Technology Grade 9 Mini Pat Term 1 Memorandum -

(2 marks)

Students must write a short, clear statement explaining what they are going to make and why. The memo awards full marks if it includes the target user and the main function of the structure.

Restrictions such as time, tools, budget, and material limits.

The Term 1 Mini-PAT focuses heavily on and Mechanical Systems . Students are tasked with identifying a problem, researching existing solutions, designing a prototype, and evaluating their final product using the Design Process. Core Objectives technology grade 9 mini pat term 1 memorandum

Memorandum: Buckling / Torsion / Bending (Accept any correct term based on classroom source material). (1 mark). 1.2 Mechanical Systems Investigation

Ensure learners did not just draw a pretty picture, but actually used a ruler and standard scale (e.g., 1:2 or 1:5).

Neat joints, safe tool use, minimal wastage of materials, clean gluing/binding. (2 marks) Students must write a short, clear

A standard Grade 9 Mini-PAT is structured around the design process. The memorandum explicitly allocates marks across these distinct phases: Phase 1: Investigation (Research)

Based on the latest 2026 guidelines, this guide provides a comprehensive overview of the expected Mini-PAT structure, including the investigation, design, and practical making phases, along with the corresponding memorandum (marking guidelines). 1. Overview of the Grade 9 Term 1 Mini-PAT (2026)

For educators, the memorandum is a roadmap for fair and consistent grading. Here's how to use it effectively: The Term 1 Mini-PAT focuses heavily on and

A standard assessment memorandum divides the total marks (usually out of 50 or 70) into specific developmental phases. Understanding these phases helps both teachers grading the project and students compiling their portfolios. Phase 1: Investigation and Research

The footbridge will be built across the Mvudi River, at the point where the existing footpath is located, to ensure it is in the most convenient location for daily commuters.

(3 marks)

Specifications are strict requirements the design must meet. Constraints are the limitations imposed on the designer.

This assessment focuses on and Mechanical Systems , specifically evaluating learners' ability to apply the Design Process (Investigate, Design, Make, Evaluate, and Communicate) to solve a real-world problem. Typically, the scenario involves designing and building a model of a bridge, a crane, or an overhead gantry crane using truss structures and mechanical advantages like pulleys or gears.