![]() ![]() This stage is often known as conceptualisation stage. Relevant standards and code of practice.Input and output requirements of elements.The following are some of the statements about the problem: Problem statement includes all the functions required of the design, together with any desirable features. This will state the problem definition of special technical terms, any constraints placed on the solution,Īnd the criteria that will be used to evaluate the design. Therefore, specification of the requirements needs to be prepared first. The design must meet the required performance specifications. If the problem is not accurately defined, it will lead to a waste of time on designs and will not fulfill the need. It is advantageous to define the problem as broadly as possible. Its importance is often overlooked because this stage requires such a small part of the total time to create the final design. The true problem is not always what it seems to be at the first glance. Probably the most critical step in a mechatronics system design process is the analysis of the problem i.e., to find out the true nature of the problem. They may be to reduce cost, increase reliability or performance or just change because of public has become bored with the product. Needs may come from inputs of operating or service personal or from a customer through sales or marketing representatives. Needs are usually arise from dissatisfaction with an existing situation. The mechatronics system design process begins with a need. The mechatronics system design process consists of the following stages. ![]()
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