St. Patrick’s Day Engineering Challenge – Teacher

Summary

Teacher Guide: St. Patrick’s Day Wind Energy Engineering Challenge

This Teacher Guide provides step-by-step instructions for facilitating the St. Patrick’s Day Engineering Challenge. Students design and test a wind-powered turbine that lifts a small load using only energy from a fan, applying engineering design principles and renewable energy concepts.

The guide walks teachers through:

• Engineering Design Process alignment

• Design constraints and fair testing protocols

• Blade pitch and torque discussions

• Data collection and trial consistency

• Structured redesign and improvement

Clear setup instructions, material lists, safety considerations, and testing protocols make this lesson easy to implement, even for teachers new to engineering challenges. The guide emphasizes controlled testing, quantitative data collection, and evidence-based redesign, helping students move beyond trial-and-error building toward scientific reasoning.

Optional extensions allow teachers to integrate:

• Work calculations

• Power calculations 

• Mechanical advantage exploration

• Load scaling for differentiation

This guide is ideal for teachers searching for:

• Easy-to-run STEM challenges

• Renewable energy engineering lessons

• Seasonal science activities with academic depth

• Wind turbine classroom labs

The Teacher Guide supports the full St. Patrick’s Day Engineering Challenge lesson and includes alignment with engineering standards and performance-based assessment options.
Teachers may also want to explore Energy Transformations or Introduction to Energy Efficiency to connect wind energy concepts to broader energy systems instruction.