AP Computer Science
AP Comp. Sci. Principles
AP Computer Science Principles is a multidisciplinary course designed for students in grades 9 to 12. It aims to provide a comprehensive introduction to the fundamental principles of computation and computer science. This course takes a creative approach to programming, emphasizing the development of computational artifacts for both self-expression and problem solving. By exploring various concepts such as abstractions, algorithms, large data sets, the Internet, cybersecurity concerns, and computing impacts, students gain a broad understanding of the field.
Throughout the course, students will be introduced to the tools and techniques used in computer science. They will learn how to design and evaluate solutions, apply computer science principles to solve problems, and develop algorithms and programs. The course emphasizes the importance of abstraction, enabling students to create efficient and scalable programs. Additionally, students will utilize data analysis to uncover new insights and knowledge.
Understanding the impact of computing innovations and computing systems is a crucial aspect of this course. Students will explore how the internet works and delve into its potential implications and consequences. They will also examine ethical considerations and develop a collaborative mindset within the computing culture.
As part of their learning experience, students will have the opportunity to apply their knowledge using MIT's APP Inventor, a platform for developing Android applications. Through hands-on projects and programming exercises, students will practice developing algorithms and programs, applying the principles and concepts they have learned.
AP Computer Science Principles aims to provide a rigorous and enriching curriculum that encourages a wide range of students to engage with computer science. By fostering computational thinking and problem-solving skills, this course aims to broaden participation in the field and equip students with the foundational knowledge and skills necessary for further study or careers in computer science and related fields.
At a glance:
Multidisciplinary course introducing fundamental principles of computation and computer science
Emphasis on creative programming for self-expression and problem solving
Covers tools and techniques, abstraction, data analysis, internet workings, cybersecurity, and ethical considerations, preparing students for further study or careers in computer science
AP Computer Science - A
AP Computer Science - A is an intensive course that utilizes the Java programming language to provide students with a comprehensive understanding of computer science principles. Through a combination of theoretical concepts and practical applications, students will develop skills in various areas of computer programming and software development.
The course covers essential topics, including Object-oriented Program Design, where students learn to design programs and classes effectively. Program Implementation techniques and programming constructs are explored to enhance students' ability to write efficient and robust code. Program Analysis emphasizes testing, debugging, handling runtime exceptions, and ensuring program correctness.
Students will also delve into Standard Data Structures such as primitive data types, strings, classes, lists, and arrays. They will explore Standard Operations and Algorithms, including operations on data structures, searching, and sorting algorithms. Additionally, Computing in Context will provide insights into broader considerations, such as system reliability, privacy, legal issues, and social implications of computing.
Prerequisites for this course include completion of Math 3 or higher, with prior exposure to AP Computer Science Principles being preferred. This course equips students with the knowledge and skills required to excel in the field of computer science and prepares them for success in the AP Computer Science - A exam.
At a glance:
Intensive course in Java programming for comprehensive understanding of computer science principles.
Covers object-oriented program design, implementation techniques, and program analysis.
Explores standard data structures, operations, algorithms, and broader computing context.