Learners must demonstrate an understanding of the mechanical advantages of gears, pulleys, or levers relevant to their chosen scenario. Question 1: Mechanical Systems Analysis (5 Marks)
Understanding the Grade 9 Technology Mini-PAT: Term 1 Assessment and Memorandum Guide
A small coastal town struggled with frequent power outages during storm season. Mara, a Grade 9 learner in the town, loved tinkering with electronics and wanted to help. For her Mini PAT project she designed a "Community Solar Bench" — a sturdy wooden bench with an integrated small solar panel, a battery, two USB charging ports, and a low-power LED light strip. technology grade 9 mini pat term 1 memorandum
At least 4 dimensions correctly indicated with guidelines and arrows. (4 Marks)
Note: The specific scenario for the Grade 9 Term 1 Mini PAT varies by country and school system (e.g., South African CAPS curriculum often uses "Rescue or Safety Device" or "Jaw of Life" model). This memorandum is based on the If your scenario differs, adapt the content criteria accordingly. Learners must demonstrate an understanding of the mechanical
An optional pitch or demonstration of the model to the class or assessor. 3. Standard Mark Allocation Example
Identification of Pratt, Howe, or Warren trusses. (2 Marks) For her Mini PAT project she designed a
The for Term 1 is a cornerstone of the South African CAPS (Curriculum and Assessment Policy Statement) curriculum. It bridges theoretical knowledge with hands-on application, challenging learners to solve real-world problems through design, sketching, making, and evaluating. The memorandum (memo) is the official marking guideline used by educators to assess these projects fairly and consistently.
Identification of the problem, writing a concise design brief, listing 3 specs and 3 constraints.
At the back of the room, Thabo sat staring at a pile of balsa wood, a broken gear, and a half-empty tube of glue. His hair was disheveled, and his fingers were stained with graphite from hours of sketching.
Justification for choosing specific materials based on properties like strength, flexibility, or cost.