Bring computer science thinking into your math classroom with this 10-page, black-and-white “Black Innovators Coding Lab” worksheet pack designed for Grade 6 students. This unplugged coding resource blends logic, algorithms, functions, coordinate movement, and pattern recognition with culturally responsive innovation themes inspired by Black contributions to science, engineering, and technology.

Students solve hands-on logic and math challenges that simulate real coding concepts without using computers. Each worksheet contains 10 scaffolded problems, with the final question on every page requiring higher-order reasoning, explanation, and algorithm design.

Perfect for Black History Month, STEM integration, enrichment lessons, math centers, early finishers, sub plans, and cross-curricular computer science units.

What’s Included:

Worksheet 1: Algorithm Steps – Traffic Signal Logic

• Skills: Multi-step operations, expressions, algorithm sequencing
  
• Task: Follow and analyze a step-by-step algorithm and evaluate output patterns
  

Worksheet 2: Debug the Code – Broken Calculator

• Skills: Error analysis, order of operations, logical reasoning
  
• Task: Identify faulty steps and rewrite corrected algorithms
  

Worksheet 3: Pattern Recognition – Innovation Sequence

• Skills: Number patterns, growth rules, algebraic thinking
  
• Task: Determine pattern rules and generate future terms
  

Worksheet 4: Function Machine – Scientist Data Processor

• Skills: Linear functions, input-output tables, rate of change
  
• Task: Apply function rules and analyze output behavior
  

Worksheet 5: Binary Basics – Early Computer Logic

• Skills: Base systems, powers of two, number representation
  
• Task: Explore binary logic and compare values across number systems
  

Worksheet 6: Conditional Logic – If–Then Rules

• Skills: Logical branching, parity reasoning, algorithm behavior
  
• Task: Apply condition-based rules and compare outputs
  

Worksheet 7: Loop Simulation – Repeating Patterns

• Skills: Repeated addition, multiplication shortcuts, efficiency reasoning
  
• Task: Model looping behavior and convert repetition into expressions
  

Worksheet 8: Coordinate Coding Grid

• Skills: Coordinate plane navigation, movement tracking, spatial reasoning
  
• Task: Follow coded movement commands and analyze position changes
  

Worksheet 9: Efficiency Comparison – Two Algorithms

• Skills: Expression comparison, order of operations, growth analysis
  
• Task: Compare algorithm outputs and evaluate efficiency
  

Worksheet 10: Design Your Own Innovation Algorithm

• Skills: Algorithm design, expression writing, testing inputs
  
• Task: Create and evaluate a custom multi-step algorithm
  

How It Helps Students:

• Builds computational thinking without requiring devices
  
• Strengthens logic, pattern recognition, and multi-step problem solving
  
• Develops early coding concepts through math-based reasoning
  
• Encourages innovation-focused thinking connected to real-world problem solving
  

How It Helps Teachers:

• No-prep, print-and-go black-and-white worksheets
  
• Works in math class, STEM blocks, or computer science integration lessons
  
• Clear page structure makes implementation easy for substitutes and small groups
  
• Supports coding standards while reinforcing Grade 6 math skills
  

Solves Key Pain Points:

• Introduces coding concepts without needing technology access
  
• Keeps students engaged with hands-on logic challenges instead of passive worksheets
  
• Combines math rigor with STEM relevance in a single printable unit
  
• Eliminates planning time with ready-to-use activities
  

This resource includes typographically styled fractions and exponents, along with auto-formatted elements, designed to expose students to a variety of visual representations. By incorporating both digital and traditional formats, students encounter mathematical expressions in ways they may not often see in standard textbooks. This approach enhances flexible thinking and supports adaptation to various digital tools, platforms, and real-world scenarios. It encourages a deeper conceptual understanding and strengthens students’ confidence with diverse mathematical notations.

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