UKQ UK Approved International Diploma in Manufacturing and Design Course In Pakistan (Rawalpindi, Peshawar)

UKQ UK Approved International Diploma in Manufacturing and Design Course

The title of this course contains the description ‘Engineered Object’ rather than the more commonly occurring ‘Product’. The term ‘Product‘is mostly associated with items which result from some kind of factory based process which are often purchased directly by the consumer, eg. a car, a washing machine, an electric toothbrush. It is considered that this scope is too narrow for the intended purposes of the methodology. Is the composite material wing of an aircraft or the space frame roof support of an exhibition hall a ‘Product’? It is with this in mind that the term ‘Engineered Object’ has been used to make the scope as wide and generalized as possible. For the purposes of this course, ‘Innovation’ is taken to mean developing something new but which is based on, or has some linkage with what already exists. To enable practical application of the methodology three groupings are proposed, which are defined as follows:-

Elemental Innovation – The complete Engineered Object remains in its well established form but there is an ‘internal’ change to an element of the object which improves the function. Application Innovation – The Engineered Object itself is not fundamentally altered but its use and application is changed in terms of positioning or orientation.

Combination Innovation – The Engineered Object in this case is new but in itself, has no innovative elements. It is rather the bringing together of various existing elements in a new combination or aggregation which provides advantages hitherto unavailable.

Innovative designs require a ‘spark of imagination’ and from a case study review, the paper identifies various examples. To enable classification, further reference and eventually use as tools in the process of innovative design, the ‘sparks of imagination’ are described using an adjective / noun format. These descriptions are defined as Influencing Factors. The Influencing Factor Matrix links Innovation Group and Influencing Factor(s).

Course Contents:

Integrated Product and Process Design. Innovative Design Methods. Integrated Product and Process Design. Interactive Design. Product Manufacturing and Additive Manufacturing. Additive Manufacturing. Advanced Manufacturing. Experimental Methods in Product Development. Engineering Methods in Medicine. Nautical, Aeronautics and Aerospace Design and Modeling. Computer Aided Design and Virtual Simulation. Simulation and Virtual Approaches. Virtual and Augmented Reality. Geometric Modeling and Analysis. Reverse Engineering. Product Data Exchange and Management. Surveying, Mapping and GIS Techniques. Building Information Modeling. Education and Representation Techniques. Teaching Engineering Drawing. Teaching Product Design and Drawing History. Representation Techniques. Geometric Product specification and Tolerance. Geometric and Functional Characterization of Products. Innovative Design. Knowledge Based Engineering. Industrial Design and Ergonomics. Image Processing and Analysis.

Who should take or profit for this course:

Aspirants and professionals in mechanical design engineering who want to improve their DFM skills

Awarding Body:

United Kingdom Qualifications (UKQ) Limited today is an international awarding organisation, offering qualifications at different levels and in a wide range of subject areas. UK-Qualifications recognises the skills, knowledge and understanding achieved by a learner at a particular level and in a particular subject.

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