Algorithms and Programming Unit Plan for AP CSP

Course Context

This unit is part of the comprehensive AP Computer Science Principles Curriculum, exploring the third Big Idea of algorithms and programming.

Key Navigation Resources

• Full Course Plan
• Detailed Course Syllabus
• Exam Preparation Guide

Unit Overview

This unit focuses on the third Big Idea in AP CSP: Algorithms and Programming. Students will learn how to develop algorithms, implement them in code, and analyze their efficiency. The unit covers fundamental programming concepts including variables, expressions, statements, control structures, functions, and data structures.

Connections to Other Units

Creative Development Unit

• Apply debugging and error correction techniques
• Develop creative problem-solving approaches
• Learn iterative design processes

Data Unit

• Use data structures and processing techniques
• Implement algorithms for data manipulation
• Develop efficient data analysis approaches

Computer Systems and Networks Unit

• Understand how programs execute on computing systems
• Explore network-based programming concepts
• Analyze computational infrastructure

Impact of Computing Unit

• Examine the societal implications of algorithmic solutions
• Understand ethical considerations in programming
• Analyze how algorithms impact different domains

Lesson Progression

Explore algorithms and programming through structured lessons:

• Day 1: Introduction to Algorithms
• Day 2: Variables and Assignments
• Day 3: Expressions and Operators
• Continuing through Day 25: Final Project Presentations and Unit Review

Exam Preparation

Preparation for the AP Computer Science Principles Exam:

• Develop comprehensive programming skills
• Practice algorithm design and implementation
• Learn to analyze and optimize computational solutions

Unit Objectives

By the end of this unit, students will be able to:

1. Design and implement algorithms to solve computational problems
2. Use sequencing, selection, and iteration in algorithms and programs
3. Evaluate the correctness of algorithms through testing and debugging
4. Create and use functions to manage complexity in programs
5. Develop programs that use data structures to manage information
6. Analyze algorithms for efficiency using Big O notation
7. Incorporate existing code, libraries, and APIs to solve computational problems
8. Collaborate to develop programs that address complex problems

Learning Outcomes

By unit completion, students will:

1. Master fundamental programming concepts
2. Design efficient algorithmic solutions
3. Develop computational thinking skills
4. Create complex, functional programs
5. Prepare for advanced computing challenges

Philosophy

Empowering students to:

• Think algorithmically
• Solve complex problems systematically
• Create innovative computational solutions
• Understand the power of programming

Embark on a journey of algorithmic discovery and computational creativity!