Skip to main content

Organizing Feasibility Analysis:

Organizing a Feasibility Analysis for System Design

A feasibility analysis is a crucial first step in system analysis and design. It helps assess if a proposed system is viable from different perspectives before diving into development. Here's how to organize your feasibility analysis:

1. Define the Project Scope:

  • Clearly outline the proposed system's purpose, functionalities, and target users.
  • Identify the problems the system aims to solve or the improvements it seeks to deliver.

2. Identify Feasibility Types:

There are three main types of feasibility to consider:

  • Technical Feasibility: Can the system be built with the available technology and resources?
  • Economic Feasibility: Will the costs of development, implementation, and maintenance be justified by the benefits?
  • Operational Feasibility: Can the proposed system be integrated with existing workflows and will it be accepted by the users?

3. Conduct Feasibility Assessment:

For each feasibility type:

  • Gather Information: This might involve interviews with stakeholders, reviewing system specifications, and researching existing technologies.
  • Analyze Findings: Evaluate if the technical skills, budget, and organizational culture can support the system.
  • Document Results: Clearly state your findings for each feasibility type, highlighting potential challenges and limitations.

4. Develop Alternatives (Optional):

If a feasibility type seems questionable, consider alternative solutions with varying functionalities or technologies. Evaluate each alternative against the feasibility criteria.

5. Conclusion and Recommendation:

Based on your analysis, conclude whether the proposed system is feasible or not.

  • If feasible, outline the most suitable approach for development.
  • If not feasible, explain the limitations and suggest alternative solutions or future considerations.

Organizing the Analysis:

  • Use a structured document or presentation format.
  • Include clear headings for each feasibility type and its assessment.
  • Use tables or diagrams to present complex information like cost estimates.
  • Maintain an objective tone, focusing on facts and findings.

By following these steps and organizing your analysis effectively, you can make informed decisions about the proposed system and present a compelling case to stakeholders.

Comments

Popular posts from this blog

Installation Steps

Download the Installer: Visit the website of the application you want to install and locate the download link for the Windows version. Usually, this will be an executable file (.exe) or a compressed file (.zip) containing the installer. Run the Installer: Once the installer file is downloaded, locate it in your downloads folder or wherever you saved it. Double-click on the installer file to run it. If it's a compressed file, extract its contents first and then run the installer. User Account Control (UAC) Prompt: Windows might display a User Account Control prompt asking for permission to make changes to your device. Click "Yes" to proceed with the installation. Setup Wizard: Most installers launch a setup wizard that guides you through the installation process. Follow the on-screen instructions which may involve accepting the license agreement, choosing the installation directory, and selecting any additional options or components you want to install. Installation Pr...

Understanding Multidimensional Arrays:

  Understanding Multidimensional Arrays: Think of a multidimensional array as a collection of smaller arrays nested within each other, forming a grid-like structure. Each element in the grid is accessed using multiple indices, one for each dimension. Declaration and Initialization: C++ data_type array_name[dimension1][dimension2][...][dimensionN]; // Example: 3D array to store temperatures (city, month, day) int temperatures[ 3 ][ 12 ][ 31 ]; // Initialization in one line double prices[ 2 ][ 3 ] = {{ 1.99 , 2.50 , 3.75 }, { 4.20 , 5.99 , 6.45 }}; Use code  with caution. content_copy Accessing Elements: Use multiple indices within square brackets, separated by commas: C++ int first_temp = temperatures[ 0 ][ 5 ][ 10 ]; // Access temperature of city 0, month 5, day 10 prices[ 1 ][ 2 ] = 7.00 ; // Update price in row 2, column 3 Use code  with caution. content_copy Important Points: Dimensions:  The total number of elements is calculated by multiplying the dimen...

Shell Program

  In the context of Linux operating systems, a shell program , also referred to as a shell script , is a computer program written in a specific scripting language designed to be interpreted and executed by a shell . Here's a breakdown of the key terms: Shell : A shell is a special program that acts as a user interface for interacting with the operating system. It accepts commands from the user, interprets them, and then executes them using the system's resources. Common shells in Linux include Bash (Bourne Again Shell), Zsh (Z shell), and Ksh (Korn shell). Shell program (shell script) : A shell program is a text file containing a series of commands written in the shell's scripting language. Each line of the script represents a single command that would be typed into the shell manually. Shell programs are interpreted line by line by the shell when they are executed. Here are some key characteristics of shell programs: Interpreted:  Unlike compiled languages like C or C++, sh...