge of functions to include inverse and composition.

This course builds a foundation of basic Algebra skills that can be built upon in more advanced Math courses. Topics in this course include: rational exponents; properties of exponents; expressions; sequences; relations; functions; linear, quadratic, radical, literal, exponential, and absolute value equations; line of best fit, two-way frequency table, weighted average, budget, simple and compound interests, and insurance.

This course builds a foundation of College Statistics course. Topics in this course include: analyzing and applying linear and exponential functions within the context of statistics; extending understanding of probability using data and various representations, including two-way tables and Venn Diagrams; representing and interpreting univariate and bivariate categorical and numerical data and determining the appropriateness of different types of statistical studies.

This course has the probability and statistics skills that can be built upon in more advanced Math courses. Topics in this course include: Sample space and operations; probability of independent and dependent events; conditional probability; addition rule in probability; probability with permutations and combinations; valid claims; fair games; expected value; sample surveys, experiments, and observational studies; confidence interval for population mean; comparing two treatments of a randomized experiment; evaluate reports based on data; box and whisker plots; measures of central tendency; percentiles and quartiles; standard deviation and variance; interpreting and comparing data distributions; normal distribution; constructing and interpreting two-way frequency tables; fitting of a curve; interpreting rate of change and linear functions; linear regression; correlation and causation; constructing probability distributions; making decisions with expected values; and making decisions using probability.

This course focuses on the understanding of polynomials and rational expressions, creating and solving equations, and reasoning with equations and inequalities. Students will also build various functions, interpret them using key features, and compare properties of two functions. Emphasis will be placed on constructing linear, quadratic, and exponential models. This course emphasizes the study of circles, construction of inscribed and circumscribed circles of a triangle, transformations, similarity and congruence, and proving theorems. Volume and surface area, cross sections, parallel and perpendicular lines, area and perimeter, and modeling with geometry are also emphasized. In addition, students will also work on trigonometric ratios, similarity, and application of right triangles. Emphasis will be placed on real number system and interpreting categorical and quantitative data.

This is an advanced course incorporating real-world applications, collaboration, and calculations using technology.

This course builds a foundation of basic Algebra skills that can be built upon in more advanced Math courses. Topics in this course include: Algebraic concepts; real number system using algebraic, graphical, numerical, and verbal representations; expressions; inequalities; relations; functions; factoring; perimeter; area; volume; circumference; distance; midpoint; slope; systems of equations; linear, quadratic, radical, literal, and absolute value equations; basic probability and statistics.

This course deals with relationships involving lengths and angles of triangles that can be built upon in more advanced Math courses. Topics in this course include: Right triangles; trigonometric functions; trigonometric identities; radian; area using trigonometry; periodicity; unit circle.

This course is designed to emphasize the study of the properties and applications of common geometric figures in two and three dimensions. Topics covered in this course include: Plane and solid geometry; theorems; lines, including parallel and perpendicular; properties of polygons; constructions; area; perimeter, and volume of shapes/figures; circles; angle relationships; right-triangle trigonometry; congruence; similarity; study of axiomatic systems; and the Pythagorean theorem.

This course is designed to build the concepts studied in precalculus. The study of calculus on the high school level includes a study of limits, derivatives, implicit differentiation, integration, concavity and monotonicity, linear programming optimization; maxima and minima; definite integrals; area under a curve and between curves; and applications of derivatives and integrals.

Pre-Calculus course combines the study of trigonometry, elementary functions, analytical geometry, and math analysis as preparation for calculus. Students will delve in to the concepts of the arithmetic with polynomials and rational expressions and calculus. In addition, students will build functions, understand trigonometric functions, similarity, right triangles, trigonometry, and express geometric properties with equations. Students will also learn the complex number system and vector and matrix quantities.

This course introduces students to the mathematics of networks, social choice, and decision making. The course extends students' application of matrix arithmetic and probability. Applications and modeling are central to this course of study.

This course focuses on the understanding interpreting parts of expression, rearranging equations or formulas, and arithmetic operations on polynomials. Students will also form, write parallel, perpendicular equations and solve them. Emphasis will be placed on linear, quadratic, exponential, and absolute equations, solving linear inequalities and system of equations or inequalities. This course emphasizes representing data using different charts or plots, interpreting data distributions, correlation and causation, line of best fit, and two-way table. In addition, students will also work on types of functions, comparing two functions, and effect of transformations on functions. Emphasis will be placed on simple and compound interests, properties of exponents, rational exponents, and operations on radicals.

This course focuses on the understanding interpreting parts of expression and rearranging equations or formulas. Students will also form, write parallel, perpendicular equations and solve them. Emphasis will be placed on linear and absolute equations, solving linear inequalities and system of equations or inequalities. This course emphasizes correlation and causation and line of best fit. In addition, students will also work on types of functions, comparing two functions, and effect of transformations on functions. Emphasis will be placed on simple and compound interests.

This course focuses on the understanding interpreting parts of expression, rearranging equations or formulas, and arithmetic operations on polynomials. Students will also form quadratic and exponential equations and solve them. This course emphasizes representing data using different charts or plots, interpreting data distributions, and two-way table. In addition, students will also work on types of functions, interpreting average rate, and effect of transformations on functions. Emphasis will be placed on simple and compound interests, properties of exponents, rational exponents, and operations on radicals.

This course focuses on the understanding of transformations, cross sections, area of two-dimensional figures, and applications of right triangles. Students will also draw polygons in the coordinate plane, prove theorems about triangles, and proofs by contradiction. Emphasis will be placed on conditional statements. This course emphasizes the study of validity of arguments, and trigonometric ratios. In addition, students will also work on laws of sines and cosines, parallel lines cut by a transversal and angle relationship, and properties of parallelogram. Emphasis will be placed on graphing circles and interpreting key features and equation of circle.

This freshman year course is designed to help students develop grammar mechanics, reading, writing, and comprehension skills. Students will have the opportunity to learn across the curriculum as key vocabulary words in this course contain words relevant to Science, Mathematics, Social Studies, and Arts. In addition, students will read texts of various literary genres: poetry, novel, drama, and non-fiction. By this, the students will be able to analyze texts across genres. Emphasis will also be given to the research process, source collection, and the different types of writing: narrative, argumentative, and expository.

The sophomore course, English II, reinforces the skills learned in English I and previous Language Arts courses. Students will also be able to make connections within texts, identify fallacies, and write narrative, argumentative, and expository essays. In addition, students will read texts of various literary genres: poetry, novel, drama, and non-fiction. English II contains the instructions and strategies required in writing research papers. This also includes instruction on proper style formatting following the Modern Language Association and Chicago Manual of Style.

This junior-year English course reinforces the skills learned in English I, English II, and previous Language Arts courses. Students will be able to identify text structure and make inferences about how author’s lives and historical events impact literature. This course also includes the instruction and strategies necessary for writing argumentative essays, writing research papers, properly citing sources, preparing oral presentations, and proper use of reference materials. Additionally, students will demonstrate their ability to use euphemisms, oxymorons, and other literary elements.

This is an advanced, senior level course in English designed to provide students the special attention to the analysis of literature and learning different essay formats. In the analysis of literature, students will understand the recurrent themes prevalent in literature and multiple themes that lead to richness in a text. In addition, students will read and analyze the renown themes in US documents and understand how organizational strategies help understand texts better. In grammar and conventions, emphasis will be given on the use of modifiers, sentence structure, and how punctuation marks like parentheses help in clarity.

This freshman-year course is designed to help students develop grammar mechanics, reading, writing, and comprehension skills. Students will have the opportunity to learn across the curriculum as key vocabulary words in this course contain words relevant to Science, Mathematics, Social Studies, and Arts. In addition, students will read texts of various literary genres: poetry, novel, drama, and non-fiction. By this, the students will be able to analyze texts across genres. Emphasis will also be given to the research process, source collection, and the different types of writing: narrative, argumentative, and expository.

English II Honors reinforces the skills learned in English I and previous Language Arts courses. Students will also be able to make connections within texts, identify fallacies, and write narrative, argumentative, and expository essays. In addition, students will read texts of various literary genres: poetry, novel, drama, and non-fiction. English II contains the instructions and strategies required in writing research papers. This also includes instruction on proper style formatting following the Modern Language Association and Chicago Manual of Style.

This junior-year English course reinforces the skills learned in English I, English II, and previous Language Arts courses. Students will be able to identify text structure and make inferences about how author’s lives and historical events impact literature. This course also includes the instruction and strategies necessary for writing argumentative essays, writing research papers, properly citing sources, preparing oral presentations, and proper use of reference materials. Additionally, students will demonstrate their ability to use euphemisms, oxymorons, and other literary elements.

This is an advanced, senior-level course in English designed to provide students the special attention to the analysis of literature and learning different essay formats. In the analysis of literature, students will understand the recurrent themes prevalent in literature and multiple themes that lead to richness in a text. In addition, students will read and analyze the renown themes in US documents and understand how organizational strategies help understand texts better. In grammar and conventions, emphasis will be given on the use of modifiers, sentence structure, and how punctuation marks like parentheses help in clarity.

This course is designed to help students recognize the relationship between public speaking and other forms of communication studies, discuss the significance of public speaking in western societies, prepare speeches that utilize sound principles of research and organization, demonstrate effective delivery skills in a variety of speaking situations, deliver speeches that demonstrate proper language.

The purpose of this course is to enable students to develop and use grade level 9-10 writing and language skills in a variety of writing formats for argumentative, informative, and narrative purposes to ensure preparation for college and career readiness.

This junior-year English course reinforces the skills learned in English I, English II, and previous Language Arts courses. Students will be able to identify text structure and make inferences about how author’s lives and historical events impact literature. This course also includes the instruction and strategies necessary for writing argumentative essays, writing research papers, properly citing sources, preparing oral presentations, and proper use of reference materials. Additionally, students will demonstrate their ability to use euphemisms, oxymorons, and other literary elements.

This is an advanced, senior-level course in English designed to provide students the special attention to the analysis of literature and learning different essay formats. In the analysis of literature, students will understand the recurrent themes prevalent in literature and multiple themes that lead to richness in a text. In addition, students will read and analyze the renown themes in US documents and understand how organizational strategies help understand texts better. In grammar and conventions, emphasis will be given on the use of modifiers, sentence structure, and how punctuation marks like parentheses help in clarity.

This freshman-year course is designed to help students develop grammar mechanics, reading, writing, and comprehension skills. Students will have the opportunity to learn across the curriculum as key vocabulary words in this course contain words relevant to Science, Mathematics, Social Studies, and Arts. In addition, students will read texts of various literary genres: poetry, novel, drama, and non-fiction. By this, the students will be able to analyze texts across genres. Emphasis will also be given to the research process, source collection, and the different types of writing: narrative, argumentative, and expository.

English II reinforces the skills learned in English I and previous Language Arts courses. Students will also be able to make connections within texts, identify fallacies, and write narrative, argumentative, and expository essays. In addition, students will read texts of various literary genres: poetry, novel, drama, and non-fiction. English II contains the instructions and strategies required in writing research papers. This also includes instruction on proper style formatting following the Modern Language Association and Chicago Manual of Style.

This junior-year English course reinforces the skills learned in English I, English II, and previous Language Arts courses. Students will be able to identify text structure and make inferences about how author’s lives and historical events impact literature. This course also includes the instruction and strategies necessary for writing argumentative essays, writing research papers, properly citing sources, preparing oral presentations, and proper use of reference materials. Additionally, students will demonstrate their ability to use euphemisms, oxymorons, and other literary elements.

This is an advanced, senior-level course in English designed to provide students the special attention to the analysis of literature and learning different essay formats. In the analysis of literature, students will understand the recurrent themes prevalent in literature and multiple themes that lead to richness in a text. In addition, students will read and analyze the renown themes in US documents and understand how organizational strategies help understand texts better. In grammar and conventions, emphasis will be given on the use of modifiers, sentence structure, and how punctuation marks like parentheses help in clarity.

English II reinforces the skills learned in English I and previous Language Arts courses. Students will also be able to make connections within texts, identify fallacies, and write narrative, argumentative, and expository essays. In addition, students will read texts of various literary genres: poetry, novel, drama, and non-fiction. English II contains the instructions and strategies required in writing research papers. This also includes instruction on proper style formatting following the Modern Language Association and Chicago Manual of Style.

This course is the comprehensive study of concepts and principles related to the field of Biology. Students will delve into the concepts such as earth systems and patterns, organization, development, diversity, and evolution of living organisms, heredity and reproduction, interdependence, matter, energy transformations, and promoting health and preventing diseases. Nutrient cycle, cells and cell cycles, microscopes, anatomy and physiology of organisms, immune system, classification of organisms, genetics, reproductive system, mitosis and meiosis, biodiversity, food web, biological polymers, photosynthesis and cellular respiration, factors affecting health. etc. In addition, laboratory investigations including scientific inquiry, research measurement, problem-solving and technologies, and corresponding procedures are integrated within the course. Students will then involve in different instructional practices such as listening, reading, speaking, writing, and emphasizing to communicate information from various complex texts along with respective evidence.

Chemistry is a laboratory science course including scientific inquiry, research measurement, problem-solving and technologies, and corresponding procedures are integrated within the course. The concepts that the students will learn include atomic theories, subatomic particles, periodic table, intermolecular forces, nomenclature of different compounds, chemical reactions, pH concept, energy, electromagnetic spectrum, chemical and nuclear reactions. In addition, gas laws, phase changes of water, reaction rate and kinetics of chemical reactions including scientific inquiry, research measurement, problem-solving and technologies, and corresponding procedures are integrated within the course. Students will also involve in different instructional practices such as listening, reading, speaking, writing, and emphasizing to communicate information from various complex texts along with respective evidence.

This course is the comprehensive study of concepts and principles related to the field of Physics. Topics in this course include: gravity and solar system, constellations, star patterns, and galaxies, etc., Students will also delve into the science inquiry-based learning which includes laboratory investigations including scientific inquiry, research measurement, modeling, problem-solving and technologies, and corresponding procedures are integrated within the course. In addition, they will involve themselves in understanding the atomic theories, forms of energy, change of energy in motion, work, energy, and power, heat transfer, ohm's law, conduction of electricity, waves, etc. Also, the students will focus on the Doppler effect in sound, kinematics, motion graphs, Newton's law of gravitation, conservation of linear momentum and collisions. In addition, laboratory investigations including scientific inquiry, research measurement, problem-solving and technologies, and corresponding procedures are integrated within the course. Students will then involve in different instructional practices such as listening, reading, speaking, writing, and emphasizing to communicate information from various complex texts along with respective evidence.

This course is the comprehensive study of concepts and principles related to the field of Environmental Science. Topics in this course include: renewable and non-renewable energy, carbon cycle, impact of environmental factors on population, impact of various factors on the ecosystem, effect of invasive species on ecosystem, biological succession, endangered organisms, nutrient cycle, water cycle, conservation of water, effects of pollution, environmental policies, and global climate patterns.

Physical Science is a laboratory science course that surveys the core ideas in the physical sciences, which are covered in chemistry and physics courses in detail. This course investigates concepts such as the conceptualization of matter and its interactions by studying the valence electrons and bonds, properties of acids and bases, in various chemical reactions. Students will also examine the motion and stability of objects experiencing forces and interactions. They analyze the motion graphs, kinematic equations, and conservation of linear momentum and collisions and evaluate series and parallel circuits. Also, they observe the change of energy in motion, and conservation of energy, and the propagation of waves in different media.

This course is the comprehensive study of the historical models of the solar system, the life cycle of stars, solar system and the influence of gravity on the solar system, and the Earth's rotation. They also explore the various surface features of Earth to understand the various phenomena of the Earth's systems, such as the rock cycle. In addition, they investigate the effects of mantle convection, geological processes, and various surface features. They also research on the nutrient cycle, earth's spheres, weather prediction, and forecasting, electromagnetic spectrum, waves, kinematics, newton's law of gravitation etc. Students will also delve into the science inquiry-based learning which includes laboratory investigations including scientific inquiry, research measurement, modeling, problem-solving and technologies, and corresponding procedures are integrated within the course.

This course is the comprehensive study of concepts and principles related to Integrated Science. Topics in this course include: Earth in space and time, earth structures, earth systems and patterns, organization and development of living organisms, diversity and evolution of living organisms, heredity and reproduction, interdependence, matter and energy transformations, matter, energy, science and inquiry practices, and acquiring scientific knowledge about the roles of theories, laws, hypothesis, and models. In addition concepts including scientific inquiry, research measurement, problem-solving and technologies, and corresponding mathematical procedures are integrated within the course. Students will then involve in different instructional practices such as listening, reading, speaking, writing, and emphasizing to communicate information from various complex texts along with respective evidence.

This course is the comprehensive study of concepts and principles related to the field of Human Anatomy and Physiology. Topics in this course include: Science: The Impact of Technology, Body as a Whole, Homeostasis, Biochemical Composition of Body, Factors Affecting Enzyme Action, Animal Tissues, Integumentary System, Disorders of Integumentary System, The Skeletal System, Bones, Disorders of Musculoskeletal System, The Muscle, Nervous System, Vertebrate Sensory Organs, Endocrine Glands, Endocrine Disorders, Digestion, Absorption, and Metabolism, Digestive System Disorders, Respiratory System, Disorders of the Respiratory System, Cardiovascular System, Immune System, Disorders of the Immune System, Urinary System, Disorders of Urinary System, Human Reproductive System, and Disorders of Reproductive System.

Botany is a laboratory based course applying basic biological principles to the study of plants. Students explore the topics morphological characteristics of each division and variation in their reproduction, physiology, taxonomy, evolution, and the interactions of human society and plants. Laboratory activities, research, the use of technology, and the effective communication of results through various methods are integral components of this course.

This course is the comprehensive study of concepts and principles related to the field of zoology. Topics in this course include: Bones, Nervous System, Respiratory System, Vertebrates Sensory Organs, Integumentary System, Classification of Organisms, Biological Evolution, Natural Selection, Gene Frequency and Mutation, Vertebrates and Invertebrates, Food web Analysis, Biological Polymers, Relationship between Photosynthesis and Cellular Respiration, Scientific Concepts, Experimental Design, Data Analysis, Drawing Inferences, Scientific Evidence, Communicating Experimental Results, and Science and its Methods.

This course focuses on the understanding of students about the interrelationships in the natural world and the effects of humans on these relationships. It allows the students to study the individuals, communities, ecosystems, and biomes. Students will demonstrate their knowledge of classification of organisms, symbiosis, energy flow in ecosystems, nutrient cycles, natural selection, and biodiversity. Embedded standards for Inquiry and Technology & Engineering are taught in the context of the content standards for ecology.

This course is the comprehensive study of concepts and principles related to the field of Biology. Students will delve into the concepts such as earth systems and patterns, organization, development, diversity, and evolution of living organisms, heredity and reproduction, interdependence, matter, energy transformations, and promoting health and preventing diseases. Nutrient cycle, cells and cell cycles, microscopes, anatomy and physiology of organisms, immune system, classification of organisms, genetics, reproductive system, mitosis and meiosis, biodiversity, food web, biological polymers, photosynthesis and cellular respiration, factors affecting health. etc. In addition, laboratory investigations including scientific inquiry, research measurement, problem-solving and technologies, and corresponding procedures are integrated within the course. Students will then involve in different instructional practices such as listening, reading, speaking, writing, and emphasizing to communicate information from various complex texts along with respective evidence.

Chemistry is a laboratory science course including scientific inquiry, research measurement, problem-solving and technologies, and corresponding procedures are integrated within the course. The concepts that the students will learn include atomic theories, subatomic particles, periodic table, intermolecular forces, nomenclature of different compounds, chemical reactions, pH concept, energy, electromagnetic spectrum, chemical and nuclear reactions. In addition, gas laws, phase changes of water, reaction rate and kinetics of chemical reactions are discussed in the course. Students will also involve in different instructional practices such as listening, reading, speaking, writing, and emphasizing to communicate information from various complex texts along with respective evidence.

This course is the comprehensive study of concepts and principles related to the field of Physics. Topics in this course include: gravity and solar system, constellations, star patterns, and galaxies, etc., Students will also delve into the science inquiry-based learning which includes laboratory investigations including scientific inquiry, research measurement, modeling, problem-solving and technologies, and corresponding procedures are integrated within the course. In addition, they will involve themselves in understanding the atomic theories, forms of energy, change of energy in motion, work, energy, and power, heat transfer, ohm's law, conduction of electricity, waves, etc. Also, the students will focus on the Doppler effect in sound, kinematics, motion graphs, Newton's law of gravitation, conservation of linear momentum and collisions. In addition, laboratory investigations including scientific inquiry, research measurement, problem-solving and technologies, and corresponding procedures are integrated within the course. Students will then involve in different instructional practices such as listening, reading, speaking, writing, and emphasizing to communicate information from various complex texts along with respective evidence.

This course is the comprehensive study of concepts and principles related to the field of Physical Science. Topics in this course include: Photosynthesis, Aerobic and Anaerobic Respiration, Properties of water, Students will also delve into the science inquiry-based learning which includes laboratory investigations including scientific inquiry, research measurement, modeling, problem-solving and technologies, and corresponding procedures are integrated within the course. In addition, they will involve themselves in understanding the patterns and trends in the organization of elements in the periodic table, nomenclature of various compounds, pH concept, chemical reactions, electromagnetic spectrum etc. Also, the students will focus on the Doppler effect in sound, kinematics, motion graphs, Newton's law of gravitation, gas laws, and factors affecting the reaction rate and laboratory investigations including scientific inquiry, research measurement, problem-solving and technologies, and corresponding procedures which are integrated within the course. Students will then involve in different instructional practices such as listening, reading, speaking, writing, and emphasizing to communicate information from various complex texts along with respective evidence.

This course is the comprehensive study of concepts and principles related to the field of Environmental Science. Topics in this course include: factors affecting health, natural selection, biotechnology, biological succession, human population and trends, symbiosis, biodiversity, food web, nutrient cycles, waste management and governance, renewable resources and their regeneration time, forms of energy and conservation of energy. In addition concepts including scientific inquiry, research measurement, problem-solving and technologies, and corresponding procedures are integrated within the course. Students will then involve in different instructional practices such as listening, reading, speaking, writing, and emphasizing to communicate information from various complex texts along with respective evidence.

This course focuses on the study of space, geologic structures and forces, the waters on our planet, and the atmospheric forces that shape our world. Students will learn about scientific inquiry, geologic time, space exploration, the solar system, and the universe.

This course is an intensive study of the structure and function of the human body. This will include a review of introductory biology, cytology, histology, integumentary, skeletal, muscular, nervous, circulatory, and digestive systems and the special senses.

This course focuses on current developments and applications in the field of genetics from a human perspective.

This course is the comprehensive study of concepts and principles related to the field of Biology. Students will delve into the concepts such as earth systems and patterns, organization, development, diversity, and evolution of living organisms, heredity and reproduction, interdependence, matter, energy transformations, and promoting health and preventing diseases. Nutrient cycle, cells and cell cycles, microscopes, anatomy and physiology of organisms, immune system, classification of organisms, genetics, reproductive system, mitosis and meiosis, biodiversity, food web, biological polymers, photosynthesis and cellular respiration, factors affecting health. etc. In addition, laboratory investigations including scientific inquiry, research measurement, problem-solving and technologies, and corresponding procedures are integrated within the course. Students will then involve in different instructional practices such as listening, reading, speaking, writing, and emphasizing to communicate information from various complex texts along with respective evidence.

Chemistry is a laboratory science course including scientific inquiry, research measurement, problem-solving and technologies, and corresponding procedures are integrated within the course. The concepts that the students will learn include atomic theories, subatomic particles, periodic table, intermolecular forces, nomenclature of different compounds, chemical reactions, pH concept, energy, electromagnetic spectrum, chemical and nuclear reactions. In addition, gas laws, phase changes of water, reaction rate and kinetics of chemical reactions including scientific inquiry, research measurement, problem-solving and technologies, and corresponding procedures are integrated within the course. Students will also involve in different instructional practices such as listening, reading, speaking, writing, and emphasizing to communicate information from various complex texts along with respective evidence.

This course is a survey of History of the United States of America beginning with 1877. Topics covered in this course include: Changes on the Western Frontier, A New Industrial Age, The First World War, and the Conflict in Vietnam.

This course is the study of Ancient to Modern World History. Topics covered in this course include: The Ancient World, The Byzantine Empire, Enlightenment and Revolution, World War II, and Comparative Economic Systems.

The world geography course provides students with an analytical view of how geographic factors have and continue to influence human behavior on the earth. Students will examine how the physical and cultural geographic factors contribute to varying levels of cooperation within the major world regions. Additionally, students will examine the importance that political, environmental, and economic factors have in a region’s development. Emphasis will be on natural resources contributing to settlement, distribution of human populations, and major economic systems.

This course is the study of the major forms of government and political ideas throughout history. Topics covered in this course include: Principles of Government, Political Parties, Origins of American Government, The Constitution, and the Presidency.

This course is the comprehensive study of concepts and principles related to the field of Physics. Topics in this course include: motion graphs, kinematic equations, projectile motion, force and laws of motion, free body diagram, and circular motion. In addition, student evaluate the conservation of energy or change of energy in motion and the conservation of linear momentum and collisions during heat transfer through Earth's systems by analyzing the laws of thermodynamics. They also analyze the waves and their applications in technologies for information transfer based on Doppler Effect in sound, properties of light, Snell's law, and the intensity of light with respect to distance. In addition, students explore the electric and magnetic fields and evaluate series and parallel circuits

In this course, students will study the ancient African empires, including North Africa, the Islamic World, the politics of slavery, and the freedom fighters. Additionally, students also learn about the African Americans involved in the Civil War, the activities that happened during the Reconstruction period, and the African Americans of the early 1900s. Students also delve into the concepts of the Civil Rights Movements of the 1950s and 1960s, the modern African American culture, and the contribution of African Americans in politics.

This course is an introduction to micro economic and macro economic theory and also includes a personal finance component. A broad array of topics are explored including: basic economic concepts, price determination, analyses of the firm and market structures, measures of output, inflation, unemployment and stabilization policies, and trade. Twin goals include demonstrating the relevance of the material to the students' lives and assisting them in applying the concepts and ‘economic way of thinking' to problems and questions in logical, critical ways. The personal finance portion covers six main areas: wealth creation, budgeting, credit, insurance, tax preparation and saving and investing.

Psychology is the scientific study of behavior and mental processes. It is a unique science that often necessitates the use of special measurements and research methods. The course has four sections: psychological foundations and research, biological foundations, change in behavior and cognition, and variability of behavior among individual and groups.

This course focuses on the study of social behavior and the organization of human society. Students will learn about the historical development of the field of sociology and the procedures for conducting research in sociology. Students will also learn the importance and role of culture, social structure, socialization, and social change in today’s society.

This courses provides students the opportunity to explore recurring themes of the American experience from colonial to contemporary times. An historical approach will be at the center of the course.

This course provides the student with the basic knowledge of the history and philosophy of the United States government, and the principles that guide our democracy. The student examines the United States Constitution to answer questions and determine the facts of government.

In this course, the students explore ancient civilizations in order to understand the geographic, political, economic, and social characteristics of people. By developing their understanding of the past, students can better understand the present and determine their direction for the future.

This course is designed to help students learn about various career options in the agriculture, food, and natural resources industries. Topics covered in this course include: technology, safety, and regulatory issues in agricultural science.

This course is designed to help students to gain insights on human growth and development, starting from childbearing, pregnancy and EHS. Students will also acquire knowledge on prenatal development, infants, and toddlers and their development in various ages, including the literacy, concept acquisition and reasoning skills. Special focus is maintained on their playing skills and learning disabilities too.

This course provides an overview of early childhood care and education including childcare roles and obligations, child discipline, communication, and observation. Students will also acquire knowledge on prenatal development, infants, and toddlers and their development in various ages, including the literacy, concept acquisition and reasoning skills. Special focus is maintained on their playing skills and learning disabilities too.

This course is designed to teach students the basics of journalistic forms and style; history of journalism, use of computer in composition of news reports or articles and in solution of news writing problems; laboratory writing exercises on computer.

This course helps students understand the importance of living a healthy life, personal care and healthy behaviors, the various factors affecting health, family relationships, and violence prevention. Students also learn about the genetic disorders, the communicable and non-communicable diseases, and sexually transmitted diseases. Addition-ally, students understand the health care settings, therapeutic communication skills, and skills for healthy relationships. Emphasis is given to injury prevention, nutrition and diet, first aid and emergencies, and coping with stress.

This course is a comprehensive study of concepts and principles related to the field of health science. Topics in this course include Health Care Settings and the Health Care Team, Being a Health-Literate Consumer, First Aid and Emergencies, Injury Prevention and Safe Behaviors, Medical Terminology, Achieving Good Mental Health, Structural Features of Organs and Their Functions in Major Systems, Communication in Healthcare, Living a Healthy Life, Alcohol, Medical Math, The Effects of Tobacco Use, and Career Planning.

This course helps students the basics of softball and gamesmanship. Students will know about the history of soccer and the various positions, kits, and officials associated with it. In addition, students will also familiarize themselves with the rules and basics of frisbee, volleyball, basketball, badminton, and handball.

This course will introduce basic Spanish vocabulary and grammar. The students will be reading, writing, listening, and speaking Spanish. Concepts are introduced thematically and Latino culture is introduced throughout the course.

This course is a continuation of grammar concepts covered in Spanish I, with emphasis placed on extensive vocabulary and grammar designed to strengthen and enlarge those basic skills and to permit the student to apply these in a more abstract manner.

This course is an introduction to basic grammar principles and vocabulary words and expressions. Students acquire elementary skills in the areas speaking, listening, reading, and writing in the French language. Culture awareness of French-speaking countries is also a core part of this course.

Students begin their introduction to French by focusing on the four key areas of foreign language study: listening, speaking, reading, and writing. The course represents an ideal blend of language learning pedagogy and online learning. Each unit consists of a new vocabulary theme and grammar concept, reading and listening comprehension activities, speaking and writing activities, multimedia cultural presentations, and interactive activities and practices which reinforce vocabulary and grammar. There is a strong emphasis on providing context and conversational examples for the language concepts presented in each unit. Students should expect to be actively engaged in their own language learning, become familiar with common vocabulary terms and phrases, comprehend a wide range of grammar patterns, participate in simple conversations and respond appropriately to basic conversational prompts, analyze and compare cultural practices, products, and perspectives of various French speaking countries, and take frequent assessments where their language progression can be monitored. The course has been carefully aligned to national standards as set forth by ACTFL (the American Council on the Teaching of Foreign Languages).

This course covers pronouncing the German Alphabet, introducing oneself, greeting others, numbers, colors, and days of the week in German, the definite and indefinite articles, express likes and dislikes, describe oneself and others, tell time in German, the major geo political features, make plural of nouns, understand vocabulary related to family and pets, indicate possession, use the nominative and accusative cases, describe weather, talk about nationality, describe word order, talk about food in German, understand the school system in Germany, tell about sports and leisure activities, and the shopping activities of Germans.

Students learn about different aspects of German culture which connect to other disciplines, such as history, math and geography. Comparisons: Students learn about language in general and about the concept of culture by comparing German language and culture to their own.

This course covers major periods of Roman history, geography of ancient Roman world, pronunciation of classical Latin, use of the irregular esse, verb usage in the present, imperfect, and future tense, irregular verbs, declension, nominative, accusative, ablative, genitive, daitive, and vocative cases, prepositions and prepositional phrases, usage and translation of verbs in the perfect, pluperfect, and future perfect tenses. This course also covers the third declension i-stem nouns, the common deities, common myths, different types of architectural columns, uses, forms, and translations of 3rd conjugation verbs, 3rd-io conjugation verbs, 4th conjugation verbs, personal pronouns, and destruction of Pompeii. Apart from this, adjectives, noun and adjective agreement, adverb formation and translation, Roman numerals, irregular adjectives, cardinal and ordinal numbers in Latin, present active infinitive, questions and conjugations in Latin, and use of Latin abbreviations in modern professions are also discussed in this course.

This course covers the major parts of speech, rules governing the pronunciation of classical Latin, 4th and 5th declension nouns and the inflections, usage of locative cases, formation and translation of positive, comparative, and superlative degrees of adjectives, comparative and superlative forms of the adverb, identification and translation of demonstrative pronouns and adjectives, reflexive pronouns, pronoun antecedent agreement, interrogative and intensive pronouns, usage and translation of participles, and ablative absolute construction. This course also talks about passive voice, deponent and semi-deponent verb, the major religious festivals, names of months and days of Roman calendar, irregular verbs, infinitives, indirect statements, Roman literature and poetry, subjunctive mood, forms of entertainment, sequence of tenses, indirect questions, indirect commands, and the marriage practices of Romans. In addition, purpose clause, result clause, Romanization, rights of Romans, difference between fabricated and authentic Latin, historical figures, and the legacy of Augustus are also emphasized in this course.

This course is designed to help students develop their skills with MS Office 2013. In this course, students will be able to learn about computers, the World Wide Web, application software, database management, communications and network, MS Word, MS Excel, MS PowerPoint, MS Outlook, and MS Access.

This course is designed to help students to learn about the various parts of computer and understand the importance of cybersecurity. Students will also acquire knowledge on various types of security from a computer systems perspective. Topics covered in this course include: basics of cybersecurity, computers and operating systems, communications and networks, server management, network security, access control, and trends and challenges within the cybersecurity field.

This course is designed to help students learn the foundations of desktop publishing terms and concepts, text editing, and use of design principles. The course pays more focus on layout techniques, graphics, multiple page displays, and business applications. Furthermore, this course will help students to develop fundamental publishing skills required to meet the business requirements.

This course focuses on the elements of STEM (Science, Technology, Engineering, and Math). Students will learn the basics of what drones can do, the fundamentals of flight, the current and future uses of drones, drone maintenance, and safety considerations. Topics covered in this course include the software and tools used to design drones, the safety attitude when building and flying drones, the history of drones, the uses of drones, the aerodynamics and history of flight, the physics of how drones fly, the transmitters and receivers in drones, the role of FAA and NTSB in drones, and the drone maintenance and battery care.

This course is designed to help students with the basics of art history, prehistoric art of Europe and West Asia, art of the ancient Mediterranean, art of medieval Europe, art of the Islamic world, and Renaissance & Reformation in Europe.

This course is designed to help students with the Baroque to Neoclassical art in Europe, art of the Americas to World War I, art in 19th century Europe. In addition, students will also learn about Expressionism to Pop Art, Global contemporary art, art of Asia, art of Africa, and art of Oceania.

In this course, students will be exposed to Western music of all types to gain a better understanding of how music developed throughout the ages. The course begins with an introduction into the elements of music melody, harmony, rhythm, structure, and form. Students will then be exposed to the variety of instruments that make up an orchestra to gain a better sense of how music is produced. Each music family will be explored: wind, brass, string, and percussion. Each period of music will be presented to the student in detail, including what societal issues influenced the music and an in depth look at composers of that time that helped to define that period. Examples of music from each period will be given, along with key terms used to describe the music to assist the students in discussing music in a more analytical manner.

This course is designed to help students learn the concepts and practices of art through visual and art historical perspectives. Topics covered in this course include: basics of drawing, perspective and the figure, importance of color in drawing, relating color and concepts in drawing, acrylic painting, watercolor painting, developing aesthetic and empathetic awareness through images, art criticism and art history, select, analyze, and curate artworks for presentation and preservation, and traditional and contemporary museums.

This course is designed to help students learn the concepts and practices of art through visual and art historical perspectives. Topics covered in this course include: basics of drawing, principles of design, pencil shading techniques, importance of color in drawing, expressions in artworks, artists' self expression, conceptual art, curating artwork, and designing an art exhibition.

Medical Terminology is a course designed to provide students with the opportunity to develop working knowledge of the language of healthcare professionals. Students will acquire vocabulary-building and problem-solving skills by learning prefixes, suffixes, roots, combining forms, and abbreviations commonly used in medical fields. Utilizing a body systems approach, students will define, interpret, and pronounce medical terms relating to structure and function, pathology, diagnosis, clinical procedures, and pharmacology.

This course is designed to review math concepts like Roman numerals, fractions, decimals, ratios and proportions, and percentages. In addition, methods of medication administration and calculation, oral and parenteral dosage forms, and insulin are focused on. Emphasis is given to intravenous, accurate dosage, heparin, and critical care calculations.

This course is designed to help students understand the concepts of the nature of nursing, contemporary health care, the nursing process, and health beliefs and practices. Emphasis is placed on life span development, and the integral aspects of nursing and client care. Students will also learn to assess health and to promote physiologic health.

This course is designed to draw key connections throughout biology, chemistry, genetics, anatomy, and physics in a setting that supports the criminal justice system. Upon completion of this course, proficient students will have a full understanding of the scope, development, and history of forensic science, the difference between biological and chemical forensics, and how science is used in law enforcement to solve crimes.

This is an introductory course to nutrition providing students with a foundation of the nutrients required by the body and how the body utilizes these nutrients. Emphasis will be placed on understanding food selection and eating habits and how they relate to the prevention of chronic disease and promotion of good health. Emphasis will also be given to nutrition throughout the life cycle and specific diet related diseases in each stage of the life cycle.

This course helps you understand child's personality, development, challenges, and how to communicate with kids, and meeting their needs. Topics covered in this course include: parenting styles, the ABCs of child rearing, child care roles and obligations, growth and development in various ages, child discipline, communication, and observation.

This course introduces you to the many addictions and substances currently available with specific attention to drug addiction and alcoholism and it’s various possible treatments.

The AP English Language and Composition course aligns to an introductory college-level rhetoric and writing curriculum, which requires students to develop evidence-based analytic and argumentative essays that proceed through several stages or drafts. Students evaluate, synthesize, and cite research to support their arguments. Throughout the course, students develop a personal style by making appropriate grammatical choices. Additionally, students read and analyze the rhetorical elements and their effects in non-fiction texts, including graphic images as forms of text, from many disciplines and historical periods.

The AP English Literature and Composition course aligns to an introductory college-level literary analysis course. The course engages students in the close reading and critical analysis of imaginative literature to deepen their understanding of the ways writers use language to provide both meaning and pleasure. As they read, students consider a work's structure, style, and themes, as well as its use of figurative language, imagery, symbolism, and tone. Writing assignments include expository, analytical, and argumentative essays that require students to analyze and interpret literary works.

This course, Advanced Placement Calculus, is designed to build the concepts studied in pre-calculus, and it helps student seek college credit, college placement, or both. The study of this course includes functions, limits, continuity and discontinuity of functions, differentiation and derivatives implicit differentiation, applications of derivatives, differential calculus, integrals and definite integrals, and application of integrals.

This course helps the students to solve parametrically defined functions, vector-valued functions, and polar curves using applied knowledge of differentiation and integration.

AP Statistics is an introductory college-level statistics course that introduces students to the major concepts and tools for collecting, analyzing, and drawing conclusions from data. Students cultivate their understanding of statistics using technology, investigations, problem solving, and writing as they explore concepts like variation and distribution; patterns and uncertainty; and data-based predictions, decisions, and conclusions.

This course is the comprehensive study of concepts and principles related to the field of Biology. Topics in this course include Chemistry of Life, Cell Structure and Function, Cellular Energetics, Cell Communication and Cell Cycle, Heredity, Gene Expression and Regulation, Natural Selection, and Ecology.

The AP Chemistry course provides students with a college-level foundation to support future advanced coursework in chemistry. Students cultivate their understanding of chemistry through inquiry-based investigations, as they explore content such as: Atomic Structure and Properties, Molecular and Ionic Compound Structure and Properties, Intermolecular Forces and Properties, Chemical Reactions, Kinetics, Thermodynamics, Equilibrium, Acids and Bases, Applications of Thermodynamics.

This course focuses on ecological processes, human impacts on the earth, and how to resolve or prevent natural and human-made environmental problems.

This is an algebra-based, introductory college-level physics course. Students cultivate their understanding of physics through classroom study, in-class activity, and hands-on, inquiry-based laboratory work as they explore concepts like systems, fields, force interactions, change, conservation, and waves.

In this course, the student study the cultural, economic, political, and social developments that have shaped the United States from c. 1491 to the present.

The course examines the theory of consumer behavior, the theory of the firm, and the behavior of profit-maximizing firms under various market structures. Students evaluate the efficiency of the outcomes with respect to price, output, consumer surplus, and producer surplus.

The course places particular emphasis on the study of national income and price-level determination; it also develops students' familiarity with economic performance measures, the financial sector, stabilization policies, economic growth, and international economics.

AP U.S. Government and Politics provides a college-level, nonpartisan introduction to key political concepts, ideas, institutions, policies, interactions, roles, and behaviors that characterize the constitutional system and political culture of the United States. Students study U.S. foundational documents, Supreme Court decisions, and other texts and visuals to gain an understanding of the relationships and interactions among political institutions, processes, and behavior. They also engage in disciplinary practices that require them to read and interpret data, make comparisons and applications, and develop evidence-based arguments. In addition, they complete a political science research or applied civics project.

This course is designed to introduce students to the systematic and scientific study of the behavior and mental processes of human beings and other animals.

This course focuses on the basic networking concepts. Topics covered in this course include: network topologies, protocols, programs and process, the OSI model layers, LAN architecture, computing platforms, internetworking, and telecommunications.

This course is designed to help students to learn about the various parts of computer and understand the importance of cybersecurity. Students will also acquire knowledge on various types of security from a computer systems perspective. Topics covered in this course include: basics of cybersecurity, computers and operating systems, communications and networks, server management, network security, access control, and trends and challenges within the cybersecurity field.

This course is designed to help students understand the importance of communication and teamwork in work place, know about productivity and organization, complete job applications, resumes, and cover letters. In addition, students learn about workplace ethics, FBLA, careers in computer science, programming in Java, using methods, variables, and expressions in programming, and using loops to solve problems in programming. Also discussed in this course are creating interactivity using conditionals, creating digital artifacts using multimedia, using models and simulations in computing, understanding Big Data, and the social impact of computing in society.

This course focuses on the basic networking concepts. Topics covered in this course include: wireless LANs, network topologies, network protocols and services.

This course is designed to help students to learn about the various parts of computer and understand the importance of cybersecurity. Students will also acquire knowledge on various types of security from a computer systems perspective. Topics covered in this course include: basics of cybersecurity, computers and operating systems, communications and networks, server management, network security, access control, and trends and challenges within the cybersecurity field.

This course is designed to help students develop websites using HTML5 and CSS3. This course is designed in such a way that the students will first explore the basic components of web design application software, fundamentals of HTML5 and work on codes and create webpages with basic paragraphs, texts, headings, images, tables, lists, etc. CSS3 concepts are introduced that help students to style the web page created. At a later stage of the course, the students will learn on testing the web page created, techniques and methods to collect site feedback, and using remote server.

In this course, accounting principles and the basic procedures of accountancy are discussed. Emphasis is given to accounting record maintenance and developing financial statements. In addition, students will also know the importance of inventory valuation, partnership accounting, and accounting for management decisions.

This course is designed to help students with personal taxation, business organizations, inventory valuation, accounts receivable and uncollectible, notes payable, and depreciation under MACR.

Business Communications and Technology is a course designed to develop students’ effective oral and electronic business communications skills. This course develops skills in multiple methods of communications, including system skills Word 2013 and Powerpoint 2013.

This course is designed to help students to explore all aspects of the creation of a new venture from idea through startup, growth and beyond. Students will learn how to evaluate opportunities, develop strategies, create a business plan and acquire financing for a new venture. In preparation for the business plan, students will conduct market research, study ownership structures, evaluate risks, examine startup costs, determine essential vendors, and identify sources of capital and financing options.

The topics in this course includes marketing, international scene, business organizations, money and banking, basics in banking, credit and debt.

This course will provide student with information about how individual choices directly influence occupational goals and future earnings potential. This course addresses content regarding financial responsibility and personal decision making; education, careers, and income; planning and money management; credit and debt; saving and investing; and risk management.

This course introduces economic concepts related to the students’ roles as consumers, producers, and citizens. Emphasis is placed on mastery of skills to help students learn how to shape their own financial lives and become rational, competent decision makers, productive members of the workforce, informed and effective consumers, prudent savers and investors, responsible participating citizens, and effective participants in the global economy. Reinforced in this course are financial concepts and skills for personal and family well-being; balancing work and family; management of resources; financial services and responsibilities; responsible use of credit; and consumer rights and responsibilities. Appropriate work-based learning strategies for this course are field trips, job shadowing, and school-based enterprises. Simulations, projects, and teamwork provide opportunities for application of instructional competencies.

This course will allow you to become productive by acquiring a basic understanding of Microsoft Word, Microsoft Excel, Microsoft PowerPoint, and Microsoft Outlook (2010) and learn to share data between these applications.

This course will allow you to become productive by acquiring a basic understanding of Microsoft Word, Microsoft Excel, Microsoft PowerPoint, and Microsoft Outlook (2013) and learn to share data between these applications.

This course is designed to help students develop their skills with Microsoft Word 2010. In this course, students will be able to add custom margin, add table of contents, add line spacing, know the basics of spell-check, do track changes, and work with word counts.

This course is designed to help students develop their skills with Microsoft Word 2013. In this course, students will be able to add custom margin, add table of contents, add line spacing, know the basics of spell-check, do track changes, and work with word counts.

This course is designed to help students develop their skills with Microsoft Excel 2010. In this course, students will be able to add numbers, do basic math, create a chart, freeze and lock panes, use cell references, and use auto fill and flash fill.

This course is designed to help students develop their skills with Microsoft Excel 2013. In this course, students will be able to add numbers, do basic math, create a chart, freeze and lock panes, use cell references, and use auto fill and flash fill.

This course is designed to help students develop their skills with Microsoft PowerPoint 2010. In this course, students will be able to apply and change themes, apply transitions between slides, create speaker notes, highlight text and change fonts, print slides, notes, or handouts, and use presenter view.

This course is designed to help students develop their skills with Microsoft PowerPoint 2013. In this course, students will be able to apply and change themes, apply transitions between slides, create speaker notes, highlight text and change fonts, print slides, notes, or handouts, and use presenter view.

This course is designed to help students develop their skills with Microsoft Publisher 2010. In this course, students will be able to do basic tasks, create brochures, format calendars, format page setup, add hyperlinks, create newsletters, print and save business cards, add watermarks, and work with templates.

This course is designed to help students develop their skills with Microsoft Publisher 2013. In this course, students will be able to do basic tasks, create brochures, format calendars, format page setup, add hyperlinks, create newsletters, print and save business cards, add watermarks, and work with templates.

This course is designed to help students develop their skills with Microsoft Access 2010. In this course, students will be able to design and build tables for a database, create table relationships, and create queries.

This course is designed to help students develop their skills with Microsoft Access 2013. In this course, students will be able to design and build tables for a database, create table relationships, and create queries.

This course is designed to help students develop their skills with Microsoft Outlook 2010. In this course, students will be able to add and use contacts, know the basics of email and calendar, know how to set up automatic replies, recall and replace sent messages, send and open attachments, and send hyperlinks.

This course is designed to help students develop their skills with Microsoft Outlook 2013. In this course, students will be able to add and use contacts, know the basics of email and calendar, know how to set up automatic replies, recall and replace sent messages, send and open attachments, and send hyperlinks.

This course focuses on providing a complete understanding of the basics of the Java, a high-level programming language. It enables the learning of the Java Programming language through simple and practical approaches. The course provides a detailed information on the usage environment of Java, and the syntax to be used while handling the different objects, classes, data types, and operators. It enables the learner to understand the different loop controls and the decision making processes, in addition to the different classes such as numbers, character, and strings. The course also helps the learners to learn the I/O streams, exceptions, and inner classes.

This course focuses on the fundamental concepts of the JavaScript language. Topics covered in this course include: Introduction to JavaScript, Working with Variables and Data in JavaScript, Functions, Methods and Events in JavaScript, Debugging and Troubleshooting JavaScript, JavaScript Language Objects, Changing HTML on the Fly, and JavaScript Security.

This course focuses on the fundamentals of PHP. Topics covered in this course include: fundamentals of PHP development, various data types, advanced PHP functions, classes, objects, error handling, cookies and session management, PHP applications, etc.

Topics covered in this course include: Introduction to MySQL, file systems and databases, relational database models, SQL, entity relationship modelling, and database design

This course focuses on the basic networking concepts. Topics covered in this course include: network topologies, protocols, programs and process, the OSI model layers, LAN architecture, computing platforms, internetworking, and telecommunications.

This course focuses on providing a complete understanding of the basics of the Python programming language, a high-level programming language. It enables the learning of the Python programming language through simple and practical approaches. The course provides a detailed information on the usage environment of Python, the syntax to be used while handling the different types of variables and operators. It enables the learner to understand the different loop controls and the decision making processes, in addition to the different classes such as numbers and strings. The course also helps the learners to learn about the lists, tuples, functions, I/O streams, exceptions, inner classes, objects, and expressions.

This course focuses on the basics of C Programming. Students will learn the introduction to C language, the conditional statements and loops, arrays, functions and pointers in C, dynamic memory allocation, and file management in C. Topics covered in this course include the basic structure of C programming, tokens, keywords, and identifiers in C, the various data types, the variables and constants in C language, the various functions in C, the structure and union in C language, file processing, and the command line arguments.

This course focuses on the basics of C++ programming. Students will learn the basics of C++, the data types and variables, the various functions, pointers, and arrays in C++. In additions, students will also learn about the different classes, operator overloading, initialization, polymorphism, storage management, templates, exceptions, and the various inputs and outputs in C++ programs. Topics covered in this course also include writing, compiling, and running a program, variables and data types, expressions, constants, operators, and type conversions, and looping constructs.

The ACT English course focuses on the language, reading, and writing aspects of the English language. Grammar aspects of punctuation, verb tenses, agreement, word patterns, and sentence structure, helps students write error-free sentences. Reading aspects of identifying main idea, understanding the purpose and audience, sequencing ideas, identifying point of view, and summarizing will help students retain, ask, and answer questions related to the texts under discussion. Understanding writing techniques and structuring the essays help students create pieces with correct organization.

The ACT Reading course concentrates on the reading aspects of the English language. This course helps students understand the purpose and point of view behind an author's writing, analyze an author's style and diction, understand the main idea, and make inferences and draw conclusions. In addition, students will also learn the niches in understanding the meanings of words using context clues, analyzing word patterns, and identifying connotation and denotation. Emphasis is also given to understanding the text structure, sequencing texts, and summarizing them.

The ACT Writing course asks students to write an essay on a prompt. Students will learn to take a stand on an issue and provide supporting details for their stand. This course will help students organize ideas in a logical way, and use English conventions clearly and effectively.

The ACT Math course focuses on the concepts of pre algebra, elementary algebra, intermediate algebra, coordinate geometry, plane geometry, and trigonometry. Understanding whole numbers, square roots, decimals, ratios and proportions, tree diagram, graphs, logarithmic functions, order of operations, complex numbers, matrices, and evaluating expressions help students to solve algebraic problems skillfully. Geometric concepts like slopes, lines, circles, parallelograms, triangles, trapezoids, rhombuses, cylinders, and cones help the students be familiar with the different shapes and their areas, volumes, and surface areas. In addition, students will also learn about the Pythagorean theorem and the applications of it in real world.

In ACT Science course, students will learn the concepts of biology, chemistry, physical science, and earth and space science. The life science concepts such as structural and behavioral adaptations, body systems, cells and their functions, energy flow, evolution, genetics, molecular biology, plants and their classifications, and the historical trends in human population help students understand the basis of formation, evolution, and existence of life on the Earth. The physical science concepts like atoms and their structure, chemical bonding, force and motion, gravity, energy and types, and states of matter help students relate to the real world. Students also get to know the features of the Earth-like plate tectonics, the energy sources, volcanoes, rocks and soils, and space-related concepts like the Earth's atmosphere and the Solar System.

The SAT Reading course is designed to help students explore and be proficient with the reading aspects. Identifying main idea, author's purpose, and point of view helps the students to understand the purpose behind a writing. In addition, students will understand the meanings of words using context clues, word analogies, and literary devices. Understanding charts and graphs and different information sources helps students analyze and retain information in texts.

The SAT Writing course is designed to help students be proficient in writing. Various writing-related concepts like verb tenses, subject-verb and pronoun-antecedent agreement, punctuation, and commonly confused words help students write in a better and interesting manner. In addition, understanding the different types and structures of sentences, using active and passive voice, and parallel structures help the students show variety in their writing. Emphasis is given to understanding the writing process and essay structure.

The SAT Math course is designed to help students understand the basics of algebraic concepts, problem solving and data analysis, analyze advanced mathematical expressions, and geometry and complex numbers. Emphasis is given to solving linear, radical, and rational equations and linear inequalities, ratios and proportions, construct and interpret two-way frequency tables, and evaluate reports based on data. In addition, students will also learn about solving quadratic equations, addition, subtraction, and multiplication of polynomials, and solving literal equations. Understanding complex numbers, the Pythagorean Theorem, similarity and congruence, volume of three-dimensional shapes, and equations of circles are other areas of concentration in this course.

The PRAXIS Reading course focuses on the reading aspects of the English language. Students understand key ideas and details by making inference and drawing conclusions, identifying main idea, and summarizing. In addition, students learn the craft, structure, and language skills by knowing the proper style, tone, and language to use, understanding the differences among the various points of view, using transitions, and understanding the meaning of words in context. In addition students integrate knowledge and ideas by analyzing arguments, making connections in texts, comparing and contrasting various genres, and knowing the differences between inductive and deductive reasoning.

The PRAXIS Writing course focuses on the various writing and grammar aspects of the English language. Students understand the various text types and purposes by understanding niches of argumentative writing and expository writing, and properly revise, edit, and proofread. In addition, the grammar concepts of punctuation, capitalization, agreement, commonly confused words, idioms, and redundancy help students write longer pieces with varied choice of words and phrases.

The PRAXIS Math course focuses on the concepts of pre-algebra, elementary algebra, intermediate algebra, coordinate geometry, plane geometry, and statistics. Understanding fractions, radicals, factors, ratios and proportions, rational and irrational numbers, algebraic expressions, equations, and functions help students to solve algebraic problems skillfully. Geometric concepts like construction, transformations, circle, and angle relationships help the students be familiar with the different shapes and their areas, volumes, and surface areas. In addition, students will also learn about the basic statistical and probability concepts.

The GED Language Arts, Reading Test is a multiple choice test that measures your ability to read, understand, and interpret different reading passages. The passages are sampled from literary works and workplace reading selections. You’ll receive 75 percent of the questions from fiction, and 25 percent from nonfiction (like work- or business-related documents).

The GED Mathematics Test is divided into two parts and measures your problem-solving skills, ability to interpret charts, tables, and graphs, and solve real-life problems. The Mathematics Test is 90 minutes long (45 minutes for each part) and features 80 percent multiple choice questions and 20 percent constructed answers. Constructed answer means that you’ll be asked to label certain points on a grid or write answers in a blank, rather than selecting from multiple choice options. The content of the test breaks down like this: Number operations and number sense (20-30%) Measurement and geometry (20-30%) Data analysis, statistics, and probability (20-30%) Algebra, functions, and patterns (20-30%).

The GED® Science Test measures your knowledge of life science, physical science, and Earth and space science. You’ll be tested with questions that are similar to science learned in grades 9 through 12. Sixty percent of the science questions measure your basic understanding, principles, concepts, and vocabulary associated with physical science, life science, and Earth and space science.

The GED Social Studies Test measures your knowledge of history, geography, government, and economics. Basically, it’s about people, places, and important events. Social Studies is an important subject because it helps us understand who we are and what we stand for as an individual, community, and country.

The IELTS course focuses on the speaking, reading, listening and writing aspects of the English language. IELTS Academic is for people applying for higher education or profession registration. This test focuses on specific features of academic language and assesses the language skills such as reading, writing, listening and speaking. This version of IELTS tests is widely supported by educational institutions that recognize IELTS. The IELTS General Training test is required for migrating to Australia, Canada and the UK. This test score is required for pursuing training programs or work in an English speaking environment. Though there is difference in the difficulty level of the tests, both the test versions provide a valid and accurate assessment of all the four language skills.

This course will prepare students with opportunity to be sit for the NCLEXPN examination at the conclusion of their academic studies for Practical Nursing. This course assists students in being emotionally, didactically and technically prepared to take this examination. Students will review how to prepare to take this examination though a series of sample tests, quizzes and group discussions. A variety of core content subject matter will be covered to allow the student to be prepared to take the comprehensive examination. At the conclusion of this course, the student will take a comprehensive predictability exam to allow the student areas of strength and areas of growth.

The Florida Standards Assessments, which measure student success with the Florida Standards, include assessments in English Language Arts (grades 3-10), Mathematics (grades 3-8), and End-of-Course (EOC) assessments for Algebra 1 and Geometry.

This course builds a foundation of high school Math skills that can be built upon in more advanced Math courses. Topics in this course include: ratio reasoning; multiplication and division; divide fractions by fractions; common factors and multiples; rational numbers; number line; arithmetic to algebraic expressions; solve one-variable equations and inequalities; dependent and independent variables; area, surface area, and volume; nets; statistical variability; plots and distributions.

This course builds a foundation of high school Math skills that can be built upon in more advanced Math courses. Topics in this course include: recognizing that fractions, decimals and percentages are different representations of rational numbers and performing all four operations with rational numbers with procedural fluency; creating equivalent expressions and solving equations and inequalities; developing understanding of and applying proportional relationships in two variables; extending analysis of two- and three-dimensional figures to include circles and cylinders and representing and comparing categorical and numerical data and developing understanding of probability.

This course builds a foundation of high school Math skills that can be built upon in more advanced Math courses. Topics in this course include: Rational and irrational numbers; radicals and integer exponents; proportional relationships, lines, and linear equations; analyze and solve linear equations, pairs of simultaneous linear equations; functions; model relationships between quantities; congruence and similarity; the Pythagorean Theorem; volume of cylinders, cones, and spheres; and investigate patterns of association in bivariate data.

This course focuses on the understanding of polynomials and rational expressions, creating and solving equations, and reasoning with equations and inequalities. Students will also build various functions, interpret them using key features, and compare properties of two functions. Emphasis will be placed on constructing linear, quadratic, and exponential models. This course emphasizes the study of circles, construction of inscribed and circumscribed circles of a triangle, transformations, similarity and congruence, and proving theorems. Volume and surface area, cross sections, parallel and perpendicular lines, area and perimeter, and modeling with geometry are also emphasized. In addition, students will also work on trigonometric ratios, similarity, and application of right triangles. Emphasis will be placed on real number system and interpreting categorical and quantitative data.

This course is designed to help students develop reading, literature, writing, and comprehension skills. Students read stories of various genres and understand the niches of identifying the main idea, theme, and other elements of story. Reading also encompasses understanding the author's purpose, analyzing the different points of view, and the importance of pictures and illustrations in texts. Strategies to improve vocabulary such as understanding prefixes and suffixes, word analogies, use of transitions, and connotation and denotation help students showcase their writing skills in different genres. Punctuation, pronouns and types, sentence patterns, etc. are also given emphasis in this course.

This course is designed to help students develop reading, literature, writing, and comprehension skills. Students read stories of various genres and understand the niches of identifying the main idea, theme, and other elements of story. Reading also encompasses understanding the author's purpose, analyzing the different points of view, and the importance of dialogs in stories. Strategies to improve vocabulary such as understanding prefixes and suffixes, word analogies, use of transitions, and connotation and denotation help students showcase their writing skills in different genres. Understanding the techniques of different types of writing helps students improve their writing skills.

This course is designed to help students develop reading, literature, writing, comprehension, and grammar and language skills. Course topics include: Traditional Themes found in Modern Literature, Word Analogies, Inferences, Drawing Conclusions, Conjunctions, Significance of Conclusion to a Narration, Writing Techniques, Gerunds, Infinitives, Participles, Active and Passive Voice, Punctuation - Ellipses.

This course is designed to help students develop reading, literature, writing, and comprehension skills. Students read stories of various genres and understand the niches of identifying the main idea, theme, and other elements of story. Reading also encompasses understanding the author's purpose, analyzing the different points of view, and the importance of pictures and illustrations in texts. Strategies to improve vocabulary such as understanding prefixes and suffixes, word analogies, use of transitions, and connotation and denotation help students showcase their writing skills in different genres. Punctuation, pronouns and types, sentence patterns, etc. are also given emphasis in this course.

This course is designed to help students develop reading, literature, writing, and comprehension skills. Students read stories of various genres and understand the niches of identifying the main idea, theme, and other elements of story. Reading also encompasses understanding the author's purpose, analyzing the different points of view, and the importance of dialogs in stories. Strategies to improve vocabulary such as understanding prefixes and suffixes, word analogies, use of transitions, and connotation and denotation help students showcase their writing skills in different genres. Understanding the techniques of different types of writing helps students improve their writing skills.

This course is designed to help students develop reading, literature, writing, comprehension, and grammar and language skills. Course topics include: Traditional Themes found in Modern Literature, Word Analogies, Inferences, Drawing Conclusions, Conjunctions, Significance of Conclusion to a Narration, Writing Techniques, Gerunds, Infinitives, Participles, Active and Passive Voice, Punctuation - Ellipses.

This course is designed to help students develop reading, literature, writing, and comprehension skills. Students read stories of various genres and understand the niches of identifying the main idea, theme, and other elements of story. Reading also encompasses understanding the author's purpose, analyzing the different points of view, and the importance of pictures and illustrations in texts. Strategies to improve vocabulary such as understanding prefixes and suffixes, word analogies, use of transitions, and connotation and denotation help students showcase their writing skills in different genres. Punctuation, pronouns and types, sentence patterns, etc. are also given emphasis in this course.

This course is designed to help students develop reading, literature, writing, and comprehension skills. Students read stories of various genres and understand the niches of identifying the main idea, theme, and other elements of story. Reading also encompasses understanding the author's purpose, analyzing the different points of view, and the importance of dialogs in stories. Strategies to improve vocabulary such as understanding prefixes and suffixes, word analogies, use of transitions, and connotation and denotation help students showcase their writing skills in different genres. Understanding the techniques of different types of writing helps students improve their writing skills.

This course is designed to help students develop reading, literature, writing, and comprehension skills. Students read stories of various genres and understand the niches of identifying the main idea, theme, and other elements of story. Reading also encompasses understanding the author's purpose, analyzing the different points of view, and the importance of dialogs in stories. Strategies to improve vocabulary such as understanding prefixes and suffixes, word analogies, use of transitions, and connotation and denotation help students showcase their writing skills in different genres. Understanding the techniques of different types of writing helps students improve their writing skills.

This course is the comprehensive study of concepts and principles related to the field of Science. Topics in this course include: This course is the comprehensive study of concepts and principles related to the field of Science.

This course that covers an overview of the structure of the Earth, our solar system, galaxy and universe.

This course is the comprehensive study of concepts and principles related to the field of Science. Topics in this course include: This course is the comprehensive study of concepts and principles related to the field of Science. Topics in this course include: Factors Affecting Health, Geological Processes and Surface Features, Heat Transfer Through Earth's System, Weather, Climate, and Water Cycle, Earth's Spheres, Influences of Solar Energy on the Atmosphere, Effects of Natural Disasters in Florida, Earth's Atmosphere, Biosphere-Levels of Organization, Discovery of the Cell, Homeostasis, Cell Organelles, Body Organization, Communicable Diseases, Classification of Organism, Science Inquiry, Experimental Repetition and Replication, Merits and Demerits of Scientific Investigations, Conservation of Energy, Force and Motion, Types of Forces, and Newton's Law of Gravitation.

This course is the comprehensive study of concepts and principles related to the field of Science. Topics in this course include: Factors Affecting Health, Communicable Diseases, Structure of Earth, Rock Cycle and Surface Events, Measuring the Age of Earth, Physical Evidences for Earth's Evolution, Plate Tectonics, Impact of Human Activities on Ecosystem, Effects of Mantle Convection, Consistency of Fossil Evidence in Evolution, Genetic Variation and Environmental Factors in Evolution, Heredity and Inheritance, Pedigree Analysis, Reproduction, Impact of Biotechnology, Energy Flow in Ecosystem, Symbiosis, and Limiting Factors, Science inquiry, Experimental Repetition and Replication, Merits and Demerits of Scientific Investigations, Electromagnetic Spectrum, and Reflection and Refraction.

This course is the comprehensive study of concepts and principles related to the field of Science. Topics in this course include: Celestial Objects and their Distances, Galaxies, Gravity and the Solar System, Hertzsprung Russell Diagram, The Solar System, Historical Models of the Solar System, Impact of Objects in Space, Technology in Exploring Space, Electromagnetic Spectrum, Effects of Space Exploration, Photosynthesis and Cellular Respiration, Carbon Cycle, Science Inquiry, Experimental Repetition and Replication, Particle Motion in Matter, Mass and Weight, The Determination of Density of an Object, Metals, Nonmetals, and Metalloids, Elements, Compounds and Mixtures. The Periodic Table of the Elements, Atomic Structure, Acids, Bases, and Salts, Conservation of Mass, Physical and Chemical Changes, and Influence of Temperature on Chemical Changes.

M/J Physical Science delivers instruction, practice, and review to help students develop scientific literacy, deepen conceptual understanding, and apply scientific practices. Students explore concepts including the interactions of matter; motion and stability; waves and their technological applications; and energy.

This course is the comprehensive study of concepts and principles related to the field of Science. Topics in this course include: This course is the comprehensive study of concepts and principles related to the field of Science. Topics in this course include: Factors Affecting Health, Geological Processes and Surface Features, Heat Transfer Through Earth's System, Weather, Climate, and Water Cycle, Earth's Spheres, Influences of Solar Energy on the Atmosphere, Effects of Natural Disasters in Florida, Earth's Atmosphere, Biosphere-Levels of Organization, Discovery of the Cell, Homeostasis, Cell Organelles, Body Organization, Communicable Diseases, Classification of Organism, Science Inquiry, Experimental Repetition and Replication, Merits and Demerits of Scientific Investigations, Conservation of Energy, Force and Motion, Types of Forces, and Newton's Law of Gravitation. In addition, the course includes some advanced concepts based on weather prediction and forecasting, membrane transport, mutation, and other concepts involving mathematical and language skills.

This course is the comprehensive study of concepts and principles related to the field of Science. Topics in this course include: Factors Affecting Health, Communicable Diseases, Structure of Earth, Rock Cycle and Surface Events, Measuring the Age of Earth, Physical Evidences for Earth's Evolution, Plate Tectonics, Impact of Human Activities on Ecosystem, Effects of Mantle Convection, Consistency of Fossil Evidence in Evolution, Genetic Variation and Environmental Factors in Evolution, Heredity and Inheritance, Pedigree Analysis, Reproduction, Impact of Biotechnology, Energy Flow in Ecosystem, Symbiosis, and Limiting Factors, Science inquiry, Experimental Repetition and Replication, Merits and Demerits of Scientific Investigations, Electromagnetic Spectrum, and Reflection and Refraction. In addition, the course includes some advanced concepts based on role of isotopes and gravitational energy in relation to structure of earth, surface features of earth, classification schemes for organisms, natural selection, genetic variation, food web analysis, heat transfer, interaction of matter and energy, and other concepts involving mathematical and language skills.

This course is the comprehensive study of concepts and principles related to the field of Science. Topics in this course include: Celestial Objects and their Distances, Galaxies, Gravity and the Solar System, Hertzsprung Russell Diagram, The Solar System, Historical Models of the Solar System, Impact of Objects in Space, Technology in Exploring Space, Electromagnetic Spectrum, Effects of Space Exploration, Photosynthesis and Cellular Respiration, Carbon Cycle, Science Inquiry, Experimental Repetition and Replication, Particle Motion in Matter, Mass and Weight, The Determination of Density of an Object, Metals, Nonmetals, and Metalloids, Elements, Compounds and Mixtures. The Periodic Table of the Elements, Atomic Structure, Acids, Bases, and Salts, Conservation of Mass, Physical and Chemical Changes, and Influence of Temperature on Chemical Changes.

This course is a survey of History of the United States of America beginning with 1877. Topics covered in this course include: Changes on the Western Frontier, A New Industrial Age, The First World War, and the Conflict in Vietnam.

This course focuses on American History from Exploration and Colonization to the Reconstruction Period following the Civil War.

The primary content for this course pertains to the usage of geographic concepts, tools, and skills to draw conclusions about physical and human patterns. Content should include, but not be limited to understanding world political regions in terms of location, physical characteristics, population and culture, historical change, economic activity, and land use. Students will be exposed to the multiple dynamics of geography including economics and world history. Students will study methods of historical inquiry and primary and secondary historical documents.

The student will begin their coursework with an extensive review of geographic principles and basic skills. They will continue with the study of the peoples, places, and environments of the Eastern World, with an emphasis on Africa, regions of Asia (Middle East, South Asia, East Asia and SE Asia) and Australia. The knowledge, skills, and perspectives of the course are centered on population and cultural characteristics, landforms and climates, economic and political systems, and migration and settlement patterns within these regions of the world.

In this course, you will understand how accessibility is an important consideration in the design of any computing system, know the various hardware and software factors that determine the capability of a computing system, use checklists to troubleshoot problems starting from the basics, know how protocols allow different devices to communicate, understand the difference between HTTP and HTTPS and secured information, analyze the difference between data collected by individual devices or by systems, explore how data is represented using characters, numbers, and bits, know how cleaning of data reduces noise and errors, understand how recommendations are predicted using data sets with the help of algorithms, know what variables are and how they are declared, explore the uses of compound and nested conditionals, state how a procedure is a module that performs tasks, employ user-centered designs to create solutions that can impact the society, feel the effect of globalization and the impacts of online piracy, and know how social networking can lead to social engineering and other unauthorized access to information.

This is an introductory computer science course that empowers students to create authentic artifacts and engage with computer science as a medium for creativity, communication, problem solving, and fun.

This course focuses on the study of computers and algorithmic processes, including their principles and hardware.

This course focuses on representing, relating, and operation on whole numbers, with sets of objects. In addition, students will also measure and classify objects and describe shapes and space.

This course focuses on developing understanding of addition, subtraction, and strategies for addition and subtraction within 20, developing understanding of whole number relationships and place value, and grouping in tens and ones. In addition, students will also understand time, money, linear measurement, and measuring lengths. Emphasis will be placed on reasoning about attributes of, and composing and decomposing geometric shapes.

This course includes the study of understanding of base-ten notation, and building fluency with addition and subtraction. In addition, students will also use standard units of measure, time, money, and graphs. Emphasis will be placed on describing and analyzing shapes.

This course builds a foundation of middle school Math skills. Topics in this course include: Whole numbers; multiplication and division; properties of multiplication; relationship between multiplication and division; multiply and divide within 100; solve problems involving the four operations; fractions as numbers; compare fractions; place value; properties of operations to perform multi-digit arithmetic; measurements; estimation of intervals of time, liquid volumes, and masses of objects; represent and interpret data; area and perimeter; plane figures; shapes and their attributes.

This course builds a foundation of middle school Math skills. Topics in this course include: Operations with whole numbers; factors and multiples; patterns; place value of whole numbers; fractions; ordering; compare decimal fractions; solve problems involving measurement; conversion of measurement from a larger unit to a smaller one; represent and interpret data; basic geometry concepts; angle and measuring angles; symmetry.

This course builds a foundation of middle school Math skills. Topics in this course include: Numerical expressions; patterns and relationships; place value system; operations with multi-digit whole numbers and with decimals to hundredths; estimation; equivalent fractions; add and subtract fractions; multiply and divide fractions; conversion of units; represent and interpret data; geometric measurement; volume; graph points on coordinate plane; and classify two-dimensional figures into categories based on their properties.

This course focuses on the understanding the different properties of operations, composing 2D or 3D shapes, Time, and classify and count the objects. Students will also draw picture graph and bar graph, recognize and draw shapes, and compare three digit numbers. Emphasis will be placed on identifying 2 and 3 dimensional figures. This course emphasizes the study of Model 2D or 3D figures in real life. In addition, students will also work on writing numbers, Equations involving addition and subtraction, and drawing larger shapes from simple shapes. Emphasis will be placed on Determine equations as true or false and partitioning circles and rectangles.

This course focuses on the understanding of properties of multiplication, Patterns, and place value of multi-digit numbers. Students will also generate numerical pattern, fraction as division, and compose and decompose multi-digit numbers. Emphasis will be placed on operations on decimals. This course emphasizes the study of attributes of two dimensional figures, and area and perimeter of rectangle. In addition, students will also work on read and write decimal numbers, categorizing quadrilaterals, and construct and measure angles. Emphasis will be placed on real world problems involving money.

This course is designed to help students read stories, identify the elements of stories, learn and spell words and categorize them, sequence ideas, and identify main ideas. In addition, students will understand the basic elements of phonemic awareness and the different parts of a book. Emphasis is given to pronouncing the letters of the English alphabet, understand long and short sounds, and write opinion pieces and stories.

This course is designed to help students read fables, folktalkes, identify the elements of stories, learn and spell words and categorize them, sequence ideas, and identify main ideas. In addition, students will understand sensory details, characterization, purpose, and point of view of authors. Students will also be able to identify main ideas and connections within texts. Students will understand the basic elements of phonemic awareness, syllables, digraphs, and suffixes. Writing narratives, opinion pieces, and expository texts are also emphasized in this course, along with the grammar aspects of nouns, pronouns, capitalization, adjectives, tenses, and end punctuation.

This course is designed to help students read fables, folktales, identify the elements of stories, learn and spell words and categorize them, sequence ideas, and identify main ideas. In addition, students will understand literary devices, characterization, purpose, and point of view of authors. Students will also be able to identify main ideas and connections within texts, along with understand the structure and feature of texts. Illustrative and pictorial texts are provided to understand the purpose behind using them. Writing narratives, opinion pieces, and expository texts are also emphasized in this course, along with the grammar aspects of collective and proper nouns, reflexive pronouns, capitalization, adjectives and adverbs, tenses, and end punctuation. Understanding root words, context clues, and figurative language to determine meanings of words are also emphasized in this course.

This course is designed to help students develop reading, literature, writing, language, and comprehension skills. Course topics include: Definitive Features of Literary Forms, Compare and Contrast, Prefix and Suffix, Graphic Organizers, Chart Graph Illustration, Reading Comprehension Strategies, Writing Strategies, Grammar and Language.

This course is designed to help students develop reading, literature, writing, language, and comprehension skills. Course topics include: Summarizing, Synonyms, Identifying Themes, Cause and Effect, Problem and Solution, Rhyming Words, Homophones, Verb Tenses, and Simile and Metaphor

This course is designed to help students develop reading, literature, writing, language, and comprehension skills. Course topics include: Elements of Story, Elements of Poetry, Features of a Text, Multi-syllable Words, Purpose of Reading, Writing Process, Prepositions, Interjections, and Punctuate Titles.

This course is designed to help students read fables, folktales, identify the elements of stories, learn and spell words and categorize them, sequence ideas, and identify main ideas. In addition, students will understand sensory details, characterization, purpose, and point of view of authors. Students will also be able to identify the main ideas and connections within texts. Students will understand the basic elements of phonemic awareness, syllables, digraphs, and suffixes. Writing narratives, opinion pieces, and expository texts are also emphasized in this course, along with the grammar aspects of nouns, pronouns, capitalization, adjectives, tenses, and end punctuation.

This course is designed to help students read fables, folktalkes, identify the elements of stories, learn and spell words and categorize them, sequence ideas, and identify main ideas. In addition, students will understand sensory details, characterization, purpose, and point of view of authors. Students will also be able to identify main ideas and connections within texts.

This course is designed to help students read stories, identify the elements of stories, learn and spell words and categorize them, sequence ideas, and identify main ideas. In addition, students will understand sensory details, characterization, purpose, and point of view of authors. Students will also be able to identify main ideas and connections within texts. Students will understand the basic elements of phonemic awareness, syllables, digraphs, and suffixes. Writing narratives, opinion pieces, and expository texts are also emphasized in this course, along with the grammar aspects of nouns, pronouns, capitalization, adjectives, tenses, and end punctuation.

This course is designed to help students read fables, folktalkes, identify the elements of stories, learn and spell words and categorize them, sequence ideas, and identify main ideas. In addition, students will understand sensory details, characterization, purpose, and point of view of authors. Students will also be able to identify main ideas and connections within texts. Students will understand the basic elements of phonemic awareness, syllables, digraphs, and suffixes. Writing narratives, opinion pieces, and expository texts are also emphasized in this course, along with the grammar aspects of nouns, pronouns, capitalization, adjectives, tenses, and end punctuation.

This course is designed to help students read fables, folktalkes, identify the elements of stories, learn and spell words and categorize them, sequence ideas, and identify main ideas. In addition, students will understand sensory details, characterization, purpose, and point of view of authors. Students will also be able to identify main ideas and connections within texts. Students will understand the basic elements of phonemic awareness, syllables, digraphs, and suffixes. Writing narratives, opinion pieces, and expository texts are also emphasized in this course, along with the grammar aspects of nouns, pronouns, capitalization, adjectives, tenses, and end punctuation.

This course engages students in raising questions about the world around them. Students begin to the identify the day and night, animal senses, the basic needs of organisms, water bodies, observe as scientists, classify materials, discuss the different forms of energy. In addition, students practice acquiring and applying mathematical skills and language skills in various forms they learned, in addition to health conscious practices.

This course engages students in raising questions about the world around them and seeking answers by making observations. Students analyze the basic needs of plants and animals, the life cycle of plants, survival needs of organisms, animal's role in pollination, classifying objects/materials based on properties, force, and motion of objects, etc.,

In this course, students, will demonstrate their understanding of the life cycle of common animals, and plants. They also analyze the survival needs of organisms. In addition, students explore the observable properties of matter and different aspects of force and motion. Special emphasis is given to the understanding of the appearance of moon, stars, etc.,

This course engages students in learning about stars, plants, gravitational force, and further about plants and their survival needs. The students will then delve into the science and engineering practices, followed by the properties and change in matter, including energy changes. Also, they will be using the mathematical and language skills in terms of science, for their further learning.

In this course, students will understand the constellations, star patterns, phases of moon, earth's rotation, and more about space exploration. They will also delve into the concepts involving rocks and minerals and their classification. Further, they will learn about heredity and inheritance, life cycle of plants, food chain and food web, followed by physical properties of matter, magnets, energy conversion, and energy transfer. The students will also acquire knowledge on various science and engineering practices in addition to language practices.

In this course, students, will demonstrate their understanding of the galaxies, solar system, planets, changing forms of water, tools to measure weather, human organ systems and interactions, plant and animal cells and structures, adaptations of plants and animals, the general and specific science inquiry practices, properties of matter, physical and chemical changes, different forms of energy and different types of forces and their effects. In addition, students also practice implementing mathematical and language skills and some related health concepts as well, when learning.

In this course, students explore the vaious aspects of civics, economics, civil rights, geography, and history. They examine the roles individuals as good citizens and the positive characters of a good citizen. They explore the economic aspects by distinguishing the difference between the usage of goods and services, and the role of money associated with it. In relation to the civic rights, they relate the cultural diversity they observe in various communities in America. The geography strand lets them identify the sense of place relative to an individual, home, and school, differentiate land and water features on simple maps and globes, and explore how famous people and events have shaped the local community, state, and nation.

In this course, students explore the vaious aspects of civics, economics, civil rights, geography, and history. They examine the roles individuals as good citizens and the positive characters of a good citizen. They explore the economic aspects by distinguishing the difference between the usage of goods and services, and the role of money associated with it. In relation to the civic rights, they relate the cultural diversity they observe in various communities in America. They will be able to identify the sense of place relative to an individual, home, and school, differentiate land and water features on simple maps and globes, and explore how famous people and events have shaped the local community, state, and nation.

In this course, students begin the year learning about the civic roles of American citizens and their good traits. They also identify the economic differences in the goods and services, supply and demand, and needs and wants of individuals. Students also explore the cultural diversity among the different communities of America. The geography strand emphasizes the use of maps and globes to differentiate various land and water features.

In this course, students begin the year learning about citizenship in local government. They also demonstrate knowledge of the community and local government, the way individuals exercise rights and responsibilities within the community and local government. Students also analyze the role of money and trade within the community. The student also examines civil rights. The geography strand emphasizes the use of maps and globes to differentiate various land and water features.

In this course, students begin the year learning about the civic roles of American citizens and their good traits. Topics covered in this course include: rights in the declaration of independence, types of communities, american revolution, and cultural diversity.

In this course, students begin the year learning about the civic roles of American citizens and their good traits. Topics covered in this course include: the articles of confederation and the constitution, exploration and expansion, and causes of american revolution.

In this course, the student will learn fundamental concepts of how computers work, which can be applied to any software or computer system.

In this course, the students will gain the practical skillset needed to write interactive, graphical programs at an introductory level.