AP Computer Science Principles (AP CSP) Overview
Master AP Computer Science Principles with confidence.
Personalized support for the five AP Computer Science Principles big ideas, multiple-choice strategy, project planning, and Create Performance Task written-response preparation.
5
Big Ideas
70
MCQs
1:1
Mentoring
Curriculum
Curriculum: the five AP Computer Science Principles big ideas, taught with practice
Students connect computing concepts to real programs, data, systems, and social impact questions.
Creative Development
Design, prototype, test, and refine computing innovations through collaboration and iteration.
Data
Represent information, find patterns in data, and use data to discover new knowledge.
Algorithms and Programming
Develop algorithms, use abstraction, trace code, and build programs that solve problems.
Computing Systems and Networks
Understand the internet, networks, protocols, cybersecurity, and how systems move data.
Impact of Computing
Evaluate privacy, security, bias, accessibility, intellectual property, and ethical computing decisions.
Assessment
Assessment: multiple choice plus Create task readiness
MCQ Review
70 multiple-choice questions covering the five big ideas
Create Task Guide
Program code, video, and Personalized Project Reference
Written Responses
4 prompts tied to the Create task
Tutoring
Tutoring: support for classwork, the AP exam, and the Create task
Create task planning
Choose a realistic project idea, break it into features, and keep the student-owned work organized.
Code Reading
Build confidence with variables, conditionals, loops, lists, procedures, parameters, return values, pseudocode, and AP-style code tracing.
MCQ strategy
Practice data, networks, algorithms, computing impacts, passage questions, and multi-select questions.
Written response prep
Prepare students to explain purpose, function, algorithm logic, testing, and abstraction clearly.
Debugging habits
Use traces, test cases, console output, and incremental development to find mistakes faster.
Responsible computing
Discuss privacy, security, equity, bias, accessibility, and real-world computing tradeoffs.
How Sessions Work
A steady path from confusion to confidence
Sessions are practical, student-specific, and timed around school deadlines and the AP exam calendar.
1. Assess
Review the student's current class, programming comfort, Create task timeline, and AP exam goals.
2. Build
Practice the five big ideas with short coding tasks, data activities, and exam-style questions.
3. Prepare
Turn mistakes into a study plan and rehearse Create task written-response reasoning.
FAQ
Common AP Computer Science Principles questions
Is AP Computer Science Principles beginner-friendly?
Yes. AP Computer Science Principles is designed as a broad introductory computing course. Students do not need prior Java experience.
Do you help with the Create Performance Task?
Yes. We help students plan, debug, test, and explain their own work while following AP rules and keeping the project student-authored.
How is AP Computer Science Principles different from AP Computer Science A?
AP Computer Science Principles is broader and includes data, networks, impacts, and a Create task. AP Computer Science A is more Java-focused and code-intensive.
Ready to strengthen AP Computer Science Principles?
Start with a focused plan for classwork, Create task prep, and the AP exam.