Unlock the magic of long-exposure photography with this comprehensive, student-friendly Solargraph project!

This high-quality resource guides students through the fascinating process of building their own pinhole camera from a simple soda tin to capture the sun’s path over days, weeks, or even months. Perfect for Key Stage 3 & 4 (Science or Art), this project blends physics (light and optics) with creative, hands-on experimentation.

What’s Included in this 4-Page Pack:

Detailed Teacher Guide: Full instructions on preparation, safety, and classroom management.

Step-by-Step Build Instructions: Clear, illustrated directions for turning a tin into a functional camera.

Student “Cheat Sheet”: An easy-to-follow guide explaining why the image looks like a “negative” when first removed from the tin.

Digital Development Tutorial: A “Canva-ready” guide that teaches students how to digitally invert, adjust, and flip their images to reveal the final “positive” sun-trail masterpiece.

Key Learning Objectives:

Understand how light travels in straight lines through a pinhole.

Explore the concept of long-exposure and the chemical reaction of light-sensitive paper.

Master digital post-processing skills using free software (Canva).

Develop patience and observational skills through “slow” photography.

Why Choose This Resource?

UK-Ready: Written in British English with clear, concise instructions.

Cross-Curricular: Ideal for Science (Light/Optics), Art & Design (Alternative Processes), or Photography (History/Foundations).

Minimal Cost: Uses everyday materials like soda tins and duct tape (requires photographic paper).

91����ted in the Classroom: Designed by a professional educator and photographer for maximum student engagement.

Note: This resource is designed to be used with black-and-white photographic paper.