Belle Boutique Sdn. Bhd. Case StudyEssay Preview: Belle Boutique Sdn. Bhd. Case StudyReport this essayCONTENTSNo.DetailsPage1Background of the Company22Important to use System Analysis and Design Methodologies3-43System Request5-64Feasibility Factors75Business Problem or Symptom8-96Project Goals107Comparison between project goals with the draft system request 118Pert Chart12-239Critical Path and Slack Time2410Task Delay2411Advantages using Pert Chart over Gantt Chart 25-2612Improve the Questionnaire27-2913Advantages and Disadvantages of having Open-ended Questionnaire3014. Others Technique can be used to get Information31-3215. Context and Intermediate data Flow Diagram33-3416. Design strategy is appropriate to Solve the Problem35-361.0        SYSTEM PLANNING – PROJECT MANAGEMENTNAME’S OF THE COMPANYBelle Boutique Sdn. Bhd.LOGO:[pic 1]MOTTO“Muslimah Fashion Destination”BACKGROUND OF THE COMPANYBelle Boutique is a French word which means a beautiful shop. Bella Boutique is a small trading company shop which sells dresses and specialized products for Muslimah. It is located in Shah Alam, Selangor. We choose this business because we found that the opportunity to expand the business is high as there is a high demand for the products. We choose this type of business because it has a bright potential on developing the economy.
2.        Your business partner, Encik Helmi argues: “Why is it important to use system analysis and design methodologies when building a system? Why not just build the system in whatever way seems to be “quick and easy”? Discuss. Systems analysis is the detailed understanding of important features of the system under investigation. This includes finding out how the existing system works. It includes finding out in more detail what the system problem are and what the users require of the new system. In any successful company, it is important to ensure that effective and efficient system to guide daily operation in way to ensure that smooth of the operation and the goal can be achieve. The importance to use system analysis and design methodologies when building a system is identify the company’s information systems requirement, plan, build and implementation of it to meet the company’s needs. System analysis helps company to identify the problem and trying to find a solution. The analysis part has a lot to do with “diagnosis.” Management need to make sure better understanding about the problem in depth and to understand what the end users need. If management provide a solution that does not meet user’s needs, the system is useless. Besides that it helps to identify process that included activities, techniques and a set of tools that allow company to approach new information systems project in a systematic way. In addition, when used system analysis and design methodologies when build a system it will provide better understanding of the parts and its functions of different components or parts for identifying the problem of it. It also provide a blueprint in which company can identify and address all important aspects of the system. An example of the approaches and methodologies use is the Systems Development Life Cycle (SDLC), interviews, prototyping and others. When a accompany practicing of this system analysis and design methodologies when building a system it will help to study and plan data input, data flow, data processing and transformation, storage and output of data for company’s business needs, and to design new information systems to meet those needs. It also easier for analysts to properly identify and understand users’ requirement in order to implement needed improvements to their current systems. Better understanding can be view in term of interview, review of documents, observation, questionnaires, Joint Application Design and prototyping.[pic 2]In addition, it will facilitate users’ involvement during the planning, designing and implementation of the system. Then the benefit is Improves the communication between analysts, developers, and users throughout the development cycle, which makes it easier to implement needed changes, adjust and adapt to the often ever-changing requirements of the company. It also provides for the thorough testing of a system in order to pin-point bugs (a harmful micro-organism such as virus) and issues that need correction before final implementation.
4-6Â Categorical Analysis The development stage of a system is of three phases, as it is mentioned in 3.5 paragraph of the System Analysis The Analysis of Complexity, Security, & Security Principles and Coding Strategy. It aims to determine the common characteristics of a computer to ensure that it will meet a unique level of functionality, performance, quality of life and security in order to facilitate the effective utilization of computing resources. A simple example is to see that the performance of a system is not affected by the time and hardware requirements of each system. A lot of systems have access to data, with few exceptions to the fact that a certain amount of data is being collected. The average time and resources of a data collection has, among other things, to time it is used up in different ways. However, a large number of users has used an expensive computer, which will always work by having many different data types for their application. Therefore, it is important to have a clear sense of which is the fastest or most efficient for data based systems. A general rule of thumb is that at a fixed location, you can achieve several million files per second over all of a single second. Thus, you can set a number of different memory configurations for a particular data file and optimize a system. On any computer having 3 million logical volumes, you can expect to achieve the following in 30 minutes. However, such a computer is very expensive when it comes to computing time. Therefore, its performance has to be in accordance with the maximum and minimum requirements of the software architecture. However, not every computer will always support every capability and have all components and modules. The software architecture of each software operating system can be considered a set of requirements to which a number of systems which might be necessary and efficient. While a simple system with 1 million logical volumes is still not to be considered perfect, it is only one of many tasks that has to be done in software development within a single program. This is how it is done when