Design process software engineering ppt


















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All for free. Most of the presentations and slideshows on PowerShow. Design concepts and principles. Embed Size px. Start on. Show related SlideShares at end. WordPress Shortcode. Share Email. Top clipped slide. Education , Technology. Download Now Download Download to read offline. Software design Download Now Download Download to read offline. Syed Muhammad Hammad-ud-Din Follow. Software Engineer at University of Sargodha.

Software reliability. Analyze Genomes: Drug Response Analysis. Analyze Genomes Services for Precision Medicine. In-Memory Apps for Precision Medicine. Function Oriented Design. One versed in the design, construction and use of machines. Detail Engineering of Piping Systems - Piping detailed engineering involves the engineering of piping system, its related equipment and other related aspects, Many experts are involved in the process as the piping systems must not fail under any pressure.

Hence, detailed engineering of piping systems must be carried out with great accuracy. How has process engineering transformed with Aspen One? Evaluate a protocol to determine if the engineering design process was successfully applied. Design Teams Consist of Objective: design system to avoid accidents Process Design is a traditional chemical engineering capstone course done in Mechanical design engineer require skills - Machine designer is the one who designs the machine and its various elements.

These skills help the mechanical engineer to take into account all the relevant parameters in the broadest sense, and to understand their impact on the machine. The good designer knows a wide range of topics related to the machine, which helps you to find the best solution to the problem. Your communication skills will help you communicate your problem with others and find the solution to the problem from different sources.

Civil Engineering Services - Silicon Valley 1 - Civil Designs produced by our creative experts are very unique and useful. When we consider a modular solution to any problem, many levels of abstraction can be posed.

At the highest level of abstraction, a solution is stated in broad terms using the language of the problem environment. At lower levels of abstraction, a more procedural orientation is taken. We begin with a statement of function or description of information that is defined at a high level of abstraction and reach at the lower level of abstraction.

In each step of the refinement , one or several instructions of the given program are decomposed into more detailed instructions. This successive decomposition or refinement of specifications terminates when all instructions are expressed in terms of any underlying computer or programming language.

Abstraction and refinement are complementary concepts. Abstraction enables a designer to specify procedure and data and yet suppress low- level details. Refinement helps the designer to reveal low-level details as design progresses. Consists of components, connectors, and the relationship between them. Some of the Architecture models are described below, Structural models — architecture as organized collection of components Framework models — attempt to identify repeatable architectural patterns Dynamic models — indicate how program structure changes as a function of external events Process models — focus on the design of the business or technical process that system must accommodate Functional models — used to represent system functional hierarchy 7.

This leads to a "divide and conquer" conclusion—it's easier to solve a complex problem when you break it into manageable pieces. Given the same set of requirements, more modules means smaller individual size. However, as the number of modules grows, the effort cost associated with integrating the modules also grows. There is a number, M, of modules that would result in minimum development cost, but we do not have the necessary sophistication to predict M with assurance. Hiding implies that effective modularity can be achieved by defining a set of independent modules that communicate with one another only that information necessary to achieve software function.

This enforces access constraints to both procedural i. It removes redundancy, unused design elements, inefficient or unnecessary algorithms, poorly constructed or inappropriate data structures, or any other design failures.

Horizontal Partitioning: It defines separate branches of the modular hierarchy for each major program function. Top level modules should perform control functions and do little actual processing work. Total views 21, On Slideshare 0. From embeds 0. Number of embeds 2. Downloads



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