Frequently Asked Questions
The most frequently asked questions about preparing for the AP Computer Science and AP Cybersecurity exams, how lessons work, and the goal of a perfect score of 5.
It is generally recommended to start in October–November with 1–2 hours of regular study per week. For students starting in January–February, an accelerated intensive program is applied to ensure complete preparation for the College Board exam in May.
The AP Cybersecurity course covers network security protocols (TCP/IP, DNS, VPN), cryptography and encryption methods, system vulnerabilities and threat analysis (malware, phishing, DoS), firewalls and defense strategies. With modules tailored to each level, all high school students—whether they have a coding background or are starting from scratch—receive complete preparation for the College Board exam in May.
Lessons are taught online, one-on-one, through live coding (Java SE) and problem solving with interactive screen sharing. Every lesson includes instant quizzes and analysis of FRQ questions from past years, so the student's conceptual gaps are closed immediately.
Absolutely, yes. Many students we have worked with so far started with zero coding background and earned a perfect score of 5 with our systematic study plan. The curriculum is built step by step, starting from the most basic logical structures (Primitive Types).
According to the College Board Fall 2025 Course and Exam Description (CED), AP CS A has been streamlined into 4 units: Unit 1: Using Objects & Methods (15–25%), Unit 2: Selection & Iteration (25–35%), Unit 3: Class Creation (10–18%), and the highest-weighted Unit 4: Data Collections (30–40%). The exam includes 42 multiple-choice questions (55%) and 4 standardized FRQs (45%: Methods & Strings, Class Design, ArrayList Analysis, 2D Arrays). Our lessons directly implement this exact architecture and scoring rubrics.
Strictly no. The College Board does not allow AI tools during AP Computer Science A examinations. Achieving a 5 requires independent computational problem solving: mental code tracing, autonomous debugging, and writing complete Java algorithms under timed conditions (Dual Competency). Our private lessons build this exact independent fluency.
Outside of lesson time, students can send questions they could not solve or code blocks they got stuck on via WhatsApp 24/7. Weekly homework checks and parent updates are carried out regularly.