Blogs

• Learning Habits

  Establishing pair programming habits in the classroom. This will extend to other forms of collaboration, such as group work and team projects.

• Tools Setup

  A key to learning in this class is understanding how to make a GitHub Pages project. This guide will setup and run the project. At the end, you will have a student Website that can be used for blogging classroom learnings and progress.

• Sprint 5 - CSP Data, Debugging, Deployment, and Testing

  Building a Production Product for College Board CPT

• The Digital Divide

  Learn about the Digital Divide, and what we can do to reduce it. By Marti, Nikhil, & Aarav.

• Issues

• Issues Post

• ML | Titanic Data

  Exploring the Titanic dataset with machine learning.

• Explanation of Submissions Backend

• Blogs View

• Blogs Home

• Blogs Post

• Seed Tracker Log

• Seed Tracker Log

• Issues Post

• Stocks Game

• Grader View

• Viewing Grades

• Presentation Queue

• Lesson Two - Classes

  Second lesson for classes and methods

• Blackjack

• Casino Games

• Dice Game

• Mines

• Poker Game

• Calendar

• Crypto Portfolio

• Leaderboard

• BI 1 | Creative Development | Team Test

  Create a video and build a notebook to review all the key questions from Big Idea 1

• 1.1-1.4 Team Test

  Create a video and build a notebook to review all the key questions from Big Idea 1

• Crypto Mining Simulator

• KASM User Guide

  How to Start Using KASM

• User Kasm

• Sprint 4 - CSA Mini-Project Integration

  Software Integration and Lesson Prep for College Board's FRQs and more.

• Grade Analytics

• JavaScript Teaching Prep

  Outline to assist in planning for teaching JavaScript lessons.

• Seed Tracker Teacher

• Seed Tracker Teacher

• Seed Tracker Teacher

• Seed Tracker Student Confirmation

• Seed Tracker Teacher

• Seed Tracker Student Confirmation

• Seed Tracker Teacher

• Seed Tracker Student Confirmation

• Seed Tracker Teacher

• Student Info

• Sprint 2 - CSSE 1 Objectives

  Student Teach and Software Development Objectives for Sprint 2

• Table View

• Home

• Table Details

• Stocks Buy/Sell

• Sprint 3 - CSP Objectives

  Software Development using Frontend and Backend Technologies

• Sprint 4 - CSP Ideation and Objectives

  Software Ideation, Design, and Development for College Board CPT

• Stocks Portfolio

• Comments

• Task_manager

• Submission Page

• Submission Page

• Stocks Viewer

• 3.10 Python Lists and Intro

  This is student-led teaching on lists! Here you'll learn how to manipulate individual elements or items in a list using indexing.

• 3.10 Python Hacks

  Following 10.1, now it's your time to show your learning! Complete the following below. These are your hacks for Python lists.

• 3.10 Javascript Hacks

  This builds off the initial 3.10.2 lesson. Here you'll find the popcorn hacks (classwork) and hacks (homework) for arrays!

• 3.10 Lists

  This is student-led teaching on lists! Here you'll learn how to manipulate individual elements or items in a list using indexing.

• Presentations

• Stocks Home

• Stocks Home

• Assignment Management

  Assignment management system

• Hacks Generator

  Generate MC or FRQ hacks based on specific units

• Hacks Grader

  Grade hacks on a 0.55 scale while also providing feedback

• Team Teach Toolkit

  Grade popcorn hacks, generate hacks, or review team teach units here

• Review Page

  Post questions and get replies from peers

• Sprint 2 - CSSE Objectives

  Student Teach and Software Development Objectives for Sprint 2

• Sprint 2 - CSSE Objectives

  Student Teach and Software Development Objectives for Sprint 2

• 3.10.1 List Operations

  Student led teaching on Lists. Learn how storage and manipulation of multiple items using indexing to access individual elements.

• 3.10.2 List Pseudocode

  Student led teaching on Lists. Learn how storage and manipulation of multiple items using indexing to access individual elements.

• 3.10.3 List Functions

  Student led teaching on Lists. Learn how storage and manipulation of multiple items using indexing to access individual elements.

• 3.10.4 List Input

  Student led teaching on Lists. Learn how storage and manipulation of multiple items using indexing to access individual elements.

• 3.10 Lists

  Learn how storage and manipulation of multiple data items is performed using lists and indexing.

• 3.8.1 For Loops

  Student led teaching on Iteration. Learn how to do loops with Java and Python.

• 3.8.2 While, Do-While

  Student led teaching on Iteration. Learn how to do loops with Java and Python.

• 3.8.3 Index Loops

  Student led teaching on Iteration. Learn how to do loops with Java and Python.

• 3.8.4 Continue and Break

  Learn how to do loops with Java and Python!

• 3.10 Javascript Lists (More Information)

  This is part 2 of the lesson. This develops lists even further, focusing on Javascript arrays!

• 3.10 Homework and Submission

  This is the grading and submission page for 3.10, period 3. Review the rubric, and when you are ready, submit!

• 3.8.9 Grading Policy

  Rubric for how our homework will be graded

• 3.6.1 Intro To Conditionals

• 3.6.2 Simple Javascript Conditionals

• 3.6.3 Simple Python Conditionals

• 3.6.4 Fun Conditionals Quiz!

• 3.7.1 Intro To Nested Conditionals

• 3.7.2 Python Hack For Nested Conditionals

  grade determiner in python

• 3.7.3 Javascript Hacks

  Javascript example of nested conditionals

• 3.7 Homework Question

  Test your understanding of nested conditionals

• 3.7 Nested Condtionals 🧑‍💻╰(*°▽°*)╯

• 3.6 Conditonals 🧑‍💻╰(*°▽°*)╯

• 3.10.1 List Operations and Append

• 3.10.2 Accessing and Deleting Elements

• 3.10.3 Assigning a Value & Length of A List

• 3.10.4 Minimum Value and Finding an Element

• 3.10 Lists

• 3.7 Nested Conditionals If statements

  Student led teaching Nested Conditionals using Javascript and Python

• 3.7.2 Nested Conditionals Homework Hack

  Student led teaching on Conditionals using Javascript and Python

• Lesson 3.1.2 Python Data Types

• Lesson 3.1.3 JavaScript Variables

• Lesson 3.1.4 JavaScript Data Types

• Lesson 4.2 Strings and Functions

• Lesson 4.3 JavaScript Strings

• Lesson 3.4 Strings Hack

• 3.6.1 Conditionals If statement

  Student led teaching on Conditionals using Javascript and Python

• 3.6.2 Conditionals Examples

  Student led teaching on Conditionals using Javascript and Python

• 3.7 Nested Conditionals

  Student led teaching on Nested Conditionals using Javascript and Python

• Sprint 2 - CSP Objectives

  Student Teach and Software Development Objectives for Sprint 2

• 3.5.1 Boolean Values Python

  Student led teaching on Iteration. Learn how to do loops with Java and Python.

• 3.5.2 Boolean Values Javascript

  Student led teaching on Iteration. Learn how to do loops with Java and Python.

• 3.5.3 Booleans Homework Hack

  Student led teaching on Booleans. Learn how booleans are used in decision-making with logical operators.

• 3.5.4 Booleans Popcorn Hack

  Student led teaching on Booleans. Learn how booleans are used in decision-making with logical operators.

• 3.6 Conditionals

  Student led teaching on Conditionals using Javascript and Python

• 3.2.1 Data Types Part 1

  Student led teaching on data types and when to use them.

• 3.2.2 Data Types Part 2

  None

• 3.2.3 JSON implementation

  Student led teaching on converting from Python to JSON.

• 3.8.1 Recursion Iteration and Nested For Loops P3

  Lesson on Iteration Recursion and Nested For Loops, including popcorn hacks, homework, and basic explanation of what is going on.

• 3.10.1 JavaScript Arrays (Lists) - Period 4

  This is student-led teaching on lists

• 3.10.2 Python Lists - Period 4

  This is student-led teaching on lists

• 3.10.3 Python Hacks - Period 4

  This is student-led teaching on lists! Here you'll learn how to manipulate individual elements or items in a list using indexing.

• 3.10.4 JavaScript Hacks - Period 4

  This is student-led teaching on lists! Here you'll learn how to manipulate individual elements or items in a list using indexing.

• 3.4 Javascript Strings

  Gain and understanding of how strings work

• 3.4 Python Strings

  Creating a lesson by using Javascript.

• 3.4 Strings Hacks

  Added Popcorn Hacks

• 3.4 Strings Homeworkd

  Added Homework Hacks

• 3.5 Overview Expressions

  Student led teaching on Mathematical Expressions. Learn how mathematical expressions involve using arithmetic operators (like addition, subtraction, multiplication, and division) to perform calculations

• 3.8.2 Use While loops to print strings with booleans

  Learn to use while loops to repeat code

• 3.8.4 While Loops

  Learn to use while loops to repeat code

• 3.8.6 Iterating over a created list using loops

  Learn how to iterate over a list.

• 3.8.7 Iterating over a list using loops and printing a message

  Learn how to iterate over a list/dictionaryand then print a message afterwards.

• 3.8.8 Breaking loops by checking for conditions

  Learn to break loops using conditional statements, and the continue function.

• Lesson 3.10 Lists

• CSP Period 4 Unit 3.7.2 Nested Conditionals Javascript Lesson

  Nested conditionals in JavaScript allow for more complex decision-making by placing one conditional statement inside another. This structure enables a program to check additional conditions only if the previous condition is true, creating a layered decision process. In this lesson, students will learn how to implement nested if, else if, and else statements to create more specific control flows in their programs. Through examples and exercises, they will gain a deeper understanding of how to manage multiple conditions effectively, enhancing the logic of their code.

• CSP Period 4 Unit 3.7.3 Nested Conditionals Python Hacks

  In this lesson on nested conditionals in Python, students will explore how to create decision-making structures that involve multiple layers of conditions. By learning how to nest if, elif, and else statements, they will be able to write more precise and complex programs where one condition is checked only after another condition is met. The lesson will include hands-on exercises to help students understand when and how to apply nested conditionals for better control flow and logical clarity in their code.

• CSP Period 4 Unit 3.7.4 Nested Conditionals Javascript Hacks

  In this lesson on nested conditionals in Javascript, students will explore how to create decision-making structures that involve multiple layers of conditions. By learning how to nest if, elif, and else statements, they will be able to write more precise and complex programs where one condition is checked only after another condition is met. The lesson will include hands-on exercises to help students understand when and how to apply nested conditionals for better control flow and logical clarity in their code.

• 3.8.5 For Loops

  Nested Loops/If Statements, Try/Except, Iteration through Recursion

• 3.5 Booleans Relational Operators

  Learn Relational Operators in Booleans

• 3.5 Logical Operators

  Learn Logical Operators in Booleans

• 3.5 Logical Operators

  Learn Logical Operators in Booleans

• 3.2 Data Types in Python

  Learn about the Data Types in Python.

• 3.3 Mathematical Expressions

  Student led teaching on Mathematical Expressions. Learn how mathematical expressions involve using arithmetic operators (like addition, subtraction, multiplication, and division) to perform calculations

• 3.3 Mathematical Expressions 🔣

  Student led teaching on Mathematical Expressions. Learn how mathematical expressions involve using arithmetic operators (like addition, subtraction, multiplication, and division) to perform calculations

• 3.5 Booleans Homework

  Student led teaching on Booleans. Learn how booleans are used in decision-making with logical operators (like less than or greater than).

• 3.5 Booleans 🔄

  Student led teaching on Booleans. Learn how booleans are used in decision-making with logical operators (like less than or greater than).

• Popcorn Hacks for Iteration 3.8

  Popcorn hacks available for you to try!.

• Homework Hack for Iteration 3.8

  Homework hack available for you to try!

• Solutions for Hacks!

  Warning! Has answers to the best practice problems.

• 3.2 Data Types 1 - Integers, Floating-Point Numbers, and Strings

• 3.2 Data Types 2 - Lists, Tuples, Sets

• 3.2 Data Types 3 - Dictionaries, Booleans, None

• 3.2 Hacks

• 3.2 Homework

• 3.2 Python Conversion to JSON

• Big Idea 3.10 Part 4- Different Values in Lists

  Learn more about lists

• Big Idea 3.10 Part 3- Modifying Lists

  Learn more about how to modify lists and check their length!

• Big Idea 3.10 Part 2- Inserting & Deleting Elements From Lists

  Learn more about adding and removing elements from lists!

• Big Idea 3.10 Part 1- Creating Lists

  Learn more about lists and how to create them!

• 3.3.1 Mathematical Expressions

  Student led teaching on Mathematical Expressions. Learn how mathematical expressions involve using arithmetic operators (like addition, subtraction, multiplication, and division) to perform calculations

• 3.3.2 Mathematical Operations

  Student led teaching on Mathematical Expressions. Learn how mathematical expressions involve using arithmetic operators (like addition, subtraction, multiplication, and division) to perform calculations

• 3.3.3 Mathematical Expressions Hacks

  Student led teaching on Mathematical Expressions. Learn how mathematical expressions involve using arithmetic operators (like addition, subtraction, multiplication, and division) to perform calculations

• 3.3.4 Mathematical Expressions Challenge

  Student led teaching on Mathematical Expressions. Learn how mathematical expressions involve using arithmetic operators (like addition, subtraction, multiplication, and division) to perform calculations

• 3.4 Strings

  Interpret programs that use strings.

• 3.2 Data Abstraction - Hacks and Homework

  Here, you will learn how to represent a list or string using a variable, generalize data sources through variables, use abstraction to manage complexity in a program, and explain how abstraction manages complexity.

• 3.1 Mathematical Expressions; Mathematical Operations

  Student led teaching on Mathematical Expressions. Learn how mathematical expressions involve using arithmetic operators (like addition, subtraction, multiplication, and division) to perform calculations

• 3.2 Mathematical Expressions; Mathematical Functions

  Student led teaching on Mathematical Expressions. Learn how mathematical expressions involve using arithmetic operators (like addition, subtraction, multiplication, and division) to perform calculations

• 3.3 Mathematical Expressions; Fibonacci Sequence

  Student led teaching on Mathematical Expressions. Learn how mathematical expressions involve using arithmetic operators (like addition, subtraction, multiplication, and division) to perform calculations

• 3.3 Homework & Submission (Period 3)

  This is the grading and submission page for 3.3, period 3. Review the rubric, and when you are ready, submit!

• 3.3 Homework Hacks (Period 3)

  This is the grading and submission page for 3.3, period 3. Review the rubric, and when you are ready, submit!

• 3.3 Mathematical Expressions

  Student led teaching on Mathematical Expressions. Learn how mathematical expressions involve using arithmetic operators (like addition, subtraction, multiplication, and division) to perform calculations

• 3.4 Strings Introduction

  Introduction to Strings

• 3.4.1 Python Strings

  This is a student-led taught lesson on strings, here you'll learn some major concepts from Big Idea 3

• 3.4.2 Python Hacks

  Complete these hacks to demonstrate your understanding

• 3.4.3 Javascript Strings

  Here you'll learn how strings are used in Javascript

• 3.4.4 Javascript Hacks

  Complete these hacks to demonstrate your understanding of the content

• 3.4.5 Grading Policy

  Homework will be graded based on this Rubric

• 3.5 Booleans; De Morgan's Law (Period 3)

  Student led teaching on Booleans. Learn how booleans are used in decision-making with logical operators.

• 3.5 Booleans; Truth Table (Period 3)

  Student led teaching on Booleans. Learn how booleans are used in decision-making with logical operators.

• 3.5 Booleans; All About Booleans (Period 3)

  Student led teaching on Booleans. Learn how booleans are used in decision-making with logical operators.

• 3.5 Booleans; Hacks (Period 3)

  Homework hacks for 3.5

• 3.5 Booleans (Period 3)

  Student led teaching on Booleans. Learn how booleans are used in decision-making with logical operators.

• 3.8.5 Nested If Statements

  Learn what a nested if statement is and does, practice problems for getting familiar with nested if statements

• 3.8.3 Looping Through a List With Indexes

  Lesson on how to make a list, how to loop through a list, and practice problems, with explanations in between

• Lesson 4.1 Strings

• CSP Period 4 Unit 3.6.1 Conditionals in Python

  In this lesson, students will learn how to use if-else statements in Python to make decisions in their code. They will discover how to use if to check if something is true, else for what happens if it's not true, and elif for more choices. Students will also learn how to combine conditions using and, or, and not. By the end of the lesson, they will be able to write simple programs that make decisions based on different situations.

• CSP Period 4 Unit 3.6.1 Conditionals in JavaScript

  In this lesson, students will learn how to use conditional statements in JavaScript to control what happens in their programs based on specific conditions. They will explore how to use if, else, and else if statements to check if certain conditions are true or false and execute different parts of the code accordingly. They will also learn to combine conditions using logical operators like && (and), || (or), and ! (not). By the end of the lesson, students will be able to write simple interactive programs that make decisions based on user input or data.

• CSP Period 4 Unit 3.6.4 Conditionals in Python Hacks

  In this lesson, students will practice using if-else statements in Python through a series of hands-on exercises. They will solve problems that require them to make decisions in their code based on different conditions. These exercises will cover checking conditions with if, handling multiple outcomes with elif, and providing fallback options with else. Students will also practice combining conditions using and, or, and not to create more complex decision-making programs. By the end of the lesson, students will be more confident in using conditionals to solve real-world problems.

• CSP Period 4 Unit 3.6.4 Conditionals in JavaScript Hacks

  In this lesson, students will practice using if-else statements in JavaScript through interactive exercises. They will work on solving problems that require making decisions in their code based on different conditions. The exercises will cover how to use if, else if, and else statements to handle multiple outcomes. Students will also practice combining conditions with logical operators like && (and), || (or), and ! (not). By the end of the lesson, students will have improved their ability to write programs that respond dynamically based on different scenarios.

• CSP Period 4 Unit 3.7.1 Nested Conditionals Python Lesson

  Nested conditionals in Python allow for more complex decision-making by placing one conditional statement inside another. This structure enables a program to check additional conditions only if the previous condition is true, creating a layered decision process. In this lesson, students will learn how to implement nested if, elif, and else statements to create more specific control flows in their programs. Through examples and exercises, they will gain a deeper understanding of how to manage multiple conditions effectively, enhancing the logic of their code.

• 3.8.1 While loops

  Basic concept for while loops

• 3.8.2 While loops

  While loops nesting

• 3.8.3 for loops

  Basic concept for for loops

• 3.8.4 For Loops

  Looping with strings, dictionaries, and indexes

• 3.3 Mathematical Operations

  Learn the different types of Mathematical Operations

• 3.3 Mathematical Operations

  Learn the different types of Mathematical Operations

• 3.3 Mathematical Operations

  Learn the different types of Mathematical Operations

• 3.3 Mathematical Operations

  Learn the different types of Mathematical Operations

• 3.6 Conditionals Part 1

• 3.6 Conditionals Part 1

• 3.6 Conditionals Part 2

• 3.7 Nested Conditionals

  Student led teaching on Conditionals.

• 3.2 - Data Abstraction | Javascript & Assignments

  Nolan & Jacob's Data Abstraction Presentation

• 3.2 - Data Abstraction | JSON

  Nolan & Jacob's Data Abstraction Presentation

• 3.2 - Data Abstraction - Variables

  Nolan & Jacob's Data Abstraction Presentation

• 3.1 Variables and Strings

  Team Teach String Operations

• 3.1 Variables and Strings

  Team Teach String Operations

• 3.1 Variables and Strings

  Team Teach String Operations

• 3.1 Variables and Strings

  Team Teach String Operations

• 3.1 Variables and Strings

  Team Teach String Operations

• 3.1 Variables and Strings

  Team Teach String Operations

• 3.1 Variables and Strings

  Team Teach String Operations

• 3.1 Variables and Strings

  Team Teach String Operations

• 3.4 String Operations

  3.4 Team Teach String Operations

• 3.4 String Operations

  3.4 Team Teach String Operations

• 3.4 String Operations

  3.4 Team Teach String Operations

• 3.4 String Operations

  3.4 Team Teach String Operations

• 3.4 String Operations

  3.4 Team Teach String Operations

• 3.4 String Operations

  3.4 Team Teach String Operations

• 3.4 String Operations

  3.4 Team Teach String Operations

• 3.4 String Operations

  3.4 Team Teach String Operations

• 3.4 String Operations

  3.4 Team Teach String Operations

• 3.4 String Operations

  3.4 Team Teach String Operations

• 3.4 String Operations

  3.4 Team Teach String Operations

• 3.4 String Operations

  3.4 Team Teach String Operations

• 3.4 String Operations

  3.4 Team Teach String Operations

• 3.4 String Operations

  3.4 Team Teach String Operations

• 3.4 String Operations

  3.4 Team Teach String Operations

• 3.4 String Operations

  3.4 Team Teach String Operations

• 3.4 String Operations

  3.4 Team Teach String Operations

• Iterations In Python and JavaScript 3.8

  Learn about the giant world of iterations.

• 3.2 Lesson Period 4 - Integer Data Abstraction

• 3.2 Lesson Period 4 - Float Data Abstraction

• 3.2 Lesson Period 4 - Strings Data Abstraction

• 3.2 Lesson Period 4 - Lists Data Abstraction

  Student led teaching on Iteration. Learn how to do loops with Java and Python.

• 3.2 Lesson Period 4 - Tuples Data Abstraction

• 3.2 Lesson Period 4 - Dictionaries Data Abstraction

• 3.2 Lesson Period 4 - Sets Data Abstraction

• 3.2 Lesson Period 4 - Booleans Data Abstraction

• 3.2 Lesson Period 4 - None Data Abstraction

• 3.3 Python Mathematical Expressions

  Student led teaching on Mathematical Expressions. Learn how mathematical expressions involve using arithmetic operators (like addition, subtraction, multiplication, and division) to perform calculations

• 3.3 Javascript Mathematical Expressions

  Student led teaching on Mathematical Expressions. Learn how mathematical expressions involve using arithmetic operators (like addition, subtraction, multiplication, and division) to perform calculations

• 3.3 Python Mathematical Hacks

  Student led teaching on Mathematical Expressions. Learn how mathematical expressions involve using arithmetic operators (like addition, subtraction, multiplication, and division) to perform calculations

• 3.3 Javascript Mathematical Hacks

  Student led teaching on Mathematical Expressions. Learn how mathematical expressions involve using arithmetic operators (like addition, subtraction, multiplication, and division) to perform calculations

• Lesson 3.4 Strings

• 3.5 Python Booleans

  Student led teaching on Python Booleans.

• 3.5 Javascript Booleans

  Student led teaching on Javascript Booleans.

• 3.5 Python Boolean Hacks

  Student practice on Python Booleans.

• 3.5 Javascript Booleans Popcorn Hacks

  Student practice on Javascript Booleans.

• Python Variables Popcorn Hacks

  3.1 Python popcorn hacks

• Python Variables Popcorn Hacks

  3.1 Python popcorn hacks

• 3.1 Python Variables

  Learning how to use variables in Python

• 3.1 Python Variables

  Learning how to use variables in Python

• 3.1 JavaScript Variables

  Learning how to use variables in JavaScript

• 3.1 JavaScript Variables Popcorn Hacks

  In classrom JavaScript challenges, aka popcorn hacks

• 3.1 JavaScript Variables Popcorn Hacks

  In classrom JavaScript challenges, aka popcorn hacks

• 3.4 Objectives

  3.1 JavaScript and Python Homework

• 3.4 Python Strings

  Learning how to use strings in Python

• 3.4 Python Strings Popcorn Hacks

  3.4 Python popcorn hacks

• 3.4 Python Strings Popcorn Hacks

  3.4 Python popcorn hacks

• 3.4 JavaScript Strings

  Learning how to use strings in JavaScript

• 3.4 JavaScript Strings Popcorn Hacks

  3.4 JavaScript popcorn hacks

• 3.6 Pseudocode for Lesson

  Writing pseudocode and additional hacks for each thing. Possibly adding flowcharts

• 3.6 Pseudocode for Lesson

  Writing pseudocode and additional hacks for each thing. Possibly adding flowcharts

• 3.2 Integer Data Abstraction

  Student led teaching on Abstraction. Teaching how various data types can use abstraction for copmutational efficiency.

• 3.2 Float Data Abstraction

  Student led teaching on Abstraction. Teaching how various data types can use abstraction for copmutational efficiency.

• 3.2 Strings Data Abstraction

  Student led teaching on Abstraction. Teaching how various data types can use abstraction for copmutational efficiency.

• 3.2 Lists Data Abstraction

  Student led teaching on Abstraction. Teaching how various data types can use abstraction for copmutational efficiency.

• 3.2 Tuples Data Abstraction

  Student led teaching on Abstraction. Teaching how various data types can use abstraction for copmutational efficiency.

• 3.2 Dictionaries Data Abstraction

  Student led teaching on Abstraction. Teaching how various data types can use abstraction for copmutational efficiency.

• 3.2 Sets Data Abstraction

  Student led teaching on Abstraction. Teaching how various data types can use abstraction for copmutational efficiency.

• 3.2 Boolean Data Abstraction

  Student led teaching on Abstraction. Teaching how various data types can use abstraction for copmutational efficiency.

• 3.2 None Data Abstraction

  Student led teaching on Abstraction. Teaching how various data types can use abstraction for copmutational efficiency.

• 3.1 Variable Introduction

  Introduction to Variables

• 3.1.1 Python Variables

  This is a student taught lesson on Python Variables, here you'll learn key concepts from Big Idea 3!

• 3.1.2 Python Hacks

  Get ready to test your knowledge on variables with this homework.

• 3.1.3 Javascript Variables

  Let's learn how variables work in Javascript

• 3.1.4 Javascript Hacks

  It's your turn to demonstrate your knowledge on variables, finish all the hacks to evaluate your knowledge.

• 3.1.5 Grading Policy

  Understand how your homework will be graded

• 3.1 Objectives

  3.1 JavaScript and Python Homework

• 3.1 Objectives

  3.1 JavaScript and Python Homework

• 3.1.1 Python Variables

  Creating a lesson by using Python.

• 3.1.2 Javascript Variables

  Creating a lesson by using Javascript.

• 3.1.3 Python Variables

  Creating a lesson by using Python.

• 3.1.4 Python Variables

  Creating a lesson by using Python.

• 3.2 Data Abstraction

  Student led teaching on Abstraction. Teaching how various data types can use abstraction for computational efficiency.

• 3.3 Mathematical Expressions

  Student led teaching on Mathematical Expressions. Learn how mathematical expressions involve using arithmetic operators (like addition, subtraction, multiplication, and division) to perform calculations

• Lesson 3.1 Python Variables

• 3.2 Data Abstraction

  Student led teaching on Abstraction. Teaching how various data types can use abstraction for computational efficiency.

• Programming Fundamentals - P5

  An introduction to College Board's Big Idea 3, part one. This is a collection of Python lessons to help students understand the fundamental algorithm and programming elementes required by College Board's AP Computer Science Principles curriculum.

• Programming Fundamentals - P5

  An introduction to College Board's Big Idea 3, part one. This is a collection of Python lessons to help students understand the fundamental algorithm and programming elementes required by College Board's AP Computer Science Principles curriculum.

• 3.1 Variables and Assignments

  This lesson explains how variables are abstractions used to represent and store data.

• Bathroom pass

  If you need a bathroom pass, you've come to the right place.

• Sprint 1 - Objectives

  Tools and Software Development for Sprint 1

• Sprint 1 - Objectives

  Tools and Software Development for Sprint 1

• Kasm Workspaces Container Building

• Kasm DockerHub Push

• Nighthawk Registry Guide

• S3 Persistent Storage

  How to configure Kasm to Store Persistent Data on S3

• Autoscale Configuration Guide

  How to configure Kasm to automatically scale agents

• Backend Fullstack Development

  Guide to the backend development of you're feature

• Design a Fullstack Feature

  Starting the project with brainstorming and visualizing of features is an important step in the development process. This article will introduce you through the design process of a fullstack feature.

• Example Fullstack Feature

  Guide to the backend development of you're feature

• Frontend Fullstack Development

  Guide to the backend development of you're feature

• Fullstack Development

  A reminder and guide to full stack development, aka learn how to do everyone job

• Quiz Questions for APCSA Unit 10

  Questions and Code Cells for the Quiz on Unit 10

• Quiz Questions for APCSA Unit 2

  Quiz Questions and Code Cells for APCSA Unit 2

• Quiz Questions for APCSA Unit 3

  Questions and Code Cells for the Quiz on Unit 3

• Quiz Questions for APCSA Unit 4

  Questions and Code Cells for the Quiz on Unit 4

• Quiz Questions for APCSA Unit 5

  Questions and Code Cells for the Quiz on Unit 5

• Quiz Questions for APCSA Unit 6

  Questions and Code Cells for the Quiz on Unit 6

• Quiz Questions for APCSA Unit 7

  Questions and Code Cells for the Quiz on Unit 7

• Quiz Questions for APCSA Unit 8

  Questions and Code Cells for the Quiz on Unit 8

• Quiz Questions for APCSA Unit 9

  Questions and Code Cells for the Quiz on Unit 9

• Terraform Vs Ansible

  Differences Between Terraform and Ansible

• Kasm Multi-Server Installer Developers Guide

  This document goes through the menu options and other options while explaining how the system is configured and works. Think of this as an extended guide explaining how everything works.

• Kasm Multi-Server Installer Guide

  This section below is the installation and menu guide for the Kasm multiserver installer.

• Cronjob for Container Restart

  How to create a cronjob to check if the Kasm Docker images are running and auto-start them if not.

• Deploy on AWS

  This notebook will guide you step-by-step on how to configure your AWS instance and run Docker container in order to deploy your backend.

• Scrum planning and tracking a Flask project

  Flask is the type of project that has multiple layers and components that need to be developed and tested. This post will show you how to use Scrum practices to plan and track your Flask project.

• Anatomy of Python Flask

  A discussion of key elements in a Python Flask backend project. This includes preparing a project for deployment.

• Profile

  Full Stack Development with Flask explained by terms and examples.

• Create A Ideation Page for Your Flask Full-Stack web application

  Starting Your Flask Project

• Create A Login Page Flask Full-Stack web application

  Full Stack Development with Flask explained by terms and examples.

• Create A Sign Up Page Flask Full-Stack web application

  Full Stack Development with Flask explained by terms and examples.

• Styling with SASS and Using Different Icons

  Styling your frontend features

• Play with Flask in Jupyter Notebook

  Quick launch into Flask, Functions, List, API, and HTML.

• 3.2 Data Types

• Backend Development (Flask)

  Flask is a micro web framework for Python based on Werkzeug, Jinja 2 and good intentions.

• Player | Student

• OOP, Multiplayer

  Start a discussion on setting up two or more players in a game. A key part of doing this is understanding all attributes in GameObject and GameEnv, serializing and deserializing this information over the internet.

• OOP game levels, Part 2 coding

  The key ideas behind creating game levels. This serves as an introduction prior to learning and playing with the code.

• OOP game levels, Part 1 files

  This provides a synopsis of the platformer game. Included is an overview of files, directories, javascript files, and an outline of the game objects, game levels, and game control.

• Procedures

  Lesson for developing procedures in Python

• Developing Algorithms

  College Board Big Idea 3, Idea 9, Developing Algorithms

• Developing Algorithms

  College Board Big Idea 3, Idea 9, Developing Algorithms

• Iteration

  Team Teach for Period 4 iteration

• Iteration

  Team Teach for Period 4 iteration

• Data Types, Lists, Dictionaries

  An introduction to Data Types using Python Variables, Lists [] and Python Dictionaries {}.

• Data Types, Lists, Dictionaries

  An introduction to Data Types using Python Variables, Lists [] and Python Dictionaries {}.

• Java Spring Hacks

  A POJO is basis of the Spring framework, but also it is basis of Java and the AP CSA exam.

• Flask Debug Walk-Through

  Start using Flask API's with Frontend or Postman.

• Flocker Start APIs

  Defing the APIs for the Flocker project

• 3.10 Lists

  Student led teaching on Lists. Learn how storage and manipulation of multiple items using indexing to access individual elements.

• 3.10 Lists

  Student led teaching on Lists. Learn how storage and manipulation of multiple items using indexing to access individual elements.

• Java Persistent API (JPA)

  Define the JPA layer. The JPA enables frontend to query backend and returns a list.

• API Controller

  Creating an API request and response to the Spring Boot application.

• Plain Old Java Objects (POJO)

  Define a POJO, essentially an class with @Entity properties that enables it to be used with Spring Boot in the process of making a database.

• Frontend UI

  Fetching data from the Spring Boot backend API

• Introduction Java Spring Framework

  Introduction to API, JPA, ORM, POJOs in Java Spring Framework

• Anatomy of a Spring Boot Project

  A discussion of key elements in a Java Spring Boot backend project. This includes preparing a project for deployment.

• 3.8 Iteration

  Student led teaching on Iteration. Learn how iteration can be achieved using loops such as for loops and while loops.

• 3.7 Nested Conditionals

  A supplemental blog on nested conditionals. Learn how nested conditionals allow for more complex decision-making by enabling multiple levels of conditions than regular conditionals.

• 3.5 Booleans

  Student led teaching on Booleans. Learn how booleans are used in decision-making with logical operators.

• 3.6 Conditionals

  Student led teaching on Conditionals. Learn how conditionals control the flow of a program by executing specific blocks of code under certain conditions.

• 3.1 Variables and Assignments

  Student led teaching on Variables and Assignments. Learn how variables store information and are manipulated in a program.

• 3.1 Variables and Assignments

  Student led teaching on Variables and Assignments. Learn how variables store information and are manipulated in a program.

• 3.2 Data Abstraction

  Student led teaching on Data Abstraction. Learn how data abstraction involves managing complexity in programs

• 3.3 Mathematical Expressions

  Student led teaching on Mathematical Expressions. Learn how mathematical expressions involve using arithmetic operators (like addition, subtraction, multiplication, and division) to perform calculations

• 3.4 Strings

  Student led teaching on Strings. Learn how strings are sequences of characters used to represent text and how to manipulate them.

• Big Idea 1.4 - Correcting errors

  Practice with identifying and correcting code blocks

• Big Idea 1.4 - Correcting errors

  Practice with identifying and correcting code blocks

• Programming Fundamentals

  An introduction to College Board's Big Idea 3, part one. This is a collection of Python lessons to help students understand the fundamental algorithm and programming elementes required by College Board's AP Computer Science Principles curriculum.

• Programming Fundamentals - P2

  An introduction to College Board's Big Idea 3, part one. This is a collection of Python lessons to help students understand the fundamental algorithm and programming elementes required by College Board's AP Computer Science Principles curriculum.

• Programming Fundamentals - P3

  An introduction to College Board's Big Idea 3, part one. This is a collection of Python lessons to help students understand the fundamental algorithm and programming elementes required by College Board's AP Computer Science Principles curriculum.

• Programming Fundamentals - P4

  An introduction to College Board's Big Idea 3, part one. This is a collection of Python lessons to help students understand the fundamental algorithm and programming elementes required by College Board's AP Computer Science Principles curriculum.

• Big Idea 3 Algo and Prog Fundamentals

  An introduction to College Board's Big Idea 3, part one. This is a collection of Python lessons to help students understand the fundamental algorithm and programming elementes required by College Board's AP Computer Science Principles curriculum.

• Big Idea 3.1 - Variables and Assignments

  College Board topics 3.1-3.2

• Big Idea 3.1 - Variables and Assignments

  College Board topics 3.1-3.2

• RPG Hacks

  This project focuses on integrating the Turtle-Water RPG starter into a larger game development project.

• Background

  A guide to OOP using Javascript using the Background.js code.

• Player

  A guide to understand the Player.js algorithms.

• Anatomy of RPG Game

  A guide to using Javascript, and to learning how to build, edit and change the RPG game.

• JSON Object

  A guide on simple parallax background animations using Javascript, and how to implement them into games

• Agile Methodology Intro

  Agile methodology helps bring out all the good characteristics in group development. The sociology of how an individual and group of individuals work in a Scrum Team using Agile methodology is a key development skill. Often interview questions, for a job interview in the real world, focus on the processes of how you work on code.

• GitHub Pages Hacks

  Objective is to be able to work fully with Notebooks, Submenus, and Anatomy to create your own personal interest blog.

• GitHub Pages Jekyll

  Learn about the power of GitHub Pages and Jekyll

• Setting up utterances

  Learn how to set up utterances for your blog. Utterances is a tool that allows you to have comments on your blog posts.

• Anatomy of GitHub Pages

  Learn the Files and development work flow of GitHub Pages. This includes working with you home page, theme, markdown, and more.

• Playing with Jupyter Notebooks and Python

  GitHub pages was built with Python and Jupyter Notebooks in mind. This post is to verify tools by using Python.

• Tools Play using JavaScript

  JavaScript, HTML, CSS and Markdown are the primary coding languages used by bloggers when developing in the GitHub Pages system. Student developers can learn functionality while adding functionality to their GitHub pages website.

• Tool Hacks

  These hacks are for tools that are used in the development process. Completing these hacks will help you to understand the tools better and are foundational for the course

• GitHub Pages Playground

  The Web Programming topics are focused on learning Frontend programming, GitHub Pages, and Jupyter Notebooks.

• Build a Markdown Page

  JavaScript, HTML, CSS and Markdown are coding languages used by bloggers when developing in the GitHub Pages system. By using these languages, student developers can add functionality to their GitHub pages site.

• Tools Verify using Shell

  Linux and the shell is used in this example to setup and verify the installation of the tools. Additionally, a few programming exercises are included.

• Tools and Equipment

  Tech has reshaped our lives, from the internet to the smartphone in your phone pocket, or the advent of AI. This course is opening new technology possibilities, by equipping you with the developer tools that are the keys to boundless technology possibilities.

• Accounts

  This class will require you to make a Portfolio 2025 Web Site, a GitHub Account, a Slack Account, and as part of final exam will require you update your LinkedIn account.

• Pair Showcase

  Anytime in Sprint 1 is time to show accomplishments to teacher. The last week of the Spring there will be a formal live review meeting.