-
Introduction:
- The Big Bang Model is characterized by minimal planning and documentation, starting development with immediate coding.
-
Phases of the Big Bang Model:
- Immediate Coding:
- Developers start coding without formal requirements or design.
- Integration:
- Code modules are integrated as they are developed.
- Testing:
- Testing occurs throughout the development process.
- Deployment:
- Software is deployed once coding is complete.
- Maintenance:
- Bug fixes and updates are applied as needed post-deployment.
-
Advantages:
- Quick Start: Development begins immediately without delays.
- Flexibility: Adaptation to changing requirements is possible throughout the development process.
- Cost-Effective: Minimal upfront costs due to lack of formal planning and documentation.
-
Disadvantages:
- Risk of Chaos: Lack of planning can lead to disorganization and unclear project scope.
- Quality Control: Testing and validation may be insufficient due to concurrent development and integration.
- Maintenance Challenges: Difficulty in maintaining and updating software without clear documentation.
-
Real World Application of Big Bang Model in Designing JUST-Learning App:
- Example: Developing a prototype feature for real-time student collaboration on the JUST-Learning Portal, focusing on rapid development and user feedback.
- Benefits: Allows for quick prototyping and iterative improvements based on user feedback. Rapid deployment of features can lead to early user adoption and feedback collection.
- Restrictions: Risk of inconsistent code quality and scalability issues without proper planning and testing phases. Maintenance may become complex due to the lack of structured development phases.
Conclusion: The Big Bang Model is suitable for projects where requirements are fluid and rapid prototyping is necessary, such as experimenting with new features on the JUST-Learning Portal. It emphasizes quick development cycles but requires careful management to maintain quality and scalability.
