Bring real-world engineering into your classroom with this hands-on Earthquake-Resistant Structure STEM Lab.

In this engaging engineering design challenge, students build and test a free-standing structure that must survive simulated earthquake shaking.

Using simple classroom materials, students design, construct, test, analyze, and redesign a structure under realistic constraints. Structures are tested on a shake platform to simulate seismic forces, allowing students to observe how lateral motion impacts stability. Students collect data, compare performance across groups, and construct a Claim–Evidence–Reasoning (CER) explanation connecting structural design features to earthquake resistance.

This lab blends engineering design, forces and motion, and Earth science concepts, making it an excellent cross-curricular STEM activity. It emphasizes problem-solving, teamwork, iteration, and evidence-based reasoning while remaining low-prep and classroom-friendly.

Perfect for middle school science units on earthquakes, forces, or engineering design, this activity encourages students to think like real engineers and discover how structure, base width, reinforcement, and center of mass affect stability.

⭐ What’s Included

✔ Complete 60-minute lesson plan
✔ Step-by-step teacher instructions
✔ Student worksheet with design sketch, data table, and CER prompt
✔ Shake platform setup instructions
✔ Engineering redesign phase
✔ NGSS- and TEKS-supportive content
✔ Ready-to-print classroom resource

⭐ Skills & Concepts Reinforced

• Engineering design process
  
• Structural stability
  
• Forces and motion
  
• Cause and effect relationships
  
• Data analysis and evaluation
  
• Redesign and iteration
  
• Seismic forces and Earth science connections
  

⭐ Perfect For

• Middle school Earth science
  
• Earthquake units
  
• STEM lab rotations
  
• Engineering design challenges
  
• NGSS MS-ETS instruction
  
• TEKS seismic or forces units
  
• Enrichment or review lessons
  
• Collaborative group work
  

⭐ Why Teachers Love This Lab

• Highly engaging and competitive
  
• Uses inexpensive materials
  
• Easy to set up and manage
  
• Encourages redesign and critical thinking
  
• Clear science + engineering crossover
  
• Strong CER writing opportunity