Task 6: Manufacture of proposed Project one Term 2 Using prepared production plan, materials and available equipment; record progress in design 1–5 folio. Task 7: Evaluation of completed Project one Prepare written report on and photographs of completed product. 6 Evaluating evaluate the final solution – test the solution for correct function and document using checklists and test data Examination Task 8: Semester 1 examination of approximately 2 hours, using a modified examination – weeks design brief from the Year 12 syllabus 7–8 Semester 2 Week Key teaching points Term 3 Overview of unit and assessment requirements Re-introduction to design process, and development of a design folio 1–3 Task 9: Design Project two design process determine design brief investigate and develop ideas Engineering design process Investigating develop a design brief describe and analyse existing solutions/products research and describe materials and components relevant to the design brief consider appropriate forms of energy supplies Learning of specialist theory and specific understandings from either specialty field; Mechanical or Mechatronics Task 10: Investigate materials and components research materials and components suitable for the development of a solution research efficiency of selected forms of energy research obsolescence 4–6 Core Materials physical properties of materials – fitness for purpose identify and describe the required properties of a material for a specified application Energy efficiency – Engineering in Society obsolescence – materials, components Specialty fields: Mechanical Mechatronics Task 11: Developing a solution for Project two through annotated pictorial drawings of ideas to an final drawn proposal annotated orthographic concept drawings either CAD or hand drawn calculations to estimate design function 7–8 Devising produce annotated pictorial drawings of design ideas analyse the chosen option to be used as the solution Fundamental Engineering calculations Quantity estimates Week Key teaching points
Term 2 1–5 Task 6: Manufacture of proposed Project one Using prepared production plan, materials and available equipment; record progress in design folio. 6 Task 7: Evaluation of completed Project one Prepare written report on and photographs of completed product. Evaluating – evaluate the final solution test the solution for correct function and document using checklists and test data Examination weeks 7–8 Task 8: Semester 1 examination – of approximately 2 hours, using a modified examination design brief from the Year 12 syllabus Semester 2 Week Key teaching points Term 3 1–3 Overview of unit and assessment requirements Re-introduction to design process, and development of a design folio Task 9: Design Project two design process determine design brief investigate and develop ideas Engineering design process Investigating develop a design brief describe and analyse existing solutions/products research and describe materials and components relevant to the design brief consider appropriate forms of energy supplies 4–6 Learning of specialist theory and specific understandings from either specialty field; Mechanical or Mechatronics Task 10: Investigate materials and components research materials and components suitable for the development of a solution research efficiency of selected forms of energy research obsolescence Core Materials – physical properties of materials fitness for purpose identify and describe the required properties of a material for a specified application Energy – efficiency Engineering in Society – obsolescence Specialty fields: Mechanical materials, Mechatronics components 7–8 Task 11: Developing a solution for Project two through annotated pictorial drawings of ideas to an final drawn proposal annotated orthographic concept drawings either CAD or hand drawn calculations to estimate design function Devising produce annotated pictorial drawings of design ideas analyse the chosen option to be used as the solution Fundamental Engineering calculations Quantity estimates Week Key teaching points
Engineering-Studies-ATAR-Y11-sample-course-outline-WACE-2015161.docx