Introduce young engineers and office designers to the simple, effective mechanics of fastening and structural stability with the Push Pin Research and Design Pack. This zero-prep STEM and technology resource is designed to help students analyze the anatomy, historical evolution, and mechanical function of one of our most ubiquitous organizational tools: the push pin. By combining clear visual references with structured object inquiry, this resource builds engineering literacy as students dissect how tapered needle geometry, high-friction insertion, and ergonomic head design work together to create secure temporary fasteners. Students will explore essential design and physics concepts, learning how point-loading, material density, and surface tension operate to fix documents firmly to display substrates.

About This Product

This Push Pin Everyday Object Profile is built for the modern classroom with a Clean Design that is Print Ready for immediate use. Each worksheet is structured to guide students through the scientific method, helping them observe, sketch, and document how small-scale fasteners are engineered to solve specific human needs for display and organization, encouraging critical thinking and technical observation skills.

Object Profile Explored

• What It Is: A specialized short pin featuring a broad, flat, or cylindrical head, engineered specifically for the quick, secure fastening of papers and notices to a corkboard or similar substrate.
• How It Is Made: A precision-sharpened steel needle is expertly inserted into a mold, and high-impact plastic is then injected around the top to form the easy-to-grip, ergonomic head.
• Inventor and History: Invented by Edwin Moore in 1900. He famously started the Moore Push-Pin Company with just $112.60 in capital, revolutionizing office and home organization.
• Materials Used: High-tensile steel pin paired with a durable plastic, decorative glass, or lightweight aluminum head.
• Primary Uses: Effortlessly pinning critical documents, photographs, or public notices to corkboards, felt, or drywall.
• Strengths and Weaknesses: Remarkably easy to insert and remove manually without the need for a hammer or other tools; however, they inherently leave small, permanent holes in both paper and wall surfaces, and are notoriously dangerous if dropped on the floor.
• Environmental Impact: Due to their tiny size and complex, mixed-material construction (metal and plastic), these items are essentially impossible to recycle efficiently and ultimately end up in landfills.
• Fun Fact: Before the push pin was invented, people traditionally used standard, thin sewing pins to hold up papers—which frequently hurt their thumbs when they tried pushing them into hard wood surfaces!

What is Included

• Everyday Object Profile: A comprehensive fact sheet detailing historical origins, material composition, and environmental considerations.
• Object Anatomy Lab: A deconstruction activity where students identify, list, and sketch the individual parts of a push pin (needle point, shaft, head).
• Scientist Observation Log: Includes a dedicated template for field notes, object sketches in action, and physical measurements including pin length, head diameter, and point sharpness.
• Object Detective Clues: A structured K-W-L Know, Want, Learned chart for documenting discovery.
• Evolution and Design Challenge: A worksheet focused on identifying the fastening problem the object solves and brainstorming creative ways to improve the current design.
• Futuristic Design Report: A creative template for students to sketch and propose their own innovative, next generation fastening or display system.

Perfect For

• STEM and Engineering: Ideal for units on fastening mechanics, material science, office ergonomics, and the history of simple tool innovation.
• Scientific Writing Centers: A robust tool for teaching informative writing, technical documentation, and design thinking logs.
• Hands-On Lab Days: Pair this packet with different display materials to perform a study on which substrates offer the best holding power for various pin shapes.
• Sub Plans: A reliable No Prep independent activity that keeps students highly engaged and thinking like engineers.

Why Teachers Love It

• Zero Prep Needed: Save hours of lesson planning with a ready-to-print engineering resource.
• Professional Aesthetic: Minimalist layouts keep students focused directly on the technical and observational content.
• Multisensory Learning: Seamlessly blends visual literacy, technical sketching, and engineering analysis.

Elevate your classroom’s design discovery and engineering literacy with this professional object research resource. Add the Push Pin Research and Design Pack by Curious Curriculum Club to your teaching toolkit today!