Product management unites business, product development, marketing, and sales. It starts with an idea of a product that a customer will interact with and ends with the evaluation of the product’s success. Product management is a process that focuses on bringing a new product to market or developing an existing one. This article examines the details of product management, describing its main stages, and a product manager’s responsibilities in this process. To transform any idea into a profitable product, a company has to go through several stages to set a vision, define a strategy, develop a product, and sell it to the right people. Then follows a long process of product creation that takes a lot of time, effort, a team of professionals, and a team leader. What do you need to create a product? First, an idea of how it will look in the end. Product marketing managers and product managers.Market research and customer understanding.Product management process and key activities.Conclusionīy applying the above quality attributes standards we can determine whether the system meets the requirements of quality or not.Īs specified above all these attributes are applied to QA and QC process so that both the tester as well as the customer can find the quality of the application or system. Different system modules should work on different operating system platforms, different databases, and protocol conditions. Interoperability of one system to another should be easy for the product to exchange data or services with other systems. Recommended reading => Cost of Quality and Cost of Poor Quality #11) Interoperability Divide the application into different modules so that modules can be reused across the application. Different code library classes should be generic enough to be easily used in different application modules. Software reuse is a good cost-efficient and time-saving development method. Should be easy to interface with other standard 3rd party components. Adaptable to other products with which it needs interaction. If required, it should be easy to divide into different modules for testing. The system should be easy to test and find defects. System integrity or security should be sufficient to prevent unauthorized access to system functions, prevent information loss, ensure that the software is protected from virus infection, and protect the privacy of data entered into the system. Recommended Reading => What is Efficiency Testing? #7) Integrity or Security If the system is not efficient, then it cannot be used in real-time applications. If the system is using all the available resources then the user will get degraded performance failing the system for efficiency. For example, the system should utilize processor capacity, disk space, and memory efficiently. It is measured in terms of time required to complete any task given to the system. It is one of the major system quality attributes. This means that the application should adhere to functional requirements. The application should be correct in terms of its functionality, calculations used internally and the navigation should be correct. This can be measured in terms of Costing issues related to porting, Technical issues related to porting, and Behavioral issues related to porting. Easy for new or infrequent users to learn to use the system.Provide consistent user interface standards and conventions with our other frequently used systems.Easy to use for input preparation, operation, and interpretation of the output.This can be measured in terms of ease of use. The system is easy to maintain and correct defects or make a change in the software. Maintenance should be cost-effective and easy. For development, it should be easy to add code to the existing system, should be easy to upgrade for new features and new technologies from time to time. #2) Maintainabilityĭifferent versions of the product should be easy to maintain. Product reliability is measured in terms of working of the project under different working environments and different conditions. Should give the correct results consistently. Measure if the product is reliable enough to sustain in any condition. Quality Assurance activities are oriented towards the prevention of the introduction of defects and Quality Control activities are aimed at detecting defects in products and services. These attributes can be used for Quality assurance as well as Quality control. Each attribute can be used to measure product performance. The following factors are used to measure Software Development Quality. Now let’s see how one can measure the Quality Attributes of a product or application. Quality may be defined from different perspectives.
0 Comments
Leave a Reply. |
AuthorWrite something about yourself. No need to be fancy, just an overview. ArchivesCategories |