SAT Curriculum

  1. Mathematics 
    • Algebra
    • Geometry
    • Advanced Math (Trigonometry, Pre-Calculus)
  2. Reading

    • Reading Comprehension – Strategies to approach and tackle passages across different subjects.
    • Vocabulary Building – Tips for improving vocabulary and context-based understanding.
    • Optional Essay Section
  3. Writing and Language

    • Grammar and Usage – Focus on proper sentence structure, punctuation, and grammar rules.
    • Rhetorical Skills – Understanding how passages are structured and the author’s intent.
  4.  Optional Essay Section

    • Essay Writing Skills – Structuring and organizing essays, crafting strong arguments, and using evidence effectively.

Curriculum Approach:

  • Diagnostic Test: Assess students’ baseline skills to tailor the curriculum.
  • Topic-wise Study: Break down each subject into smaller topics for in-depth learning.
  • Practice Tests: Regular practice tests to simulate the real exam environment.
  • Review and Analysis: Analyze test results to identify strengths and weaknesses.
  • Individualized Learning: Tailor teaching methods to suit individual learning styles.
  • Strategy Sessions: Teach test-taking strategies, time management, and effective approaches to each section.

Additional Considerations:

  • Resources: Provide access to SAT prep books, online resources, and practice tests.
  • Interactive Learning: Use multimedia, interactive tools, and group activities.
  • Mock Exams: Conduct periodic mock exams to gauge progress and readiness.
  • Feedback and Guidance: Offer personalized feedback and guidance for improvement.

A well-rounded SAT curriculum should aim not only to cover content but also to enhance critical thinking, problem-solving, and analytical skills required for success on the exam.

Consider integrating technology, such as educational apps or online platforms, to supplement classroom learning and provide additional practice opportunities.

Math topics:

  1. Heart of Algebra
  • Linear Equations and Inequalities: Solving linear equations, inequalities, systems of equations, and inequalities.
  • Linear Functions: Understanding and analyzing linear functions, graphs, and their properties.
  • Graphs and Functions: Interpreting relationships represented in graphs, identifying key features of graphs, and using graphs to solve problems.
  1. Problem Solving and Data Analysis
  • Ratio, Proportion, and Percentages: Solving problems involving ratios, rates, percentages, and proportions.
  • Data Interpretation: Analyzing and interpreting data presented in various formats such as tables, graphs, and charts.
  • Descriptive Statistics: Understanding basic statistical concepts, including mean, median, mode, range, and standard deviation.
  1. Passport to Advanced Math
  • Non-linear Equations and Expressions: Understanding quadratic and other non-linear equations, functions, and their graphs.
  • Radicals and Exponents: Operations involving radicals, exponents, and rational exponents.
  • Complex Numbers: Understanding and performing operations with complex numbers.
  • Polynomials: Working with polynomial expressions, equations, and functions.
  • Functions: Understanding the properties of functions, including quadratic, exponential, logarithmic, and trigonometric functions.

Additional Topics

  • Geometry: Concepts related to angles, triangles, circles, polygons, coordinate geometry, and transformations.
  • Trigonometry: Basic trigonometric concepts such as sine, cosine, tangent, and their applications in triangles.

English:

  1. Reading Comprehension
  • Passages: Fiction, Non-Fiction, Literature, Science, Social Studies.
  • Analyzing Texts: Understanding and interpreting passages, identifying main ideas, themes, and supporting details.
  • Vocabulary in Context: Understanding word meaning based on the context of the passage.
  1. Writing and Language
  • Grammar and Usage: Understanding proper sentence structure, punctuation, subject-verb agreement, and verb tense.
  • Rhetorical Skills: Analyzing and improving the effectiveness of a passage, identifying errors and improving coherence.
  • Editing Skills: Revising and editing passages for clarity, style, and organization.

Additional Considerations:

  • Command of Evidence: Understanding how authors use evidence to support their arguments or claims in a passage.
  • Data Interpretation: Analyzing and interpreting information presented in tables, graphs, and charts (occasionally appears in reading passages).

Essay (Optional)

  • Essay Writing (Optional): Analyzing an argument, developing a thesis, using evidence effectively, and showcasing strong writing skills.

Gama Star and Gama programs:

Feature

Gama Star for Math and English

Gama for Math and English

Math Program

Specialized advanced math tracks

Comprehensive math curriculum

English Program

Advanced language and literature courses

Standardized English curriculum

Focus

Accelerated learning, high-achieving students

Inclusive education for various proficiency levels

Teaching Approach

Advanced methodologies and problem-solving

Traditional teaching methodologies

Resources

Specialized resources for advanced learning

Standardized resources and materials

Target Audience

Advanced learners, competitive exam prep

Diverse range of learners

Enrichment

Enrichment programs, extracurriculars

General English language support

Community Focus

Excellence and high-achieving students

Inclusivity, catering to diverse learners

Assessment Methods

Rigorous evaluations, advanced testing

Standardized assessments and progress tracking

Student Support

Specialized tutoring, mentoring for advanced topics

Additional support for struggling learners

Curriculum Depth

In-depth exploration of complex math and language topics

Comprehensive coverage of foundational concepts

Flexibility

Tailored programs based on individual learning pace

Structured programs with defined learning milestones

Career Guidance

Preparation for advanced fields, career-oriented paths

General guidance for future educational and career paths

Technology Use

Innovative tech integration for learning enhancement

Moderate use of technology for supplementary learning

Duration of each session

Number of students

90 min

            4 to 5

60 min

       Up to 30 students

Classes Conducted by

Experienced Certified Educators

    Enthusiastic Educators

Mode of Class

    Learning Center/Online/one to one

    Online