The course covers five main units: creative development (designing programs), data (storing and processing information), algorithms and programming (writing code), computer systems (how computers work), and impact of computing (ethics and societal effects). You'll learn through hands-on projects, often using block-based or beginner-friendly languages like App Lab or Snap, and develop both coding skills and computational thinking.

Many students struggle with translating logic into actual code, debugging programs when things don't work as expected, and understanding abstract algorithmic concepts. Time management is another challenge—the course includes a performance task requiring sustained project work over several weeks. Personalized tutoring helps break down these concepts into manageable steps and builds confidence in problem-solving approaches.

The AP exam (typically taken in May) consists of two parts: a multiple-choice section (testing conceptual knowledge) and a performance task (evaluating your ability to design, code, and document a program). Preparation should include regular practice with past exam questions, completing multiple projects to strengthen coding skills, and reviewing common algorithms and data structures. Starting preparation early in the school year allows time to identify weak areas and build mastery.

Tutors help you understand difficult concepts like loops, conditionals, and data structures through personalized explanations tailored to your learning style. They can review your code, help you debug programs, guide you through the performance task requirements, and provide targeted practice on exam question formats. With one-on-one support, you can work at your own pace and focus on the specific areas where you need the most help.

AP scores range from 1-5, with a 3 or higher generally considered passing and eligible for college credit at many universities. Most students aiming for college credit target a 3 or 4. Your score depends on exam performance and the performance task—both require consistent practice and understanding of core concepts. A tutor can help you identify your current level and create a realistic study plan to reach your target score.

Your first session is an opportunity to discuss your current level, specific challenges, and goals—whether you're just starting the course or preparing for the exam. The tutor will likely review a coding problem or concept you're working on to understand your thinking process and identify areas for improvement. This helps create a personalized plan focusing on your needs, whether that's building foundational coding skills, tackling difficult units, or exam preparation strategies.

Atlanta's strong tech community offers coding clubs, hackathons, and STEM programs through local schools and organizations that can reinforce classroom learning. Many of Atlanta's 19 school districts also provide after-school computer science clubs and coding competitions. Combining personalized tutoring with these community resources gives you multiple ways to practice, stay motivated, and connect with other students interested in computer science.