The exam has two parts: a multiple-choice section (70% of score) and a create performance task (30% of score) completed during the school year. The multiple-choice section tests conceptual understanding and problem-solving across all five big ideas, while the create task requires you to design, implement, and document a program that solves a problem of your choice. Success requires both strong coding skills and the ability to articulate your thinking clearly in written form.

Many students struggle with translating abstract algorithmic thinking into working code, especially when debugging complex programs. Others find the written response portion challenging—explaining your code and design choices clearly is just as important as writing correct code. Time management is also critical, as balancing the create task with exam preparation requires consistent effort throughout the year.

Personalized 1-on-1 instruction is particularly effective for computer science because tutors can identify exactly where your understanding breaks down—whether it's specific programming concepts, algorithm design, or communicating your solutions. Students who work with tutors typically see improvement through targeted practice on weak areas, mock exams that simulate test conditions, and feedback on their create task before submission. The timeline depends on your starting point, but consistent weekly sessions starting several months before the exam allow time for meaningful progress.

Look for tutors with strong computer science backgrounds—ideally a degree in computer science or related field, plus teaching or tutoring experience with AP-level students. They should be familiar with the current AP Computer Science Principles curriculum and exam format, and able to explain both the 'how' (writing code) and the 'why' (algorithmic thinking and societal impact). Experience with the specific programming language your school uses is also valuable.

Your first session focuses on assessment and planning. A tutor will review your current coursework, identify which topics feel solid and which need work, and discuss your goals for the exam. They'll likely give you a diagnostic problem or quiz to pinpoint specific gaps, then create a personalized study plan that fits your timeline and learning style. This foundation ensures every future session targets what will have the biggest impact on your score.

Yes—tutors can help you brainstorm project ideas, plan your program's design, debug code, and refine your written explanations of your work. They'll guide you through the AP requirements (like algorithm analysis and program functionality) and help you articulate your creative process clearly. However, the actual coding and task submission must be your own work, so tutors focus on teaching you how to approach the problem rather than writing the code for you.

Tutors connected with Rochester students understand the specific curriculum and pacing used across the area's 25 school districts, so they can align their instruction with what your school emphasizes. They're also familiar with local exam patterns and can tailor their approach to match your school's teaching style, making the transition to personalized tutoring smoother and more effective.