Unleash the Power of STEM with the Paper Chair Challenge: A High School Engineering Adventure!

The Challenge: A Journey of Discovery

The Paper Chair Challenge is not just an activity; it’s a journey into the process of design, innovation, and resilience. Students are tasked with designing and constructing a chair using only paper and a limited supply of tape. The catch? This chair must support increasing weights until they collapse!

Buyer Comment: ⭐️⭐️⭐️⭐️⭐️ Extremely satisfied "My students really enjoyed the challenges. I felt they were at the right level for my students."

This activity is geared towards students in high school. If you'd like something for middle school students, please CLICK HERE.

Are you ready to engage your high school students with a hands-on, minds-on STEM engineering challenge? My Paper Chair Challenge brings the principles of Science, Technology, Engineering, and Mathematics (STEM) to life right in your classroom.

Your resource also includes my STEM Challenge Journal so your students can keep track of their STEM progress throughout the year!

Educational Objectives Aligned with Standards

Aligned with Next Generation Science Standards (NGSS), this resource seamlessly integrates into your existing curriculum while providing a substantial and memorable learning experience. Students will:

• Explore shapes and structures and their application in engineering.
• Understand the principles of weight distribution and stability.
• Experience the engineering design process through brainstorming, planning, testing, and iteration.
• Develop teamwork and communication skills through collaborative learning.
• Cultivate problem-solving and critical thinking abilities that are transferable to any academic pursuit.

Specifically, it covers the following standards: HS-ETS1-1, HS-ETS1-2, HS-ETS1-3, HS-ETS1-4, HS-PS2-6, HS-PS3-3.

What’s Inside: A Toolkit for Success

In this comprehensive resource, educators will receive:

• Detailed Task Description: A step-by-step guide to introduce the challenge to students, outlining objectives, and setting the stage for their engineering adventure.
• Design Preparation: Instructions for students to create a detailed drawing of their chair design, encouraging planning and forethought before construction begins.
• Reflection Questions: Seven thought-provoking short-answer questions to facilitate reflection post-build, deepening students’ understanding of the engineering principles at play.
• Research Extension: Three research-based questions to extend learning beyond the classroom, encouraging students to explore real-world engineering failures and successes.
• Getting Started Tips: A list of tips to help struggling students begin the activity with confidence, ensuring inclusivity and support for all learners.

If you're looking for more STEM Challenges to use in your High School classroom, I also have these in My Store:

• Rube Goldberg Machine Challenge
• Acoustic Instrument Challenge
• Parachute Challenge
• Solar Oven Challenge
• Paper Ball Run Challenge
• Wind-Powered Car Challenge
• Pasta Bridge Challenge
• Simple Telescope Challenge
• Sturdy Platform Challenge
• Paddle Boat Challenge

• Craft Stick Dome Challenge
• Water Filtration System Challenge
• Balloon-Power Rocket Challenge
• Pasta Tower Challenge
• Aluminum Foil Boat Challenge
• Marshmallow Catapult Challenge
• Straw Tower Challenge
• Egg Drop Challenge
• Paper Bridge Challenge
• Paper Chair Challenge

Why Choose the Paper Chair Challenge?

In our rapidly evolving world, STEM education is more than a buzzword; it's a necessity. The Paper Chair Challenge meets this need by providing a platform for students to experience STEM in a dynamic and personal way, fostering a growth mindset and an appreciation for the iterative nature of scientific and engineering work.

Benefits for Teachers and Students Alike

• Easy to Implement: This activity requires minimal preparation and uses materials readily available in any classroom, making it a highly accessible STEM project.
• Adaptable for Differentiation: The challenge can be easily adapted to cater to a range of abilities and learning styles, ensuring that every student can participate and succeed.
• Encourages a Positive STEM Culture: By incorporating this project into your curriculum, you're helping to build a classroom environment that values curiosity, creativity, and the joy of discovery.
• Develops Future-Ready Skills: Students will not only learn about engineering concepts but also develop skills such as adaptability, perseverance, and strategic thinking—skills that are critical for their future, no matter the path they choose.