Core Skills Analysis
Art
The student explored digital media by designing several custom brush sets in Procreate, adjusting shape, texture, and opacity to achieve varied artistic effects. They experimented with how different brush parameters influenced line quality, shading, and pattern creation, gaining insight into visual composition. By testing each brush on a sketch, the learner observed how digital tools can mimic traditional media while offering unique possibilities. This hands‑on activity deepened their understanding of artistic expression in a modern context.
Computing
The student navigated Procreate's interface, locating the brush library, editing menus, and saving custom presets, thereby strengthening their digital navigation skills. They systematically altered numerical settings such as size, spacing, and jitter, learning how variables control software behavior. Exporting the brush sets as files taught them basic file management and the concept of reusable digital assets. This experience reinforced foundational computing concepts like algorithms (step‑by‑step adjustments) and data organization.
Mathematics
While shaping brush tips, the student measured and scaled geometric elements, using fractions to set opacity (e.g., 75% transparency) and decimals for brush size increments. They calculated proportional changes when enlarging a brush tip from 10 px to 25 px, applying ratio reasoning. The activity also required counting the number of brush variations created and recording results in a table, practicing data organization and basic statistics.
English
The learner documented each step of the brush‑making process in a clear, sequential paragraph, selecting precise technical vocabulary such as "jitter," "flow," and "texture." They edited their writing for coherence, using headings and bullet points to make instructions easy to follow. By reflecting on what worked and what needed tweaking, the student practiced descriptive writing and self‑assessment, essential skills for effective communication.
Tips
Tips: 1) Organize a mini‑exhibition where the student showcases artwork created with each custom brush, encouraging peer critique and discussion. 2) Pair the digital brush‑making with a traditional drawing session, asking the learner to replicate a digital texture using charcoal or watercolor to compare mediums. 3) Introduce a short coding challenge where the student modifies a simple script to generate random brush parameters, linking art to basic programming logic. 4) Have the student write a tutorial blog post or video script explaining their brush‑creation workflow, reinforcing both technical and communication skills.
Book Recommendations
- The Art of Pixar: 25th Anniversary by Ruth A. Heller: A visual journey through the creative process behind Pixar’s films, showing how digital tools bring stories to life.
- How to Draw: Everything You Need to Know to Become an Artist by Scott Robertson: A step‑by‑step guide that bridges traditional drawing techniques with modern digital illustration methods.
- Coding for Kids: Python by Adrienne B. Stark: Introduces young learners to programming concepts that can be applied to customizing digital art tools.
Learning Standards
- Art and Design – KS2: 2.1 & 2.2 – Explore and develop ideas using a range of media, techniques and processes.
- Computing – KS2: 2.1 – Use logical reasoning to describe how simple programs work; 2.2 – Apply knowledge of algorithms to solve problems.
- Mathematics – KS2: Number (fractions, decimals), Measurement (scale and proportion), Statistics (collecting and presenting data).
- English – KS2: Writing – Plan, draft and edit descriptive and procedural texts using appropriate vocabulary.
Try This Next
- Worksheet: List each brush’s settings (size, spacing, opacity) and draw a small sample swatch; students match the description to the visual outcome.
- Quiz: Multiple‑choice questions linking brush parameters (e.g., "What effect does increasing jitter have?") to their artistic results.
- Drawing Task: Create a short comic strip using only three custom brushes, then write a reflection on how each brush influenced the storytelling.
- Experiment: Program a simple macro that randomizes brush size and opacity, then record the patterns generated and discuss the math behind the variation.