Core Skills Analysis
Visual Arts
Neat arranged found objects on sensitised paper and exposed them to sunlight to create cyanotype prints. By selecting and positioning objects, Neat explored composition, contrast, and negative space, producing striking silhouettes in deep blue. The process taught Neat how different textures and shapes affect visual outcomes, and Neat evaluated the finished prints to consider artistic choices.
Science
Neat mixed the photosensitive solution and observed how ultraviolet light triggered a chemical reaction that turned the paper blue. Through the experiment, Neat learned about the properties of light, photochemical reactions, and how exposure time influences colour intensity. Neat also recorded how variables such as cloud cover and placement of objects altered the final result, demonstrating an understanding of scientific observation.
History
Neat researched the origins of cyanotype printing, noting its 19th‑century invention by Sir John Herschel and its use by Anna Atkins for botanical documentation. By linking the technique to historical photographic practices, Neat recognised how technology has shaped visual communication over time. Neat reflected on the cultural significance of early photography and how modern artists adapt historic methods.
Mathematics
Neat measured the dimensions of the paper, calculated the area covered by each object, and recorded exposure times in minutes. By comparing the size of prints to the amount of light received, Neat practiced proportional reasoning and data organization. Neat also created a simple table to track how changes in exposure affected the shade of blue, applying basic statistics to artistic results.
Tips
To deepen Neat's learning, try a light‑intensity experiment by exposing prints at different times of day and graphing the colour change; incorporate a storytelling element where each print illustrates a scene from a local history topic; combine mathematics and art by having Neat design a scaled blueprint of a cyanotype mural; finally, invite Neat to document the process in a science‑journal style entry, including hypothesis, method, observations, and conclusions.
Book Recommendations
- The Cyanotype Handbook by Amy Maria Catania: A step‑by‑step guide to creating cyanotype prints, perfect for young makers exploring light and chemistry.
- Anna Atkins: The First Photographer by Michele J. K. McMullen: A biography of the pioneering botanist who used cyanotypes, linking art, science, and history.
- Exploring Light: A Junior Scientist's Guide by Carole Stott: An engaging introduction to how light works, with experiments that complement cyanotype projects.
Learning Standards
- Visual Arts – ACTDEK001: Explore and experiment with a range of media, materials and techniques.
- Science – ACSSU094: Investigate the nature of light and its interactions with materials.
- Science – ACSHE108: Explain how chemical reactions are observed and recorded.
- History – ACHASSK102: Analyse the impact of technological change on society.
- Mathematics – ACMNA104: Collect, organise and present data using tables and simple graphs.
Try This Next
- Worksheet: Create a data table recording object size, exposure time, and resulting shade for at least five prints.
- Quiz Prompt: Write three short answer questions on how UV light causes the cyanotype chemical reaction.
- Drawing Task: Sketch a design for a large‑scale cyanotype mural, labeling measurements and planned exposure steps.
- Writing Prompt: Compose a short narrative from the perspective of a 19th‑century botanist using cyanotype to document plants.