The exam has two components: a multiple-choice section (70% of the score) with 70 questions covering the five big ideas, and the Create Performance Task (30% of the score) where you develop and submit a program you've created. The multiple-choice section tests conceptual knowledge and problem-solving, while the performance task demonstrates your ability to design, implement, and reflect on a computing solution. Most students find success by practicing with released exam questions and getting feedback on their project work early in the year.

Many students struggle with the transition from block-based coding (like Scratch) to text-based languages, debugging complex code, and understanding how algorithms work conceptually before implementing them. The Create Performance Task also challenges students who are new to documenting their code and explaining their design decisions. Additionally, balancing the conceptual big ideas with practical programming skills requires a different study approach than traditional test-prep courses, so students benefit from consistent practice and project-based learning throughout the year.

Score improvement depends on your starting point and consistency with practice. Students who work with a tutor typically see gains by identifying weak areas early—whether that's algorithm design, data representation, or project documentation—and targeting those skills with focused practice. The national average AP Computer Science Principles score is around 2.9 out of 5, so students aiming for a 3 or higher benefit most from tutoring that covers both conceptual understanding and exam-specific strategies. Regular practice with released exam questions and feedback on your performance task draft typically leads to measurable improvement by exam day.

Ideally, tutoring is most effective when you start early in the school year—ideally by October or November—so you can build a strong foundation in programming fundamentals and the big ideas before tackling the Create Performance Task. If you're starting later in the year, a tutor can help you prioritize which concepts to focus on and accelerate your preparation for the multiple-choice section. Even a few months of consistent tutoring can help you strengthen weak areas and boost your confidence on exam day.

Raleigh's 17 school districts and 136 schools offer varying levels of AP Computer Science support, so resources vary by school. Varsity Tutors connects students with tutors who understand the AP curriculum and can supplement what you're learning in class, whether your school emphasizes Python, JavaScript, or another language. A tutor can also help bridge gaps if your school's course moves quickly or focuses more heavily on one area (like programming) over another (like the social impacts of computing).

The Create Performance Task requires you to design a program, document your process, and explain your work—skills that benefit greatly from expert feedback. A tutor can help you brainstorm project ideas that align with the rubric, review your code for clarity and functionality, and guide you through writing the required documentation and reflection. Getting feedback on a draft version of your project early gives you time to revise and strengthen your submission before the deadline.

In your first session, a tutor will assess your current understanding of programming fundamentals, identify which of the five big ideas feel strongest and weakest, and learn about your learning style and goals. They'll also review your class materials to understand what your teacher emphasizes and where you need the most support. From there, you'll develop a personalized plan that might focus on coding practice, exam strategy, performance task guidance, or a combination—whatever helps you reach your AP goals.