Reference no: EM132310374
Project: Part A: Surfaces and Solid modeling
Introduction
Students will reverse engineer an Electric Power Drill, manufactured using injection molding process and made from a Polymer material. The goal of this project is to accurately reproduce every componentof the product using 3D solid & surface modelling. Through this process the student will learn manufacturing process and tooling.
Project Requirements
- Top and bottom shell of the drill will be designed using surfaces
- The technical package will be designed using solid modelling
- Accuracy of execution: students must use Electronic Vanier Calipers
- Draft angles and fillets are required
- Produce a detail technical package
- Process: Injection molding
- Minimum 15 parts not including "off-the-shelf" components (eg bolts, screws)
The data generated is to be an accurate reflection of the product
Project: Part B: Engineering Drawings
In this assignment, you will produce a full set of engineering drawings of the Power Drill modelled in Assessment 2: Part A Students will produce a full set of engineering drawing of the drill according to Australian Standards 1100.
Requirements:
- Isometric view (have to include overall dimensions + annotations)
- Cut-out general assembly drawing (show inside of the product + Balloons and part list)
- Technical package: overall dimensions, assembled.
- General assembly /exploded s has required to adequately conveying the disassembly
- and assembly operation or installation of the product. This will include comprehensive annotations with full - part list
- Visual description of the new improved product
- Engineering drawings: fully dimensioned, annotations, details views, section views etc
Engineering Drawing will Include: Sheet 1 (1) Isometric view,
Sheet 2 (1 ) Exploded drawing with Bill of Materials (BoM), tolerances and drawings reference numbers must cor-
respond Sheet 3 (1) Sectional assembly drawing
Sheet 4 (1) Technical package specification
Sheet 5 to 15: Multiple Part Drawings with Orthographic views.
One (part) for each A3 sheet, including, details views and section views.
All parts should be fully dimensioned and annotated.
Create an isometric for each orthographic view in the right corner of your A3 drawing,
Section views: as many as needed to understand your drawing.Auxiliary views, for inclined surfaces.