• Transform your classroom into a real-world disaster response engineering simulation with this 10-page, black-and-white printable “Lunar New Year Storm Engineering Team” math resource
  
• Students act as emergency engineers solving problems related to shelter construction, supply storage, damage assessment, evacuation planning, fuel management, and emergency budgeting
  
• Each worksheet includes 10 mathematically rigorous problems, with the final question on every page requiring engineering-style decision making and data-based justification
  
• Designed for high cognitive demand, multi-step reasoning, and authentic real-world math application
  
• Perfect for STEM integration, project-based learning, enrichment lessons, review units, and Lunar New Year themed classroom activities
  

What’s Included:

• Worksheet 1: Emergency Shelter Base Layout
  
  • Skills: area, perimeter, composite reasoning, cost calculation
    
  • Task: design shelter floor plans and calculate material requirements
    

• Worksheet 2: Supply Storage Volume Challenge
  
  • Skills: volume of rectangular prisms, capacity reasoning, percent of volume
    
  • Task: determine container capacity and supply storage efficiency
    

• Worksheet 3: Festival Tent Damage Report
  
  • Skills: percent decrease, fractions, repair cost calculation
    
  • Task: assess storm damage and estimate repair needs
    

• Worksheet 4: Emergency Fund Budget Control
  
  • Skills: multi-step operations, percent of budget, financial comparison
    
  • Task: manage emergency spending and prevent budget overruns
    

• Worksheet 5: Evacuation Route Distance Planner
  
  • Skills: unit conversion, distance comparison, averages, rate reasoning
    
  • Task: analyze evacuation routes and determine fastest response paths
    

• Worksheet 6: Water Supply Distribution
  
  • Skills: percent allocation, remainder percent, volume redistribution
    
  • Task: allocate water resources across shelters and medical stations
    

• Worksheet 7: Temporary Housing Block Design
  
  • Skills: area multiplication, repeated units, cost modeling
    
  • Task: design housing layouts and calculate construction materials
    

• Worksheet 8: Power Generator Fuel Planning
  
  • Skills: rate calculations, percent usage, multi-step fuel planning
    
  • Task: calculate fuel requirements and adjust for changing demand
    

• Worksheet 9: Festival Structure Stability Test
  
  • Skills: volume, cost estimation, percent reduction, comparison
    
  • Task: evaluate structural capacity and material usage
    

• Worksheet 10: Final Disaster Response Summary
  
  • Skills: integrated review of area, volume, percent, budgeting, data analysis
    
  • Task: analyze overall response efficiency and finalize engineering decisions
    

How It Helps Students:

• Builds strong understanding of geometry, measurement, and percent concepts
  
• Develops engineering-style problem solving and real-world application skills
  
• Strengthens multi-step reasoning and numerical accuracy
  
• Encourages logical decision making using authentic data scenarios
  

How It Helps Teachers:

• No-prep printable worksheets ready for immediate classroom use
  
• Ideal for STEM lessons, engineering challenges, and applied math units
  
• Provides consistent structure for easy grading and student independence
  
• Works well for whole-class instruction, centers, and enrichment activities
  

Solves Key Pain Points:

• Replaces abstract practice with meaningful, scenario-based engineering math
  
• Integrates multiple Grade 6 domains into one cohesive simulation
  
• Keeps engagement high through mission-style disaster response tasks
  
• Supports mixed-ability classrooms with scaffolded numerical data and applied contexts
  

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.

If you enjoy this resource, be sure to follow my store to get notified when new products are released.