Using the design tools available to you plan your project using a design model (eg Pahl and Beitz, MAE) to fully investigate the brief and develop a solution to the problem. This is to help develop your Global Awareness in Engineering and to help defining the problem.

1. Investigate and define a problem and identify constraints including environmental and sustainability limitations, health and safety and risk assessment issues [IMechE_D1].
2. Understand customer and user needs and the importance of considerations such as aesthetics [D2], and cost drivers [D3].
3. Use creativity to establish innovative solutions [D4] and consider stages of the design process and organise ideas to evaluate outcomes [D6].
4. Ensure fitness for purpose for all aspects of the problem including production, operation, maintenance and disposal [D5].
5. Apply appropriate codes of practice and industry standards [P6].

Globally conscious engineering
Produce plans for an innovative irrigation system that will bring water from a nearby pond or river to water your vegetable garden (Horenstein 2010: 84). It must operable by an 8 year old and allow villagers that cannot access a clean water supply the opportunity to water their crops. It should give a flow of 0.1l per minute per sq. metre of crops that are being grown. It must have the option to switch it off should the crops begin to become saturated. It must be protected as much as possible from vandalism.
? The device must be manual mechanical not use electronics in the form of solar panels as they are a target for thieves. Plastic parts are also preferred for this reason as steel has a high resale value.
? Where possible it should use freely available plumbing components that may be available locally.
? It should require minimal servicing and have easily repairable parts.

Fundamental engineering science underpins this project. Consider your engineering science in regards to beam bending and shear stress diagrams and calculations to consider if certain materials will withstand a certain load. Think of the items you’ve been drawing for your portfolio. Also calculate forces involved in the system so you know if any of the equipment you’ve considered in your concept will fail.
You should research similar systems that work in the same way, and if you think there’s nothing in the world that will do the job, think again. The IPhone did not exist at some point, but that is nothing more than a new combination of old ideas. Microchips have been around since we put a man on the moon. Google will not provide you with an answer.
You must show evidence and use Pugh to show you have developed your chosen concept (a concept is not a final design) provide detail to produce a viable solution. You should define exactly which mechanical components and fastenings will be used (recommended).
You should structure your project correctly using the MAE Report Writing Guide on Moodle. You should plan the project using the MAE Design Model, also on Moodle. Follow the L1 sections to help guide you through the process. Marks will be lost for not using the model. The submission requirements are laid out below and which section of the MAE Design Model they fit into.
Watch this video for more details on Plan Timor Leste. Actually, it’s unrelated but this exceptional young lad made this from scrap look what he can do!!

– All drawings are to be drawn on A3, you will need to find university facilities that allow you to scan this size into your document. Use Adobe Acrobat to collate them.
– All drawings to use BS8888 technical drawing standard.
As part of the final drawing package, as a minimum I would expect to see;
One isometric assembly drawing (with annotations).
One orthographic assembly drawing (with annotations of finishes, movements assembly dimensions etc).
All concept drawings should be in isometric. You can use CAD if you wish, however you must allow yourself the time to model the product as well, so it won’t necessarily be easier or quicker to use CAD. You are not constrained to using CATIA, you may use any CAD package you’re comfortable with, Google Sketchup or Autodesk Inventor ar e recommended.

? Work hard.
? 2D drawings could include a suitable, necessary detail drawing ( ie, not just one for the sake of trying to obtain more marks, it has to be there for a reason).
? Use correct lines and linetypes.
? Dimensioned efficiently and thoughtfully (find examples in library to learn from).

Parts should include:

Design Model Stage
(The areas highlighted in the Rubric would be an excellent way of structuring your report into sub-chapters within the overall structure of the report.
? Gantt Chart.
? Market/Literature review. Examples of contributing technology.
? Understand system and calculations of forces involved eg. using FBDs
? Constraints and Criteria.
? Three unique concepts.
? Pugh Matrix.
? Selected concept and justification.
? Concept development to refinement.
? Drawing package of final design to manufacturable quality and BS8888. (Google Sketchup may be used).
? Discussion of final design including aesthetics, materials and ease of functionality ~300 words.

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