New Jersey Coding Studies — Grade 6
Comprehensive Course Syllabus
Course Overview
Our New Jersey Grade 6 Coding Studies course is designed around the New Jersey Student Learning Standards for Computer Science and Design Thinking (NJSLS-CSDT) for middle-school learners.
Grade 6 introduces students to more advanced computational thinking, algorithms, programming, data analysis, cybersecurity, digital citizenship, computer systems, and engineering design. Students progress from introductory programming toward more structured coding and problem-solving activities while learning how to design, test, debug, and improve computational solutions.
Computational Thinking
Problem Decomposition
Students learn to break complex problems into smaller and more manageable parts before developing a solution.
Pattern Recognition
Students identify patterns in numbers, text, data, algorithms, and program behavior to find efficient solutions.
Abstraction
Students learn to focus on the essential information in a problem while ignoring unnecessary details.
Algorithmic Thinking
Students develop step-by-step procedures that can be followed by a person or computer to solve a problem.
Computational Problem Solving
Students combine decomposition, pattern recognition, abstraction, and algorithms to solve increasingly complex problems.
Algorithms & Program Design
Algorithm Development
Students design algorithms for mathematical, logical, scientific, and real-world problems.
Pseudocode
Students write structured pseudocode before coding so they can clearly plan how a program should work.
Flowcharts
Students represent program logic visually using flowcharts and standard decision-making symbols.
Sequence
Students understand how instructions execute in order and how changing the order can change program behavior.
Selection
Students create algorithms that make decisions based on conditions.
Programming Fundamentals
Programming Languages
Students learn why different programming languages exist and how programming languages allow humans to communicate instructions to computers.
Variables
Students use variables to store information such as numbers, text, scores, names, and other changing values.
Data Types
Students explore common data types such as integers, decimals, strings, and Boolean values.
Operators
Students use arithmetic, comparison, and logical operators to perform calculations and make decisions.
Input & Output
Students create programs that receive information from users and display or produce appropriate results.
Control Flow
Conditional Statements
Students use if, else, and related logic to make programs behave differently under different conditions.
Boolean Logic
Students work with true/false values and use logical expressions to control program behavior.
AND, OR & NOT
Students combine multiple conditions using logical operators to create more sophisticated decision-making programs.
For Loops
Students use counting and sequence-based loops to automate repetitive programming tasks.
While Loops
Students create loops that continue executing while a specified condition remains true.
Functions & Modular Programming
Introduction to Functions
Students learn how functions group reusable instructions into meaningful blocks of code.
Function Parameters
Students provide information to functions using parameters so that the same function can perform different tasks.
Return Values
Students learn how functions can produce results that can be used elsewhere in a program.
Code Reuse
Students identify repeated code and replace it with reusable functions to make programs shorter and easier to maintain.
Modular Program Design
Students divide larger programs into smaller modules or functions that each perform a specific responsibility.
Data Structures & Collections
Lists
Students store and organize multiple values using lists or similar collection structures.
Accessing Data
Students retrieve individual items from collections using positions or indexes.
Updating Collections
Students add, remove, modify, and reorganize values within collections.
Searching Data
Students create simple algorithms for finding specific values or items within a collection.
Sorting Data
Students explore basic sorting concepts and understand why organized data can be easier to process.
Debugging & Program Testing
Syntax Errors
Students identify programming errors caused by incorrect syntax and learn how to correct them.
Logic Errors
Students identify programs that run but produce incorrect results because the underlying logic is wrong.
Runtime Errors
Students learn how certain problems occur while a program is running and how to investigate them.
Debugging Strategies
Students use systematic techniques to locate, isolate, and correct programming problems.
Test Cases
Students create different inputs and expected outputs to determine whether a program works correctly.
Data & Data Analysis
Data Collection
Students collect information through surveys, observations, measurements, experiments, and digital sources.
Data Organization
Students organize information using tables, lists, categories, and other structured representations.
Data Visualization
Students create and interpret charts, graphs, tables, and other visual representations of data.
Data Patterns
Students identify trends, relationships, similarities, differences, and unusual values within data.
Data Analysis
Students use computational tools and mathematical reasoning to analyze data and answer questions.
Computer Systems & Networks
Computer Components
Students explore processors, memory, storage, input devices, output devices, sensors, and other computing components.
Operating Systems
Students learn the role of operating systems in managing computer hardware, applications, files, and user interaction.
File Systems
Students understand how digital files and folders are organized, stored, accessed, and managed.
Computer Networks
Students explore how computers and other devices communicate and share resources through networks.
Internet Architecture
Students develop an age-appropriate understanding of clients, servers, websites, browsers, and data communication.
Cybersecurity & Digital Safety
Personal Data
Students identify personal and sensitive information and understand why it should be protected.
Password Security
Students learn how to create strong passwords and understand basic authentication and account-security practices.
Phishing & Online Scams
Students learn to recognize suspicious messages, links, websites, downloads, and requests for personal information.
Malware
Students develop an age-appropriate understanding of viruses, malware, spyware, and other malicious software.
Secure Online Behavior
Students learn safe practices for browsing websites, downloading files, using applications, and communicating online.
Digital Citizenship & Technology Ethics
Responsible Technology Use
Students learn how to use computers, networks, applications, and digital resources responsibly.
Digital Footprint
Students understand how online actions can create a lasting digital record.
Online Communication
Students practice respectful, appropriate, and responsible communication in digital environments.
Copyright & Intellectual Property
Students develop an age-appropriate understanding of copyright, ownership, attribution, and responsible use of digital content.
Artificial Intelligence Awareness
Students explore basic concepts of AI, automated decision-making, data, and responsible use of AI-powered technologies.
Robotics, Engineering & STEM
Robotics Fundamentals
Students explore how robots combine hardware, software, sensors, algorithms, and actuators to perform tasks.
Sensors & Inputs
Students investigate how sensors collect information such as light, distance, sound, temperature, touch, or movement.
Programming Robots
Students write programs that control movement, timing, direction, speed, and responses.
Sensor-Based Decisions
Students combine sensor inputs with conditions and algorithms to create responsive robotic systems.
Engineering Design Process
Students define problems, identify constraints, brainstorm solutions, develop prototypes, test designs, and make improvements.
Programming Projects
Interactive Applications
Students create small applications that receive input, process information, and produce useful outputs.
Game Development
Students design simple games using variables, conditions, loops, scoring systems, user interaction, and game rules.
Data Projects
Students create programs that collect, organize, process, and visualize data.
Simulation Projects
Students build simple computational models that represent real-world systems or processes.
Problem-Solving Challenge
Students receive an open-ended problem and independently design, implement, test, and improve a computational solution.
Teaching Methodology
Our Grade 6 Coding Studies classes focus on computational thinking, programming, algorithms, data, cybersecurity, computer systems, digital citizenship, robotics, engineering, and real-world problem solving. Students learn through:
Learning Outcomes
By the end of Grade 6, students will be able to:
Assessment & Progress Tracking
Student progress is evaluated through: