Skip to main content

Feasibility Decision

 The feasibility decision is a crucial step in system analysis and design. It involves evaluating a proposed system to determine if it's actually possible and worthwhile to develop. This assessment helps stakeholders make informed decisions about whether to proceed with the project.

Here's a breakdown of the feasibility decision process:

Feasibility Study:

A feasibility study is a comprehensive analysis that examines three key aspects of the proposed system:

  1. Technical Feasibility: This assesses if the system can be built using existing or readily available technologies and the technical expertise of the development team.
  2. Economic Feasibility: This evaluates the cost of developing, implementing, and maintaining the system compared to the expected benefits. It involves analyzing factors like development costs, hardware/software requirements, return on investment (ROI), and ongoing maintenance expenses.
  3. Operational Feasibility: This examines how well the system will integrate with existing workflows, user acceptance, and the organization's ability to manage and support the new system. It considers factors like user training needs, change management strategies, and the impact on daily operations.

Feasibility Decision:

Based on the findings of the feasibility study, a decision is made about whether to proceed with the project. The decision can be:

  • Go: If all aspects (technical, economic, and operational) are feasible, the project gets a green light to move forward into the system analysis and design phase.
  • Hold: If there are some challenges but they can be potentially addressed through adjustments or further planning, the project might be put on hold for further study or resource acquisition.
  • Kill: If the system is deemed not feasible due to technical limitations, excessive costs, or significant operational disruptions, the project is terminated.

Importance of Feasibility Study:

The feasibility study plays a vital role in the success of any system development project. By identifying potential issues early on, it allows stakeholders to:

  • Make informed decisions about resource allocation.
  • Manage project risks proactively.
  • Set realistic expectations for project timelines and costs.
  • Identify alternative solutions that may be more feasible.

Overall, the feasibility decision is a gateway that ensures system development projects are built on a solid foundation, increasing the chances of success and delivering value to the organization.

Comments

Post a Comment

Popular posts from this blog

C++ Variable

C++ Variables: Named Storage Units In C++, variables serve as named boxes in memory that hold values during program execution. Each variable has three key aspects: 1. Data Type: Defines the kind of data a variable can store: numbers (integers, floating-point, etc.), characters, boolean values (true/false), or custom data structures (arrays, objects). Common data types: int : Whole numbers (e.g., -10, 0, 23) float : Decimal numbers (e.g., 3.14, -2.5) double : More precise decimal numbers char : Single characters (e.g., 'a', 'Z', '&') bool : True or false values 2. Name: A user-defined label for the variable, chosen according to naming conventions: Start with a letter or underscore. Contain letters, digits, and underscores. Case-sensitive (e.g.,  age  and  Age  are different). Not a reserved keyword (e.g.,  int ,  for ). Choose meaningful names that reflect the variable's purpose. 3. Value: The actual data stored in the variable, which must match its data...
Post a Comment
Read more

C++ Data Types

C++ Data Types In C++, data types are crucial for defining the kind of information your variables can hold and the operations you can perform on them. They ensure memory allocation and prevent unexpected behavior. Here's a breakdown of the key data types: Fundamental Data Types: Integer:   int  - Used for whole numbers (negative, zero, or positive). Examples:  int age = 25; Floating-point:   float  and  double  - Represent decimal numbers.  float  offers less precision but faster processing, while  double  is more precise but slower. Examples:  float pi = 3.14159; double distance = 123.456789; Character:   char  - Stores single characters (letters, numbers, symbols). Examples:  char initial = 'A'; Boolean:   bool  - Represents true or false values. Examples:  bool isLoggedIn = true; Void:   void  - Indicates a lack of value. Primarily used...
Post a Comment
Read more

C++ Functions

C++ Functions A function is a block of code that performs a specific task. Suppose we need to create a program to create a circle and color it. We can create two functions to solve this problem: a function to draw the circle a function to color the circle Dividing a complex problem into smaller chunks makes our program easy to understand and reusable. There are two types of function: Standard Library Functions:  Predefined in C++ User-defined Function:  Created by users In this tutorial, we will focus mostly on user-defined functions. C++ User-defined Function C++ allows the programmer to define their own function. A user-defined function groups code to perform a specific task and that group of code is given a name (identifier). When the function is invoked from any part of the program, it all executes the codes defined in the body of the function. C++ Function Declaration The syntax to declare a function is: returnType functionName (parameter1, parameter2,...) { // func...
Post a Comment
Read more